GBM Industries

H S I I D C, Bahadurgarh, Haryana

This is a belt conveyor oven consisting of various zones where variable/same temperature can be maintained in different zones of the oven. Common or individual control panels can be provided on each zone. Air circulation for uniform temperature is provided by fans/blowers in each zone. The jobs are placed on the belt on the loading side of the oven & unloaded from the other side. Construction: The oven is made out of Mild steel or stainless steel sheets from both inside and outside or mild steel from outside and stainless/ G.I sheets from inside. The oven is duly painted with Enamel Paint giving a rich look from outside. The body is fully insulated with mineral wool to minimize the heat losses and the thickness of the wall varies from 50mm to 200mm depending on the maximum working temperature of the oven. Choice of Air circulation: Vertical, horizontal or combination Heating Media: Electric Temperature Range: Ambient to 500C

GBMs industrial diesel fired oven offers industry leading heat processing technology at an affordable price point perfect for smaller applications and value driven projects. In these diesels fired ovens, heat is generated in an in-direct hot air generator via diesel fired burner. A forced air circulation is provided with a suitable dynamically balanced centrifugal blower fitted at the hot air generator to circulate the air in the inner working space. ApplicationDiesel fired oven can be used as a Curing Oven, Drying Oven and for many other processes. It runs with the help of imported burners and dynamically balanced blowers. It saves running costs as compared to electrical batch ovens. The total fuel consumption varies depending upon the size of the heating chamber & the working temperature.

GBMs industrial gas fired oven offers industry leading heat processing technology at an affordable price point perfect for all applications and value driven projects. In this gas fired oven, heat is generated in a direct hot air chamber via imported gas fired burner. A forced air circulation is provided with a suitable dynamically balanced centrifugal blower fitted at the hot air generator to circulate the air in the inner working space. ApplicationGas fired oven can be used as a Curing Oven, Drying Oven, Food Industries and for many other processes. It runs with the help of imported burners and dynamically balanced blowers. It saves running costs as compared to electrical batch ovens. The total fuel consumption varies depending upon the size of the heating chamber & the working temperature.

Baked Enamel Paint has its own unique finish on different products, and to achieve it GBM Industries has come up with an exceptional solution Enamel Paint Baking Oven. It can be used to give tough coating on products specially in craft products. Even for the large products this oven can be used for curing purposes of Enamel Paint.ApplicationEnamel Paint takes up to 1 day to totally dry and give the finish as we required. Once you place the painted product in the Enamel Paint Baking Oven, it will take 1 hour max. (depend on product) to completely dry off and ready for use. During this process Enamel paint baking oven cures the paint by exposing the paint in oxygen and initiates a chemical process to toughen the binder. The Enamel Paint Baking Oven enables quick drying while ensuring coating thickness that is chipping resistant as well as durable when you use the right paint. Enamel paint baking oven can come up in these options Electric/Gas/Diesel/Stem and many more.

GBMs industrial gas fired oven offers industry leading heat processing technology at an affordable price point perfect for all applications and value driven projects. In this gas fired oven, heat is generated in the direct/ In-direct hot air chamber via imported gas fired burner. A forced air circulation is provided with a suitable dynamically balanced centrifugal blower fitted at the hot air generator to circulate the air in the inner working space. ApplicationGas fired oven can be used as a Curing Oven, Drying Oven, Food Industries and for many other processes. It runs with the help of imported burners and dynamically balanced blowers. It saves running costs as compared to electrical batch ovens. The total fuel consumption varies depending upon the size of the heating chamber & the working temperature.

Halar is ethylene chlorotrifluoroethylene, or ECTFE. ECTFE. The most basic explanation for Halar is that it is a type of plastic. This particular type of plastic is known as Halar because it is semi-crystalline and melt-processable. There are additional properties of Halar that make it desirable for use as an industrial coating. These properties include: It has high impact strength.It is resistant to chemicals with a wide range of temperatures specifically, -75 degrees Celsius to 150 degrees Celsius.It is resistant to corrosion, again with the same wide temperature range.It has high electrical resistivity, which means that it strongly opposes the flow of electric current.It has a low dielectric constant.It has superior cryogenic properties, meaning that it can withstand extremely cold temperatures.Halar coating is a type of plastic that is extremely resistant to high and low temperatures, can withstand impact, and resists chemicals, corrosion, and electricity. Halar is typically used as an industrial coating. This means that it is applied to other products to give them protection and make them more durable. In particular, it is used to coat products that may be exposed to high amounts of friction, because Halar will minimize the amount of wear that the products suffer.

We offer Oil Fired Ovens, which suffice as the direct radiant baking units. The stainless steel body of these heating units is coated with fire as well as heat resistant paint that keeps the temperature at the modest level.The most advanced oil fired heating oven adheres to legitimate manufacturing norms for dealing with equipment and guaranteeing security measures.The ovens yield incredible help for all your cooking needs inside the s very normal for you to invest time in researching their support strategy and guarantee life- long service assistance. The oil Fired oven encourages you to restrict much on your power bills, yet you should adhere to the risk guidelines laid by the maker . By reading the support manuals you will undoubtedly find out some of the most known potential risk issues and the means to resolve them.

GBM is a pioneer in the faculty of manufacturing Paint Baking Ovens. We offer a complete package that includes technical specifications, design, manufacturing, installation & commissioning process. Our Paint Baking Ovens are ideally suitable for an extensive variety of powder coating and are available in various sizes, types and temperature ranges. We manufacture Paint Baking Ovens that are energy proficient with a minimum gradient over their widths and heights. A uniform dissemination of heat guarantees uniform baking of all the components. Our Paint Baking Ovens, available in various ranges of temperatures, are well renowned all through the assortment of industrial heating applications. We are considered to be the best in the industry for ensuring that our ovens are pre-assembled, wired and tested prior to dispatch. The heating media are used with Gas, Diesel, Electricity or Thermic fluid/Steam. All ovens are constructed with high quality components using our unique modular construction method.

PFA Coating process is used on products which require hard coating for longer duration. To achieve this GBM has developed the PFA Coating Oven which can cure and harden the coating for longer duration by maintaining the temperature uniformity inside the chamber of the oven. ApplicationDuring this process a set heating temperature should be provided by an operator which suits the Powder coating to settle on the product and deliver a thermosetting finish. A uniform air circulation, temperature uniformity and quality of coating is required for desired finish. Enamel paint baking oven can come up in these options Electric/Gas/Diesel/Steam and many more

Powder materials require a certain amount of thermal energy applied for a certain time to produce the chemical reaction needed to cross-link the powder into a film. The powder material will melt when exposed to heat, flow into a level film and then begin to chemically cross-link before ultimately reaching full cure. Various methods can be used to supply the energy needed for cure. ApplicationBatch ovens use a heat source ( usually Electric/Gas/Diesel) and fan to distribute and circulate air through a duct inside the oven. The heated air will in turn heat the part and then the coating. Batch ovens are the most common type of cure oven used for powder. As the part reaches peak temperature it will conduct heat into the coating and cause the powder to cure and give desired finish. Powder Coating Batch Oven can come up in these options Electric/Gas/Diesel/Steam and many more

Designed for customers who place a high value on floor space, this model lines high performance is derived from its high airflow rate and standard top return duct. These combine to produce an oven with exceptional uniformity and high energy transfer rates saving the customer valuable time and money. The walk-in oven line comes with Horizontal-Vertical Airflow standard, but can also be configured in the shelf cart friendly Full Horizontal Airflow Configuration. These ovens are well suited to handle most industrial heat processes requiring a 500 degree Celsius maximum operating temperature. Applications include annealing, curing, Teflon coating, dehydrating, drying, heat setting, heat shrinking, heat-treating, pre-heating, stress-relieving, testing, and many more.

Core Wash Drying Ovens work with minimum heat absorption. The purpose of the Core Wash Drying Oven is to dry core wash coating applied to sand cores. The process will eliminate the space and time required for the ambient air drying of sand cores. Proper air circulation and exhaust sizing accelerates drying time and allows the cores to dry with minimum absorption of heat into the sand core. Sand Cores come in all shapes and sizes that commonly require a specific impingement air pattern. heat setting, heat shrinking, heat-treating, pre-heating, stress-relieving, testing, and many more. Each Industrial Oven project undergoes a comprehensive evaluation of every production requirement. The assessment includes areas such as production goals, part configuration and construction, part mass, temperature profile, and facility location or elevation.

This is a belt conveyor oven consisting of various zones where variable/same temperature can be maintained in different zones of the oven. Common or individual control panels can be provided on each zone. Air circulation for uniform temperature is provided by fans/blowers in each zone. The jobs are placed on the belt on the loading side of the oven & unloaded from the other side. Construction: The oven is made out of Mild steel or stainless steel sheets from both inside and outside or mild steel from outside and stainless/ G.I sheets from inside. The oven is duly painted with Enamel Paint giving a rich look from outside. The body is fully insulated with mineral wool to minimize the heat losses and the thickness of the wall varies from 50mm to 200mm depending on the maximum working temperature of the oven.

This is a belt conveyor oven consisting of various zones where variable/same temperature can be maintained in different zones of the oven. Common or individual control panels can be provided on each zone. Air circulation for uniform temperature is provided by fans/blowers in each zone. The jobs are placed on the belt on the loading side of the oven & unloaded from the other side. Construction: The oven is made out of Mild steel or stainless steel sheets from both inside and outside or mild steel from outside and stainless/ G.I sheets from inside. The oven is duly painted with Enamel Paint giving a rich look from outside. The body is fully insulated with mineral wool to minimize the heat losses and the thickness of the wall varies from 50mm to 200mm depending on the maximum working temperature of the oven. Choice of Air circulation: Vertical, horizontal or combination Heating Media: Electric Temperature Range: Ambient to 500C

These ovens are often referred to as sand core dryers, mold dryers, or core drying ovens. The sand core dryer evaporates the water and leaves the graphite behind. Sand core and mold drying ovens are used throughout the foundry industry to prepare a variety of molds and cores. Before sand molds and cores can accept the molten steel, aluminum, or other metal they must be dipped or sprayed with a core wash on the interior. The sand casting process starts with a refractory wash that provides a better surface finish on the casting, protects the sand mold from the heat as it enters the mold cavity, and prevents the metal from sticking to the mold during cooling. After being applied, the wash must be dried, most commonly in a conveyor oven. GBM Ovens sand core drying ovens use high-velocity impingement and other technology to increase energy efficiency and decrease drying time which results in an increased production rate and a reduced cost per part.

The function of a Thermal Degreasing Oven is to cost effectively remove tooling oils from metal worked components or heat exchangers by vaporizing the oil. To meet air quality and other environmental requirements, a thermal oxidizer system can be incorporated into the oven. Our R&D Department can provide testing in collaboration with your machine tool oil supplier to help you develop a thermal degreasing process. Each Industrial Oven project undergoes a comprehensive evaluation of every production requirement. The assessment includes areas such as production goals, part configuration and construction, part mass, temperature profile, and facility location or elevation.

The Three Layer Conveyor Ovens are the belt conveyor rotisseries comprising several zones where in, variable and same temperatures can be preserved in dissimilar areas of the oven. These are delivered with common as well as individual control panels that can be transported on all zones. The air circulation process it comes with can work with a uniform temperature that is delivered by fans as well as blowers in all zones. The Three Layer Conveyor Ovens are located on the belt on the loading lateral of the oven. These are the particular conveyor ovens that need to be twisted during the process of heating.

Tunnel Ovens offered are designed for use in a different range of existing conveyor systems and can function as electric, gas and steam heated units that have operating temperatures from ambient to 650C. Further, these are designed to include support points for conveyor systems with option of adjustable silhouette dampers provided on oven end openings so as to minimize heat loss. Further, each oven comes designed for specific application and includes multiple heat zones and cooling zones with options of units to be provided in sections so as to achieve easy installation and mating with existing conveyor systems. Here, our expertise lies in offering tunnel ovens for all types of processing where our experienced engineers work closely to develop tunnel ovens that perfectly match with your conveyor system.

Curing applications use heat to create a chemical reaction to cure a finish or adhesive onto a product. The process is also used to solidify a plastic or epoxy. The curing process results in harder, tougher, and more stable materials and coatings that are more resistant to temperature, humidity, and/or corrosion. GBM curing ovens are manufactured in a variety of configurations used to cure powder coating, epoxy resin, thermoplastics, adhesives, coatings, rubber, polymers, carbon fiber, plastic composites, and many more. GBM ovens provide excellent temperature uniformity so that your parts receive the optimal cure. You can be sure that you will be able to meet tight temperature tolerances and achieve consistent results while remaining cost-effective with a curing oven from GBM.

Industrial ovens play important roles in manufacturing many of the parts that are used to assemble finished automobiles. One of the most prevalent applications for industrial ovens in the automotive supply chain is to cure friction materials namely disc brake pads and drum brake linings. Friction material ovens are important for reducing glazing and eliminating impurities, such as bonding materials, in brake pads and linings. If industrial curing ovens didnt perform these operations, brake pads and linings wouldnt have consistent coefficients of friction across their surfaces. The most critical feature for a curing oven is temperature stability throughout the oven chamber. This is controlled through the careful calibration of the heat source and the airflow pattern within the oven. Depending on the production requirements, electric or gas could be suitable for an automotive curing oven. Generally, a continuous or indexing conveyor configuration is recommended in order to automate the curing process and speed up production.

A composite curing oven is used to cure, anneal, dry, and harden synthetic and composite materials. The curing process for these composite materials frequently includes bagging and putting them under a vacuum while being cured. Each composite curing application is unique and GBM Ovens experienced team designs and manufactures high-performance ovens to meet each customers specific process requirements. These out of autoclave (OOA) composite curing ovens are available electrically heated, gas-fired, or indirect gas-fired. As a standard, they are designed with a combination airflow arrangement which ensures even & uniform heat distribution throughout the work chamber and provides quicker heating rates and recovery times. They are typically guaranteed and certified for 5 at 350 C temperature uniformity, but other tolerances and certification at other temperatures are available. Upon request, a Computational Fluid Dynamics (CFD) analysis can be used to optimize airflow, heat transfer, and overall oven performance.

GBM specializes in manufacturing advanced epoxy curing ovens designed to meet the diverse thermal processing needs of major industries. With a commitment to innovation, we excel in creating custom epoxy ovens tailored to specific client requirements. Backed by a team of experienced and skilled engineers, we deliver solutions that address a wide range of epoxy curing applications, ensuring optimal performance and reliability for industrial processes. Our custom-designed epoxy curing oven stands as a testament to our unmatched craftsmanship in the oven industry. Engineered for peak performance, this oven ensures maximum efficiency in curing epoxy resins. Our epoxy curing ovens are rugged and reliable, they feature higher volumes of airflow with unique distribution for exceptional temperature uniformity. The ovens features are well-suited to curing epoxy resins. Plus, the ovens can maintain up to 5C heating and cooling rates at stable conditions. Understanding Epoxy Resins:

The Ground Mounted Paint Curing Oven line of industrial batch ovens is available in fifty-five (55) standard sizes (custom sizes available on request) and gas-fired or electrically heated. The Ground mounted paint curing oven series walk-in oven line has been GBM Ovens top-selling walk-in oven for wet paint curing applications for decades. The heat and recirculation system on the standard industrial walk-in ovens are roof-mounted, to save valuable shop floor space. The roof-mounted system provides high-volume airflow, which provides uniform heating and excellent heating rates. Doors can easily be designed into the rear of the oven to allow for Flow Through operations. Many customers have us install a notch in the door to allow for the installation of an overhead trolley rail to provide an efficient way to handle their products through their facility. GBM Ovens Ground mounted paint curing oven industrial batch ovens are factory adjusted and tested prior to shipment from our facility to help reduce installation and start-up times. An extensive Quality Assurance checklist is completed to ensure your equipment meets all GBM Oven quality standards.

There is a wide range of curing applications found in a number of industries. A batch oven or conveyor oven can be used for the curing process based on the customers production requirements. Curing applications use heat to create a chemical reaction to cure a finish or adhesive onto a product, or to solidify a plastic or epoxy. The result is a harder, tougher, more stable material or coating that resists temperature, humidity, and/or corrosion. These curing ovens provide excellent temperature uniformity, so your parts receive the optimal cure. With a Curing Oven from GBM Oven, you will be able to meet tight temperature tolerances and consistent results while remaining cost-effective. GBM Oven batch and conveyorized Curing Ovens are available as either electric or gas heated and have multiple customization options.

GBM offers an extensive range of Industrial Lacquer Curing Ovens for curing lacquer before and after metalising on glass, plastic and metal articles. These ovens are specially designed for Vacuum Metallising Industry and comprehensively engineered to incorporate the latest features.

A Industrial Paint Curing Oven cures dries the paint through the heated air that is re-circulated in the Oven. This is generally done by having a heating chamber where air is heated and the heated air is circulated inside the Paint Curing Oven chambers by means of fans. Why Paint Drying Oven or Industrial Paint Curing Oven or Paint Baking Oven? The provision of a Paint Drying Oven in a production shop ensures: Speeding up of the paint drying operationImproved quality of productIncrease in the durability of the productEconomizing the cost of painting the product and lastlyDust free product.Process of Paint Drying Oven or Paint Curing Ovens or Paint Baking Oven: The design of a Paint Drying Oven is determined by many factors, such as- Total heating capacityShape of the object to be dried in the Paint Drying OvenType and thickness of insulation required in the Paint Drying OvenAdequate exhaust arrangement for removing the solvent fumes of Paint Drying Oven

Polyurethane curing ovens manufactured by us are available from small laboratory grade to large industrial grade sizes. A curing oven is made with an insulated closed steel chamber and temperature controlled hot air circulation system. It is designed to improve product quality and durability of material by chemical reaction under specific temperature environments. We have a complete facility to design, manufacture and install different types of PU Curing Ovens. We have experience making electrical heated curing ovens for Polymers, carbon fiber, plastic composites, thermoplastics and rubber etc. Each oven is made of thick gauge of steel sheets (Galvanized or stainless steel), thick layer of insulation, heating elements, motor blowers and control panel. There are various safety features we fit in our PU Curing Ovens to make them safe for material to treat, operator and surrounding environment. With PU Curing Ovens manufactured by GBM, you can be assured of good product quality at the best competitive price in India

Curing ovens raise the product mass and coated material to a specified temperature, hold the temperature for a set time and then reduce temperature allowing the product to cool. Curing Ovens are designed in a batch or continuous process configuration and are used to cure parts, coatings, and adhesives. The engineers at GBM have designed curing ovens for applications in many industries and can help achieve the most efficient curing results for your product as well. The function of a Curing Oven is to cure a part, coating, or adhesive. Depending upon the process and production requirements, a Batch or Conveyor configuration can be engineered. To meet both process and safety requirements, the exhaust system is engineered to accommodate specific moisture, solvent, and fume release rates. Multiple heat zone configurations can be designed to maximize curing efficiency. Each Industrial Oven project undergoes a comprehensive evaluation of every production requirement. The assessment includes areas such as production goals, part configuration and construction, part mass, temperature profile, and facility location or elevation.

GBM has claimed a niche by developing and supplying their high-quality Rubber Curing Oven. Our oven has become a much sought-after heating option for a plethora of industries due to its low consumption of power, great functionality, and smooth operational flow. The industries that consider it as a drying option are mostly dealing with the production of plastic, pigments, chemicals, paint, granules, refinery, pharmaceutical powders, and electrodes. Most of these industries resort to a warm air recirculation process thats very economical and effective. We are committed to providing them the best in class Rubber Curing Oven at inexpensive rates. We have even given them an option to set the specification and choose a model as per their needs. Heating Procedures Followed By the Rubber Curing Oven We have come up with batch & conveyor systems of a wide variety for our Rubber Curing Oven Rubber extrusions transported via Teflon coated belts that yield a high speed. The Teflon-coated or stainless steel rolls can be removed very easily for recoating and cleaning. You can even match the speed with the extruder.

Calcination is a thermal treatment process in the absence or limited supply of air or oxygen applied to ores and other solid materials to bring about a thermal decomposition. Calcination furnaces are generally used to prepare raw materials for raw processing. Calcining Ovens create phase change or remove moisture. The function of a Calcining Oven is to heat solid materials or ores to induce phase transition, or for removal of a volatile fraction or crystalline water as water vapor. The system can be specially designed to accommodate a controlled heat-up and release rate from the product. Each Industrial Oven project undergoes a comprehensive evaluation of every production requirement. The assessment includes areas such as production goals, part configuration and construction, part mass, temperature profile, and facility location or elevation.

The Foundry Industry relies on GBM, as the preferred company when it comes to Core Drying Ovens.GBM Core Dry ovens are used to dry water -based coatings or wash that is applied to sand cores. GBM will develop and perform tests for each core drying application for proper moisture removal at the minimum time and temperature. We dont rely on gimmicks and marketing ploys when it comes to designing our ovens. Proper air flow is the key to moisture removal and is proven in our Process Development Center at the time of quoting each project. GBM offers convention and custom designed drying systems for unique shaped cores. Bring your cores to GBM and let us prove the results to you!

At GBM Industries, we design drying oven that deliver exceptional performance and flawless results. Our ovens are engineered with advanced heating technologies to ensure uniform temperature distribution, eliminating hot spots and ensuring consistent drying. Whether youre drying delicate materials or heavy-duty components, our high-performance drying ovens guarantee precision and reliability every time. The primary function of an industrial drying oven is to eliminate moisture from products. Depending on your process and production requirements, you can choose between batch or conveyor configurations. To ensure both process efficiency and safety, our exhaust systems are meticulously engineered to handle specific moisture release rates. Additionally, multiple heat zone configurations are available to optimize drying efficiency. Each Industrial Oven project undergoes a comprehensive evaluation of every production requirement. The assessment includes areas such as production goals, part configuration and construction, part mass, temperature profile, and facility location or elevation.

Industrial drying ovens remove water or other liquid from a material or object. GBM has manufactured batch and conveyor ovens for drying applications for over 30 years. An industrial oven from GBM is built to your specifications and built to last. The function of an Industrial Drying Oven is to remove moisture from a product. Depending upon the process and production requirement, a Batch or Conveyor configuration is available. To meet both process and safety requirements, the exhaust system is engineered to accommodate specific moisture release rates. Multiple heat zone configurations can be provided to maximize drying efficiency. Each Industrial Oven project undergoes a comprehensive evaluation of every production requirement. The assessment includes areas such as production goals, part configuration and construction, part mass, temperature profile, and facility location or elevation. Electric motors face hindrance in normal functioning because of moisture. The motor windings operating in damp atmospheres need to be dried periodically to avoid any malfunctioning or accidents. Due to condensation of vapors in winters and in the rainy season, motors get damp and gain moisture. For removal of moisture and maintain proper working, they are dried to optimum temperature to evaporate moisture from the motor. They eliminate the need for open flame or torch flame, which are harmful for electric motor components. They help in uniform and complete drying of the motor windings. Drying ovens are very easy and safe to operate

Foundries are into casting parts from various metals like aluminum and steel with the help of some specific casting methods. It depends on the nature of the casting metal, details of the finished parts, and the rate of part production. Among a plethora of foundry applications, the ceramic molding cast, investment casting, lost foam casting, and sand casting are the usual casting methodologies. A separate type of mold is used for these methods and the use of a foundry core drying oven is a must for heating across the various stages of the process. GBM manufactures a foundry core drying oven that serves various purposes. All of our ovens are custom-built to serve the foundry environment in the long run and are developed for specific casting processes.

Industrial drying ovens remove water or other liquid from a material or object. GBM has manufactured batch and conveyor ovens for drying applications for over 30 years. An industrial oven from GBM is built to your specifications and built to last. The function of an Industrial Drying Oven is to remove moisture from a product. Depending upon the process and production requirement, a Batch or Conveyor configuration is available. To meet both process and safety requirements, the exhaust system is engineered to accommodate specific moisture release rates. Multiple heat zone configurations can be provided to maximize drying efficiency.Each Industrial Oven project undergoes a comprehensive evaluation of every production requirement. The assessment includes areas such as production goals, part configuration and construction, part mass, temperature profile, and facility location or elevation.

Paper Pulp Drying Ovens remove water or other liquid from a material or object. GBM has manufactured batch and conveyor ovens for drying applications for over 30 years. An industrial oven from GBM is built to your specifications and built to last. The function of a Paper Pulp Drying Oven is to remove moisture from a product. Depending upon the process and production requirement, a Batch or Conveyor configuration is available. To meet both process and safety requirements, the exhaust system is engineered to accommodate specific moisture release rates. Multiple heat zone configurations can be provided to maximize drying efficiency. Each Industrial Oven project undergoes a comprehensive evaluation of every production requirement. The assessment includes areas such as production goals, part configuration and construction, part mass, temperature profile, and facility location or elevation.

Sand Core & mold Drying Ovens remove water or other liquid from a material or object. GBM has manufactured batch and conveyor ovens for drying applications for over 30 years. An industrial oven from GBM is built to your specifications and built to last. The function of a Sand Core & mold Drying Oven is to remove moisture from a product. Depending upon the process and production requirement, a Batch or Conveyor configuration is available. To meet both process and safety requirements, the exhaust system is engineered to accommodate specific moisture release rates. Multiple heat zone configurations can be provided to maximize drying efficiency. Each Industrial Oven project undergoes a comprehensive evaluation of every production requirement. The assessment includes areas such as production goals, part configuration and construction, part mass, temperature profile, and facility location or elevation. Features The purpose of the Sand Core & mold Drying Oven is to dry core wash coating applied to sand cores. The process will eliminate the space and time required for the ambient air drying of sand cores. Proper air circulation and exhaust sizing accelerates drying time and allows the cores to dry with minimum absorption of heat into the sand core. Sand Cores come in all shapes and sizes that commonly require a specific impingement air pattern.

Sand Core & mold Drying Ovens remove water or other liquid from a material or object. GBM has manufactured batch and conveyor ovens for drying applications for over 30 years. An industrial oven from GBM is built to your specifications and built to last. Tray Dryers remove water or other liquid from a material or object. GBM has manufactured batch and conveyor ovens for drying applications for over 30 years. An industrial oven from GBM is built to your specifications and built to last. The function of a Tray Drying is to remove moisture from a product. Depending upon the process and production requirement, a Batch or Conveyor configuration is available. To meet both process and safety requirements, the exhaust system is engineered to accommodate specific moisture release rates. Multiple heat zone configurations can be provided to maximize drying efficiency. Each Industrial Oven project undergoes a comprehensive evaluation of every production requirement. The assessment includes areas such as production goals, part configuration and construction, part mass, temperature profile, and facility location or elevation.

The function of a Varnish Drying Oven is to remove moisture from a product. Depending upon the process and production requirement, a Batch or Conveyor configuration is available. To meet both process and safety requirements, the exhaust system is engineered to accommodate specific moisture release rates. Multiple heat zone configurations can be provided to maximize drying efficiency. Each Industrial Oven project undergoes a comprehensive evaluation of every production requirement. The assessment includes areas such as production goals, part configuration and construction, part mass, temperature profile, and facility location or elevation.

Aluminium aging ovens are used to manufacture durable, heavy-duty components for long-term use. The aluminium aging process is a time and temperature-dependent change in the properties of certain alloys and increases the hardness of the alloy. Heat-treatment speeds up the process to achieve the desired end-use properties (referred to as artificial aging). Except for strain aging and age softening, it is the result of precipitation from a solid solution of one or more compounds. For each alloy susceptible to aging, there is a unique range of time-temperature combinations to which it will respond. These Aluminium Aging Ovens make the aluminium profiles to acquire the best mechanical properties and quality. These Aluminium Aging Ovens are provided with proper and automated control systems for controlling temperature and voltage effectively based on the requirements of the heating elements. Our Aluminium Aging Ovens have better quality and uniform strength as the aluminium profiles are to be heated in an oven at uniform temperature at specified time.

Annealing ovens are most commonly used for metal, plastic and glass. To prevent stresses and cracking of plastic or metal parts during the machining process, they are heated in an annealing oven chamber to just below its transition temperature for a prescribed period of time. This allows greater resistance to residual stresses and improved machinability. The annealing process is commonly used for the improvement of machinability, improvement of mechanical or electrical properties, increase in stability of dimensions, improved ductility, relieve stress, assist in refining grain size, and more. Steel and plastic are materials that may be treated in annealing ovens. During the machining of parts made of plastic or steel, residual stresses are induced. These stresses can affect the material strength and cause reduced wear resistance and cracking. To prevent this, parts are heated in an annealing oven. Annealing heats the part to just below its transition temperature for a prescribed period of time. Heating to a temperature of at least 50F (28C) above Ac3 (the temperature at which the transformation of ferrite to austenite is completed). The more open structure of the austenite is then able to absorb carbon from the iron-carbides in carbon steel. The material is held at this temperature for a specified time to allow the material to transform into Austenite or Austenite-Cementite. Following this, it is cooled at a controlled rate of about 36F/hr (20C/hr) in an oven to about 122F (50 C). It can then be cooled in room temperature air with natural convection.

Drum Heating Oven are intended for heat- delicate chemicals, agrochemicals & drugs. Drum heating ovens are extraordinarily planned high temperature blowers that guarantee uniform air course and steady temperature inside the broiler. Drum spinning system is available to guarantee uniform heat appropriation with the most extreme temperature up to 400c. The heating zone length of drum heating ovens fluctuate from 3 meters to 6 meters, width from 4 meters to 9 meters and procedure time range from 10 minutes to 30 minutes. We offer both gas fired models & electrically heated models. We are specialized manufacturing and designing experts of various kinds of Drum Heating Oven or Heaters. We offer a drum heating oven with advanced features through which process heating can be done for drums of various sizes which enables to save time and cost in this activity. Heat transfer is done at a high rate and also in a uniform fashion so that desired heating results are achieved.

Our Flameproof Drum Heating Oven will enable you to carry out distinct heat treatment methods upon a broad range of items. Including a temperature range Ambient to 250C, it is a reliable and strong device which produces the identical outputs again and again. Reach out to us now to order the best ovens from us with the best characteristics and features. There is also a motor which is electrically powered. You can apply heat uniformly in all directions and on all items which are there inside. This will ensure that the items get the same temperature and display the targeted result. We offer Flameproof Drum Heating Oven within a number of capacities including advanced characteristics which are equipped for strong shielding and additional activities.

Industrial heat treat ovens and tempering furnaces are commonly referred to as Companion Draw Furnaces or Draw Batch Furnaces. These ovens draw batch ovens feature heavy duty furnace construction, which includes a plate steel outer shell, a reinforced steel plate oven front, a lined inner shell, and exterior structural reinforcements as required. Heat-treating is used to alter the physical and/or chemical properties of ferrous and non-ferrous materials through selective heating and/or cooling. These metallurgical changes often involve changing the materials strength, hardness, and ductility. Heat-treating temperatures often occur above 950F (510C). On a practical basis, heat treat ovens are used in the manufacturing of fasteners, shafts, welded assemblies, steel plates and structures, aluminium ingots and extrusions, and many other materials and products.

High temperature ovens are required by some applications, where high temperature 300C to 500C or above (up to 650C) is required. Laboratory research and light industrial applications are some of areas where high temperature ovens play an important role. We have the understanding, experience and engineering to design a user-friendly high temperature oven with temperature ranges up to 300C, 350C, 400C and 500C. These ovens are suitable for drying, pre-heating, curing, core hardening, aging and component testing etc. There are variety of customization options are available with us. High temperature up to 500C. This range also provides a foundation upon which a wide range of custom modifications can be added. Typical examples of which are the more sophisticated control systems and data recording if required.

Motor Heating Ovens are made for heavy duty, extensive usage which requires strong motor ovens. As compared to other heating processes motor heating motor heating needs to take cake of multiple temperature settings. This provides a user to choose a plethora of motor heating variables according to their requirement. Manufacturers of electric motors & transformers make use of various temperature settings depending on the solvents resins and water paints. The best thing about this is simple installation in easy use and controls. The main objective of this oven is to ensure even distribution of heat across the inner chamber and motors. It can be cooled easily with the help of high powder blowers.

Industrial preheating ovens are used for heating a product prior to forming, coating, fitting, or welding. Products are placed in the industrial preheating oven for a designated time frame as they are being prepared for the next step in the production process. Metal parts are preheated in a batch or conveyor oven prior to powder coating, which provides greater powder thickness. Shrink fitting of bearings is also a common use of pre-heating; bearings are heated in an oven, causing them to expand, which in turn causes expansion of the diameter of the bore where the shaft is fitted. Immediately after removal from the oven, the bearing is put on the shaft. When the bearing cools, it shrinks onto the shaft, forming an extremely tight, interference fit that doesnt require fasteners.

The most recent inventive technologies and excellent raw materials are involved for designing and structuring the best durable PU Wheel Heating oven. The primary objective of the manufacturers is to create an immaculate PU Wheel Heating oven along with other technical specifications. The heating oven bears a structure that is protected by insulated fleece material which bears incredible thermal protection. The chamber is made up of a combination of hard core Stainless Steel or Mild Steel which gives robust construction. More preference is given to the clients requirement and customization is done accordingly. Every minute detail has been addressed with great care regardless of whether it is the chamber size, thermal requirement or manufacturing detailing.

Stress-relieving improves the parts machinability and promotes tighter mechanical tolerances, but unlike annealing or normalizing, it does not change the steel properties. As a result of rolling, forging, machining, welding, and other hot and cold working, steel will build up residual stresses as the metal is stretched and compressed. To relieve these stresses, the steel is heated to just below the critical range, approximately 600 C for one steel formulation, and soaked thoroughly at this temperature. The metal becomes soft enough to allow creep, and internal residual stresses are released. This prepares the steel for further working without stress cracking, or to be put into service without failure in the future. An industrial stress relieving oven applies heat to a product which reduces residual stress in the material and decreases the risk of dimensional changes. Stress relieving improves parts machinability and promotes tighter mechanical tolerances without changing the steel properties.

Tempering ovens are used to achieve higher toughness in an alloy to prevent catastrophic failure by allowing for deformation instead of fracturing. The object of tempering is to reduce the brittleness in hardened steel and to remove the internal strains caused by the sudden cooling of a quenching bath. Tempering is also used to reduce and manage the steels hardness, strength, and toughness, while at the same time decreasing brittleness in fully hardened steel. Tempering is performed in an oven after quench hardening by heating the metal to a temperature below its critical point followed by cooling. The tempering temperature, soak time, as well as composition of the steel, determine the amount of hardness removed. Tempering requires precise time and temperature control during the entire process in order to reach the desired physical properties for the final product. Typically, high strength materials are not ductile and vice versa but it is part of a complex relationship between a metals ductility and its strength, with high toughness values requiring a delicate intersection of the two. Typically, high strength materials are not ductile and vice versa heat treating certain materials in a tempering oven can unlock beneficial values on both axes of this mechanical dynamic.

Transformer heating oven are used to dehydrate the transformers by moisture removal which helps in enhancing working efficiency for stronger and longer duration. Transformers on damper regions or if placed in wet or open area where they are exposed to moisture and become wet and may damage internally. Transformer heating oven removes such problems by applying extreme heat to the transformer on high temperature quickly & uniformly. This oven has rigid & tough structure to facilitate high temperature working efficiency for longer time period to reach out desired tack up to perfection. It applies extreme high temperature so that the heating process happens according to requirement and the dehydration process is thorough. It is available in various sizes from which a suitable one can be selected. Powerful blowers are used according to heat capacity and temperature requirement to assure that this transformer heating oven will heat treat your transformer & provide desired results in the shortest possible time.

The Air Circulatory ovens achieve a perfect temperature uniformity which is much better than in ovens of most competitors. They can be used for various applications such as e.g. drying, sterilizing or warm storing. Ample warehousing of forced air ovens use a microcontroller to enhance precision, accuracy and uniformity. Memory function retains all settings when power is off and resumes previous oven operation when powered back on. It consists of built-in temperature calibration. A number of industrial processes involve drying glassware, packaging goods, sterilizing instruments and performing research. Such processes need substantial heating and the various industrial ovens are designed for creating heat at high temperatures worth up to 300. Various manufacturing industries like textiles, electronics, and pharmaceuticals, demand an appropriate heating oven like that of the air circulatory ovens.

Chamber ovens or low-temperature air circulation ovens have a wide area of application from baking ovens to aging ovens. The ovens can be designed with complete inner stainless steel construction depending upon buyers requirement for long life. Adjustable slotted baffles or fixed sturdy baffles ensure an even and uniform flow of air throughout the inside chamber so that desired temperature stability and uniformity is present throughout the heating cycle.

Custom industrial ovens and furnaces built to your specifications. Custom designed and manufactured for processes where off the shelf wont work.Our designers and engineers create ovens tailored to your specific worksite and requirements. Sometimes it is a little change. Sometimes it is a radical change. Sometimes it doesnt even look like an oven when were done. No matter what, you get the same guarantee of high quality and durability. You get an oven that supports your business for the long run. Our custom-built industrial ovens are fully assembled and tested by factory-trained technicians prior to shipment ensuring ease of installation at your facility. Our Oven specializes in manufacturing custom industrial ovens for thermal processing. From the start, our team will work closely with you to create a custom-designed oven based on your unique application and configuration specifications. We understand the importance of temperature uniformity in the thermal processing industry.

HT/LT Motor manufacturing requires has specialized need of heating, drying and cooling requirement for the winding/rewinding for various type of HT/LT Generators and Motors, the process needs special type of drying and cooling solution for the hassle free and smooth operation of the HT/LT Generators and Motors manufacturing to help the clients with the type specialized need we designed one of the most reliable and economical solution. The ovens designed for the HT/LT Motor drying is one of its kind and suitable for the various kind of application needs, the oven is designed and built to meet the process needs and longer & easy maintainable life.

Electric Industrial ovens are of multiple use in various industries. Its a cheaper one with the best qualities. Electric ovens are best suited in both batch type and conveyor belt type ovens. GBM provides their quality products in this field for designing, manufacturing and installation. Each Industrial Oven project undergoes a comprehensive evaluation of every production requirement. The assessment includes areas such as production goals, part configuration and construction, part mass, temperature profile, and facility location or elevation.

Requirements A leading automotive suspension manufacturer asked GBM INDUSTRIES to develop a system that would reduce Hydrogen Embrittlement from parts after plating. To win the bid GBM INDUSTRIES had to provide a solution with a consistently precise material handling system and tight part temperature uniformity. With floor space being a premium a small footprint was imperative. Solution GBM INDUSTRIES Hydrogen Embrittlement Oven The result was an electric heated close loop system whereas the product is loaded and unloaded at the same spot.

GBM INDUSTRIES offers durable Infrared Oven which carries out enormous heating using infrared heat waves, through which the highest temperatures can be achieved quickly.Using this type of an oven is a better option over microwave heat oven which works using radiation heat as infrared heat is very safe and also fast. It can carries out extreme heating through which desired heating output can be gained in the shortest possible time. Infrared Heater-Brings the precision and effectiveness of infrared heating When you want superior quality heating and one that can be done in a short time for various types of items, the ideal solution is GBM INDUSTRIES s Infrared Oven. Various items placed inside it can be viewed through the window and the interiors have an illumination bulb which makes way for easy viewing.Our industrial Infrared Ovens come in regular as well as large sizes in which you can just walk in to place items on stainless steel shelves for heating purposes.

GBM INDUSTRIES offers high performance Motor Winding Baking Oven that carries out heating of motor windings at high temperatures making them strong and increasing their shelf life.Through high precision controls, the temperature can be set to exact and extreme levels so that desired levels of heat is applied and the output is according to expectations.With our baking oven, a uniform heat is dispersed throughout the raw materials so that the baking procedure occurs precisely. Motor Winding Baking Oven Rapid Heating Technology For Motor Winding. We provide a strong , durable and heavy duty Motor Winding Baking Oven that can withstand extensive applies enormous heat on parts placed inside, thus creating an output that will show effective performance.Not only can the oven be used for baking but also for activities such as painting, curing, drying etc. It is designed to be one that has low maintenance and which does not consume much power for functioning. Offering a wide range of temperature settings, you can easily pick the right one for your heating needs of various types of motor windings.some of the many items that can be put into our Motor Winding Baking Oven are water paints, resins, solvents etc, which are used in transformers and electric motor windings.

GBM INDUSTRIES provides a complete variety of batch type including conveyor type radiator core baking oven including a variety of heating mechanisms from electrical/Diesel/Gas.We have completed extensive analysis in the domain of radiator core baking plus have advanced Radiator Core Baking Ovens to accommodate the precise specification concerning radiator core manufacturing. Our Radiator Core Baking Ovens are triumphantly working in India including abroad. Radiator Core Baking Oven-Best Heating Solution for Fabricating The purpose concerning a Radiator Core Baking Oven signifies to link copper-brass radiator including heat exchangers.The Core Bake Oven is accessible in both of the Batch or Continuous Conveyor form.Including the batch means (large centres or low amount), the cores remain fixed onto the carriage.The carriage is filled manually, or automatically, within the oven.The preparation time is measured by a sequence timer to assure precise bonding.

The function of a Thermal Degreasing Oven is to cost effectively remove tooling oils from metal worked components or heat exchangers by vaporising the oil. To meet air quality and other environmental requirements, a thermal oxidizer system can be incorporated into the oven. Our R&D Department can provide testing in collaboration with your machine tool oil supplier to help you develop a thermal degreasing process. Each Industrial Oven project undergoes a comprehensive evaluation of every production requirement. The assessment includes areas such as production goals, part configuration and construction, part mass, temperature profile, and facility location or elevation.

GBM designs and manufactures standard top load ovens which are a compact space-saving design which are suitable for annealing, preheating, baking or any other heat processing requirement. The standard top load industrial oven is an electrically or Gas heated convection oven. Its unique configuration allows the processing of top-loaded part packages which are long and narrow or where overhead handling equipment is used. Full opening door exposes entire work space for easy loading and unloading. Our industrial top loading ovens feature counter-weighted top doors or automatic motorized doors, making manual loading and unloading quick and easy. The quality construction ensures minimal heat transfer from the inner chamber to the exterior, resulting in energy efficiency. An efficient airflow ensures maximum temperature uniformity throughout our Industrial Top Loading Ovens. This feature is crucial for processes that require consistent heating for optimal results. The standard top-loading oven features horizontal airflow throughout the work chamber complete with optional adjustable louvers. This airflow arrangement provides uniform airflow that is ideal for a variety of load conditions.

This is the most comprehensive and best selling range of Dry Filter Extraction Systems currently available in INDIA. By using our computerised modular production system. Models are available both as stand alone, open front designs or open fronted extraction boxes.

Dust Free Paint Booth can be also termed as Dust free painting. Dust is one of the major problems in all modern paint shops and these can be a serious issue resulting in higher rejection. In India, due to Dusty Environment & poor equipment design & poor process selection & lack of housekeeping as well as maintenance. Rejection due to dust in painting is higher & higher beyond imagination. Recurring rework cost for rejected components due to dust in paint shops is a major headache. During painting excessive paint dust inhales by the painter and workers in the surroundings and it can cause headaches, dizziness, and nausea. So we need to extract the excess fumes and dust during the painting process. Cleantek manufactures two different models in paint booths such as wet paint Booth & Dry paint booth.

Large vehicles, today, require finishes that are high tech, and manufacturers of large equipment demand that outcome. At Spray Systems, we provide our customers with a variety of booth designs, from downdraft, cross draft, and modified downdraft booths to accommodate any size of truck and large equipment products. These booths can be designed and manufactured in any length necessary to fit the product and the spray systems environment. Large Equipment spray booths are typically designed with dry filters and sized to accommodate the larger scale products being manufactured, and then painted. Size of your product matters and is directly proportional to the size of the spray booth. You will need to consider maintaining at least a 5-foot clearance around the part, and at least 3-foot over the top of the part.

The widespread use of low solvent, water-borne base coats and paints means that humidity control is essential in spray booths. Relative humidity (RH) levels as high as 65-75% are often used for water-based paints, delivering consistent spray quality by preventing aerosol evaporation and pigment agglomeration, consistent deposition rates and preventing premature drying. Spray or evaporative humidifiers are commonly used for their economy, with steam also used in smaller applications. High RH is undesirable in the drying process, of course, but when metal components leave the oven the local environment in sanding, repair and inspection areas can be hot and dry. This leads to worker discomfort and electrostatic build-up, drawing dust to the component. Using a humidifier as an evaporative cooler combats both problems simultaneously, both cooling the air for a safer, more productive environment and raising the RH to discharge electrostatic. An inspection deck at 35C/15%RH can be cooled to 22C/65%RH economically and effectively using this principle.

Water Wash Paint Booth Water Wash booths are designed to remove high levels of toxic fumes from spray shops and other industrial environments, ensuring healthy and suitable working conditions, and compliance with inspectorate requirements. They are ideal for Powder Coating Applications and are most suited to high volume users. How the GBM Water Wash paint Booth System Works Fume and particle laden air is drawn into the wash chamber between the top of the water tank and the base of the stainless steel curtain, it is then drawn up inside the wash chamber tower by fans mounted at the top, and extracted via ducting to the atmosphere. Inside the wash chamber the laden air is impinged by a large volume of water sprayed by a series of scrubbing nozzles which are fed by the centrifugal pump. The water tank contains denaturing chemicals that cause particles to settle harmlessly in the wash tank. A series of baffles inside the wash chamber tower prevents loss of water through the fans. The pump also supplies water to a trough at the top of the stainless steel curtain causing water to cascade down the front forming a water screen. This water then re-enters the booth at the air inlet at the base of the stainless steel curtain. Since the air speed is high at this point the water significantly assists the scrubbing process as well as protecting the booth.

These are popularly known as large paint booths. Almost 20% of the industry uses this kind of spray booth .The basic advantage of this type of booth is they can accommodate any kind of machinery , jobs of products for painting. These downdraft spray booths are used in all kinds of fields.

The Spray and Bake booth offers the ideal controlled environment for your finishing, curing or drying requirements and prevents these processes from contaminating other areas. They can be designed to provide differing degrees of cleanliness, heating systems, or air conditioning when required. A spray booth extraction system can be incorporated for paint spraying applications or a simpler extractor can be fitted when used as a drying enclosure. A fully automatic air circulatory system can be incorporated for the higher temperature curing applications. Several rooms with different facilities can be interconnected to provide a suite for preparations, finishing and curing.

The Side Draft Paint Booth is dependent upon air draft in the direction of spray painting by the painter inside the Side Draft Paint Booth. So in a Side Draft Paint Booth open from the front side air draft moves towards exhaust chamber & thus over sprayed particle (paint particle) moves towards exhaust chamber along with direction of air draft. So it has to be always remembered that in the Side Draft Painting Booth, components will be rotated with the different devices like Turntable, Scissor lift with the Turntable, Rotating Hanger suspended from top, Hoist with the rotating Hook & similar devices. With such devices Painter remains at the same location & Spray Painting of all sides of the component is possible inside Side Draft Painting Booth.

SS Painting Booth is a precision designed for heavy as well as voluminous components. This is a simple to handle booth, suited for different surface application areas. It can take away spray paint particles with the help of metallic grills. It is engineered to run into industrial finishing requirements. This is accessible with a heavy painting/pigment overspray. SS Painting Booth enables continuous operation with reduced downtime for maintenance. It also allows for continuous paint operations and ensures saving on the costs of sludge removal and disposal removal.

Woodworking spray booths are specifically designed to enhance the finishing process for wood items, including furniture and art pieces. These specialised spray booths offer many advantages, making the finishing process better, safer, and more efficient. Finishing furniture and other wood products is safer and faster with a paint booth thats customised for woodworking. A paint booth provides a favourable environment for the wood-finishing process.

We are designing and exporting Conveyorized Paint Booths to meet the customer demands. We assemble our products under the strict surveillance of experienced professionals, and by following industry norms and standards. We ensure the flawlessness of these paint booths by conducting various tests before the final delivery to the customers. This paint booth is useful to paint the moving components on conveyor systems for continuous production lines. We provide a complete solution to our client for finishing their products. They are suitable for painting high quantities of components which are large or small in size

We are designing and exporting Conveyorized Paint Booths to meet the customer demands. We assemble our products under the strict surveillance of experienced professionals, and by following industry norms and standards. We ensure the flawlessness of these paint booths by conducting various tests before the final delivery to the customers. This paint booth is useful to paint the moving components on conveyor systems for continuous production lines. We provide a complete solution to our client for finishing their products. They are suitable for painting high quantities of components which are large or small in size. The Design of Furniture Painting Booth should take care of exhaust of over sprayed particles and should move quickly to the washing chamber. So painter distance, painting height etc. are major design factors to be understood.

Several automotive parts like bumpers, mirror housing, car light housings, etc. are painted in different colours to match the shade of the original vehicle. Also cell phones, laptops, computer peripherals etc., are very popular to use special coating technology on plastic parts. There are different types of plastics and the choice of the painting process depends on end use requirements and the type of plastics. The painting process includes conductive primer, flash-off, base coat, flash-off, clear coat, flash-off, oven for paint drying, cooling etc. The most important aspect of the Plastic Painting process is to maintain temperature and humidity level within the tolerance limit acceptable to the paint being used. Dust level control is another most important aspect for Plastic Painting Lines.

Liquid paint booths are best suited for performing small batch type jobs. Air is carried through the open front of the spray booth, passing through the booths working area into the filtered exhaust plenum. There is a duct to address the overspray paint particles. It is used to achieve an excellent top coat finish. These paint booths consume low power consumption and high efficiency. We design these booths based on the requirement and application. Batch booths provide pressurisation for dust proofing, Manual or Automatic Painting applicators like Auto Guns, Discs and Bells or Robotic Painting.

Nowadays fasteners industries are attracted towards this kind of plant to avoid chrome plating (no hexavalent & no trivalent). These coatings are water based inorganic coating & avoid pollution in the environment as it is chromium free & has no VOC in it. GEOMET & DACROMET is technologically advanced and environment friendly and is being used in many industries throughout the world, such as Automobile, Engineering, Electrical Appliances, Shipping, Railways, Mining, Process Industry, Military etc. since a very long time. Various types of Top Coat are also available and done over Geomet and Dacromet coating to control COF values and enhance corrosion resistance.

Large components like parts of earth moving or big machines are shot-blasted, followed by primer and top coats of paint. The primer coat is followed by top coat which is normally PU paint and is force dried in the oven at 70-300C. These pants can be supplied with separate booths and curing ovens with material movement for large sized components or a combined Spray booth cum curing oven may be provided.

UV painting is the most popular technology in lots of industries for various products surface finishing. Unlike most other type painting line systems that can be easily operated, UV painting line has extremely high cleanness requirements. Not only to machine itself but also the entire workshop construction. For some high end production requirements, the painting line clean room setup is the same as medical grade. Spray painting lines installed in controlled environment rooms, allowing for high-level quality surface finishes, with Automatic uv/ IR painting line with chain conveyor system incorporated with paint booth, IR oven and uv curing machine. Spraying can be applied by fixed gun and multi axis painting machine according to product and requirement.

AUTOMATIC POWDER COATING BOOTH has a high recovery rate of powder coating, quick colour change, good recycling effect and low investment cost. Therefore, the filter recovery spray booth has been widely used. The electrostatic powder spray booth can be customised according to the needs of the users. The powder spray booth has single station, double station and multi-station, and the powder spray booth can also be made into a mobile type. The powder coating (spraying) line is continuously produced for 24 hours, greatly improving production efficiency and equipment efficiency. It consists of chamber, powder spray gun, automatic reciprocator, powder equipment, recycling equipment, exhaust device and electronic control components. In order to obtain high recovery efficiency and discoloration speed, large cyclone recovery and barrel recovery can be used, the recovery wind is soft, part of the sprayed gun powder is absorbed by the workpiece, the excess powder is blown down by the fan, through the cyclone barrel recycling recovery screening machine, the ultra-fine powder is applied by the secondary suction of the filter, and the powder is peeled off by the electromagnetic pulse valve backflow, and falls into the recovery unit for full recovery. The recycling rate is more than 99.2%, the recovery method is easy to change colour, the cleaning is simple, the occupying space is small, etc.

Back to back powder coating booths are available in a wide range of sizes for large products like Aluminium sections, MS-pies and rods, Almirah, e-rickshaw and other furniture and vehicles. In this type of booth setup coating can be easily done from both sides i.e., from front and back with two other cut outs for entry and exit as well. This type of booth is much more needed in the furniture industry as it is a time manageable, high productive component with finest work and appearance. It is composed of a dual cycleone system for proper powder recovery and better maintenance of the working environment. High capacity fully functional cyclone system is connected to a recovery container where the excess of powder is collected and can be reused. For remaining very fine particles, there is an option of after bag filters that absorb them and help in protecting environmental issues.

The use of the cartridge filter collector in the powder coating industry became the most popular and efficient in enabling the finishers to utilise 99% of the powder paint purchased due to the recovering system. The major advantage when using a cartridge filter is that the dust accumulated will be pulsed off keeping the filters clean and the powders can be reclaimed instead of being stuck in the filter media. The cartridges will eventually capture powders as well in the filter media to lower their efficiency, but because of the pulse cleaning, their working lifetime is much longer.

Conveyorised paint booths are used for painting moving components on conveyor systems for continuous production lines. These conveyorised paint booths could be dry or wet type as required. The booths are suitable for robotic applications also. Components entry & exit provisions are made with side cutouts for easy movement. We provide a total solution to our customers for finishing their products. Dry or wet type painting is used for high quality finishes. Conveyorised plants reduce material handling manpower, and improve quality & production.

Cyclone type POWDER COATING BOOTHS forms the backbone of an efficient Powder Coating Paint shop based on the Conventional Cyclone dust Collection Systems. The Cyclone Recovery system with high efficiency design for maximum powder collection using a dynamically balanced impeller Blower and clean exhaust through filter media to ensure a clean atmosphere makes it a preferred choice for Powder coaters. The most modern and top brand applicators are provided to ensure the best quality finish with full backup service. Cyclone Type Booths ensure uniform air flow throughout the booth cross-section. Absence of dead pockets ensures easy cleaning and the charged powder surrounds the article uniformly resulting in higher transfer efficiency.

GBM Industries extends support to industries that are always on the lookout for production hikes.Thats why we are dealing in Trolley Type ovens that these industrie need throughout the year.The oven can accommodate a single trolley wherein another trolley can be placed outside till the beginning of the baking procedure.Much of the energy and time gets saved once you incorporate the trolley type oven in your organization.Industries that have developed around components analysis and other thermal procedures can make the most of these ovens. Materials worth the finest quality are used in creating a trolley type oven since they can abolish unwanted intervention and utilise the yield within a small period. The entire heat treatment sector finds these ovens indispensable due to their flexibility and utility.

The function of a Varnish Baking Oven is to remove moisture from a product. Depending upon the process and production requirement, a Batch or Conveyor configuration is available. To meet both process and safety requirements, the exhaust system is engineered to accommodate specific moisture release rates. Multiple heat zone configurations can be provided to maximise baking efficiency. Each Industrial Oven project undergoes a comprehensive evaluation of every production requirement. The assessment includes areas such as production goals, part configuration and construction, part mass, temperature profile, and facility location or elevation.

We are a well recognized Almirah powder coating plant Manufacturer. These almirah powder coating plants are manufactured with the best quality of raw material through our professional and highly experienced team to meet best quality and standard. All of our almirah powder coating plants and Machines can be customized as per customers requirement. We always focus on Premium Quality, Timely Delivery and after Sales Services. Our plants and machines are available at the best market price. We have a very strong network for after Sales Service for the maintenance of delivered powder coating products. These plants are designed and manufactured according to the customers requirements whether it is automatic, semi-automatic, or manual. They could be batch type or conveyorised, also the recovery system has been customized. We specialize in helping customers with a plant that can efficiently perform surface coating. Customers can get a suitable almirah powder coating plant from us that meets all their requirements regarding components size and shape, coating quality, paint thickness, speed of production and space it takes. There are many benefits of using an almirah powder coating plant, including simple & functional design, energy efficient, low operating cost, optimum powder recovery, reduced over spray losses, reduced labour cost, low rejection rate, etc.

Aluminium Section Powder Coating Plant, as the name implies is a plant that applies coat on aluminium sections. Coating is done to achieve desired finishing for aluminium sections. Powder coating is the best method, followed by anodizing and painting. The process of powder coating of aluminium sections comprises several steps. It is basically a process within which electrostatically charged paint is sprayed onto the sections. Powder coating is beneficial in many ways, as this gives a broad colour option, as well as is environment friendly. Customers do not have to worry about the coating peeling or chipping, as the coating is thick and bonds well to the aluminium.

A complete range of uniquely designed modular Powder Coating Booth and systems for both manual and fully automatic coating applications. We have several years experience in the design, manufacture, installation, commissioning and service support of powder coating systems and equipment. We have various Powder Coating Booths models along with a wide range of Powder Coating Ovens. We have expertise in multicyclone recovery systems, these booths give maximum recovery of over sprayed powder. In the cartridge type Booth, recovery can be almost 99%. Our design ensures almost zeropowder flow from the cut-outs. The ductless construction ensures minimum cleaning time. This is aided by the trough design which makes optimal use of the angle of repose. Wherever needed, the roll-in-roll out mechanism can further optimise the cleaning time. This mechanism is available in both, manual as well as motorised modes.

Conveyorised Powder Coating Systems are designed for higher volume operations. Belt conveyor, Chain-on-edge conveyor and overhead conveyor are used in powder coating systems. The most common type of conveyor for powder coating is the continuous speed overhead system. These systems use a conveyor drive to power the product through the system with a fixed or adjustable line speed. Proper design and construction are the first steps towards a successful and profitable powder coating system. Each powder coating system is unique in both design and application based on the specification the user provides to the powder equipment. The Conveyer in this case has a dual speed. For job coaters conveyorized plants with an oven having batch curing facility from one end and conveyor from another end are provided. Every plant is designed to suit and optimise the production as per your requirement and production volumes.

During the powder coating process, the powder is applied to a substrate pretreated surface, melted, and then dried and hardened into a protective/decorative coating. There are three stages to this process: surface preparation, coating application, and heat curing. Powder coating comprises a multi-step surface finishing process suitable for metal and non-metal substrates. The method includes a preparation, application, and curing stage, and utilises a spray gun, spray booth, and curing oven used for baking purposes

Powder coating is now used on a variety of products such as medium density fiberboard (MDF), hardwood, and other wood-based products. WBS products include office furniture, kitchen and bath cabinets, doors, store fixtures and displays, barbecue trays, and ready-to-assemble furniture for the office and home. Powder coating is revolutionising the WBS market because it offers design freedoms other finishing methods and laminating processes just cant provide. Powder coating provides a beautiful, durable, seamless finish in every colour of the rainbow. And, powder coating protects WBS products from chips, stains, spills, and scratches. This system is also recommended for powder coating objects with complex shapes which requires precise manual operation.

Altering to industrial requirements and applications, we also manufacture and set up various Automatic Pre Treatment Plant to meet clients specific requirements, like: 7 9 Tanks dip/spray Zn phosphating plant Single stage Industrial Spray cleaning cum drying machineIndexing type Spray cleaning machineTotally free of Hazardous Chlorinated Solvents, C.F.C. or Flammable Chemicals, the pre-treatment process performs both mechanical (spray) and chemical cleaning actions.Material handling is easy using overhead conveyors and it requires minimal effluent treatment with Iron Phosphate. Pre-treatment plants are ideal for medium to high volume cleaning operations and require minimum operator labour input.We offer choices of Dipping or Spraying application, Iron or Zinc Phosphating Solutions, Separated Cleaning and Phosphating Zones or Combined Chemical Zones.

The dip pretreatment systems have been designed to keep the cost low. The heating systems and the oil skimmer help further this objective. Dip type pretreatment plants with hoist are for manual handling. In conveyorised dip pretreatment plants, articles/components are hung on a conveyor and are dipped into the tanks. In this operation, the articles / components travel through a sorter of tanks, thanks to the programmable conveyor line.Transpoterised dip pretreatment systems use transporters for automatic PLC control. In the Dip Pre treatment process there is a sequential arrangement of the process tanks in accordance with the designed chemical process. The articles are hung on to a load bar or put into a cage / basket and are moved from one tank to another using overhead hoist arrangement with manual control or with the help of PLC controlled transporters.

Dip Type PT Plant With Barrel Rotation has several advanced features. It has cascading type water saving facility, advanced fume extraction and scrubbing arrangement, air agitation facility and online sludge removal arrangement. Based on production requirements, this plant is also offered with optional centralised or direct fired or electrical hot water systems. PP/SS or mild steel made tank of this plant has FRP lining for optimum strength. Quality of this plant has been tested on the basis of their production capacity, operation charge and dimension.

We are a reputed manufacturer of a qualitative range of Ptfe Coating Plant for our huge clientele base. It is an industrial plant that is sturdily built using optimum quality raw material and advanced machinery at our unit. We test this on diverse parameters to make sure that no compromise is done with its quality at any stage. Ptfe Coating Plant is hence applauded by our customers in domestic as well as overseas markets. We offer this plant at highly cost- effective prices. FeaturesPTFE Coating The Plants are applicable on many kinds of products for the process of coating such as fasteners, special design parts, steel metal, and metal body parts etc. Suited for powder coating, these render the best coating on numerous materials. Highly prized for their high performance, have been quality tested they reach to the final dispatch.

Batch Type PTFE Coating Plant we deal in provided by us are applicable for powder coating and come with industry leading prices. These give the best coating on dissimilar materials and are extremely valuable for their boosted performance. These plants are quality tested by the professionals before closing dispatch to the market. In accordance with the customer specifications, these plants are known for their many non-stick features. This coating plant makes use of PTFE so as to add high dielectric strength to several components. These plants can also do the coating for components, which have to work with their non-conductive properties.

We also hold expertise in successfully providing conveyorised teflon Coating services. With involved services handled by experienced industry professionals, these coating services are widely used in Automobile industries. Further, the teflon coatings provided ensure a smoother as well as super fine finish. The coating solutions delivered are also known for their quality and coated shade options.

TEFLON coating plant is provided by us in bulk, is used for powder coating and can be utilised at industry leading prices. It provides the best coating on different materials and is highly valued for its high performance. This TEFLON coating plant is quality tested by our professionals before final dispatch to the market. Teflon is used as a coating in non-stick cookware products such as pots and pans. With this application, Teflon creates a low-friction cooking surface that reduces stuck on food, cleans up easier and lets you cook with less fat. However, there are a million other uses of industrial Teflon coatings that can provide benefits outside of the kitchen from smooth, lubricated surfaces to protective barriers, chemical resistance, dielectric strength and more.

Xylan is the largest, most complete line of fluoropolymer coatings in the world. Xylan coatings have a broad range of properties, which make them ideal for an infinite variety of applications. Xylan/PTFE coating on Bolts, Studs & Nuts is an ideal protection in corrosive environments, salt water condition & specially for splash zones. Xylan coatings differ from traditional fluoropolymer coatings in one very important aspect: they are composite materials. Lubricants with the lowest-known coefficient of friction are combined with the newest high-temperature-resistant organic polymers. Xylan is generally used to reduce friction, improve wear resistance, and for non-stick applications. Additionally, it can be used to protect a metal from corrosion. The most commonly known application is in non-stick cookware but Xylan coatings have also been used extensively in the automotive industry and for corrosion protection in the oil and gas industry.