Delhi, India
Verified
Add Review
Our Products
Additional Information:
Packaging Details : length in INCH
17
16
A renowned name in the automobile and accessorize market, Coozo leaves an impressive mark with the very stylish and elegant 5D mats for Audi. Buy today for a rich, elegant makeover to your luxury vehicle.
5D Car mats offer following features :
Application:For medium pressure hydraulic requirements. Meets or Exceeds SAE 100 R1
Construction-Lining:Synthetic oil resistant rubber
Application:For medium pressure hydraulic requirements. Meets or Exceeds SAE 100 R1
Construction-Lining: Synthetic oil resistant rubber
Reinforcement:One High tensile steel wire braid.
Cover:Abrasion, ozone and weather resistant
Ambient Temp:-40 deg. C + 100 deg. C.
|
|
|
|
|
||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
|
|
|
|
||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Waterstop, as the name itself suggests is an important element of concrete structure which is used to stop the flow of fluids like water from joints. It is embedded in concrete joints to stop the flow of water from them. Waterstops are commonly manufactured using extruded plastics like polyethylene (PE), flexible polyvinyl chloride PVC and thermoplastic vulcanizate rubber (TPV). Extruded Thermosets like styrene-butadiene rubber, natural rubber, neoprene rubber and formed metals such as copper, stainless steel and carbon steel are also commonly used to manufacture waterstops.
Hydrophobic polymer waterstops are usually made with PVC, TPV, PE and rubber. These waterstops are supplied to the construction site in usually 50 lineal feet long coils whose width could vary from 4 inches to 12 inches. The waterstops are designed to efficiently interlock with the concrete and provide limited amount of movements within the joints where they are installed. Waterstops made with PVC, TPV and PE are installed continuously through the length of the concrete joints. Heat welding and thermoplastic welding techniques are used to accomplish this task. On the other hand, waterstops made with metals or Thermoset rubbers are relatively difficult to fabricate into continuous lengths of concrete structures. These are used less often and are commonly not recommended by engineers and architects for installations.
PE and TPV waterstops are usually installed in joint structures having secondary containments. These waterstops are used to prevent the flow of hazardous fluids other than the water like acids, oils, process chemicals, liquid fuel etc.
Hydrophilic (literally meaning Water Loving) waterstops are actually strips or rubbers which are modified with a hydrophilic agent like Bentonite. These watestops swell when exposed to water or moisture, thus effectively sealing the concrete construction joints. Commercial manufacturers usually do not recommend the use of hydrophilic waterstops in contraction and construction joints. Hydorphilic waterstops need to be swelled to work effectively, and for that a source of moisture must be present to activate their hydrophilic agent. You may experience leakage of fluid initially but when the waterstop will swell, leakage too will be stopped.
PVC waterstops are profiles that are made with specially formulated plasticized PVC compound. PVC waterstops are custom designed to meet the specific requirements of a particular industry or building. The waterstops work as a guard against the risk of discomfiture that may occur in the concrete structure due to a variety of reasons like climatic conditions, frictional impasse and geological disturbances. All these causes make the concrete structure to expand or contract. This contraction and expansion of the concrete structure results in the seepage and leakage of water. All this ultimately exposes the concrete structure to the risk of dismemberment and cracks.
Waterstops are widely used in concrete structures of strategic importance like Dams, Under Ground Water Tank, Canals, Bridges, Swimming Pools, Basements, Overhead Water Tanks, Retaining Walls, High Rise Buildings and Embankments.
Waterstops are available in the markets with a variety of formulations and permutations that can be used both in non-water retaining concrete structures and water retaining concrete structures. The range of waterstops includes Ribbed, Dumb Bell, Ribbed with Central Bulbs, Kicker Types etc. The width of waterestops could vary from 80 mm to 305 mm and you can choose them as per your specific requirements and needs.
Waterstops could be easily fixed and installed in concrete structures. They work as excellent sealants and could be conveniently fixed on a designated spot while concrete slab is laid. These could be easily welded at the site itself with required angle and shape.
PVC waterstops are commonly used in concrete joints that are often subjected to hydraulic pressures. Once embedded successfully in the concrete structure, PVC waterstops fill in the joints to make a continuous watertight diaphragm to stop the flow of water and other fluids. Waterstops must be carefully designed and installed to properly accommodate for the contraction, lateral & transverse movements and expansions of the joints. Watestops must be compatible to be used in a particular concrete structure for which they are purchased and should be able to stop the flow of desired fluids, liquids, chemicals, acids, water etc
Use of Thermoplastic Elastomeric (TPE) water stops made of Poly Vinyl Chloride blended with Nitrile Butadiene Rubber is commonly recommended by engineers and architects for a variety of water applications and chemical environments. These water stops function as a watertight and fluid tight diaphragm in concrete structures. TPE water stops when installed in concrete structures develop excellent mechanical bonding with the structure and work as an effective barrier against the flow of water and other fluids through the joints.
Maruti TPE water stops have great resistance to a variety of fluids, oils, minerals, solvents, acids, glycols, alkalis, fuels, chlorinated sea water and other aggressive chemicals. Maruti TPE water stop also has high resistance to ozone and oxidation processes. The water stops have excellent staining resistance and ageing properties, and display good reliance and compression set resistance properties at very low temperatures of up to -32 C.
We are one of the leading manufacturer, exporter and supplier of high performance and durable high density polyethylene (HDPE) pipes. We offer a range of products to our clients at highly competitive rates. We make use of high grade raw material and employ newest technologies of production and manufacturing to provide your pipes with highly useful features like high tensile strength, good corrosion resistance and high durability. Our products are light weight which makes them easy to install and transport.
A fabric layer is reinforced on natural and synthetic rubber to provide it strength against high pressure.
This rubber sheet is specially designed to tolerate high pressure
Super Spray Hose is good for use in plantations, forestry, orchards, vineyards, parks etc. for high pressure spray of water based chemicals, fungicides, insecticides and weeding. It is also commonly used in the maintenance of similar other agricultural applications involving spraying by hand or power driven pumps.
We manufacture superior grade Thunder Hose with smooth inner and outer walls. These hoses are resistant to acids, pressure, chemicals, bases, vacuum and oils. Moreover, they are highly flexible also and non-toxic in nature. These hoses can also be used to substantiate other hoses in different states of media. They are also used for the transportation of food stuff, agriculture machinery, drainages and also in pumps.
PVC Thunder Spring Hose is manufactured with transparent PVC having immovable spring steel wire. Its smooth inner and outer hose walls provide additional benefits for the users. Since it maintains its properties over a large range of temperature variations, from -200 C to 700 C., these hoses are in high demand in the markets. As the hoses are being marketed at highly competitive rates, they have become a hit among the customers. Dues to its easy availability with a variety of dimensions, it has created a niche for itself in the psyche of the customers.
Features:
Life span of durable DWC Pipes 50 Years
Extensive studies have been conducted about the durability and life span of DWC Pipes all over the world. Plastic Pipe organization is a Europe based premier research institute whose findings have proved the fact the DWC pipes could last for 50 years provided that are manufactured with standard procedures and are properly used and installed.
Structural Design Strength
Being flexible, HDPE corrugated pipe are best suited both for high cover and low cover applications. Since the pipe can effectively distribute and support dead as well as live loads, it could be used for almost each type of installation condition.
Joints
HDPE corrugated pipe could be used both for water tight and slit tight joints. The pipe ensures that what is outside of the pipe remains outside, and what is inside remains inside of the pipe.
Durability and Chemical Inertness
These pipes are made with high density polyethylene which is chemically very inert and hence HDPE corrugated pipes are extremely corrosion and chemicals resistant.
Abrasion Resistant
Due to the use of inert polyethylene, HDPE pipe is very abrasion resistant. This property of the pipe makes it usable for more applications than metal and concrete pipes.
Cost savings in installations
Since HDPE pipe is light but robust and is supplied in long lengths, you can save significantly on its installation in the structures.
Important Note:
Research and tests by reputed institutes have proved that HDPE DWC pipes being ductile reduce the damage to cables significantly. Thus you will save substantially on your maintenance costs and hence the pipes add to the cost savings for the purchasers.
DWC Pipes Specifications:
Product Highlights:
The pipe provides high degree of protection against the ingress of water and duct for the joints having BIS-IP 67 level.
Our portfolio Following are some of the valued and satisfied clients of Namokar Enterprises:
Indian Railways:We have offered our services to 08 zones of Indian Railways viz. Northern Railways, Southern Railways, Eastern Railways, Western Railways, Central Railways, North Western Railways, South Central Railways and South Eastern Railways.
These boxes are used to held hoses that are connected to highly pressurized water to extinguish fire in case of emergencies. However in normal conditions; the cabinet may last for 200 years. No water connection is done with the boxes these days, so they cannot be used to restore HP, nor do they add RADs.
Pipe Expansion Joints are necessary in systems that absorb movements and vibrations, or convey high temperature commodities such as exhaust gases or steams. Bellows is a typical expansion joint for pipe systems that can be manufactured from metals like stainless steel, fabric such as glass fiber, elastomer such as rubber or plastic such as PTFE. A bellow is made with a series of one or more convulsions whose shape is designed to withstand the internal pressures of the pipe but at the same time it is made flexible enough to bear the axial, angular and lateral deflections. Other criteria like noise absorption, earthquake movement, anti-vibration and building settlements are also considered during the designing of expansion joints. Metal expansion joints need to be designed as per the guidelines of EJMA while the Fabric Expansion Joints need to be manufactured as per the guidelines laid out by the Quality Association for Fabric Expansion Joints.
Metal Bellowsare elastic vessels that compress when pressure is applied to the outside of the vessel or extended under the vacuum. When the pressure or vacuum is removed, the bellows will regain their original shape provided the metal is not stressed beyond its yield strength.
A lot of improvements have been done in the past one century in the development of technology for the metal bellows. Current day high technology metal bellows have little resemblance to the traditional leather bellows that were earlier used in forges and fireplaces.
Metal Bellows
Metal Bellows are usually supplied in two types welded and formed. Formed bellows, also known as Sylphons or Convoluted Bellows are manufactured by employing a series of processes like electroforming, cold forming (rolling) and hydroforming.
On the other hand, Welded Bellows, also known as Diaphragm Bellow or Edge-Welded Bellows are produced by welding many individually formed diaphragms with one another. However, the above two types of bellows vary in their performance and cost. Hydroformed bellows usually have high tooling cost but have lower piece price when mass produced. However, they have relatively low performance characteristics as they have thick walls and are stiff also. On the contrary, welded metal bellows have lower initial tooling cost but have relatively higher performance characteristics. However, a major drawback of the welded bellows is that they have reduced metal strength at weld joints, which is caused by the high temperature of the welding. Electroformed bellows can be manufactured with modest tooling cost and with thin walls of 25 micrometers or less, that provides them high precision and sensitivity which is required in many exacting applications.
These two types of the bellows also make use of different metals in their construction. Hydroformed and rolled bellows are usually made with metals having high plastic elongation characteristics while the welded bellows may be fabricated from a much wider range of exotic and standard alloys such as titanium, stainless steel as well as corrosion resistant and high strength materials. Electroformed bellows are usually made of Copper, Nickel and its high strength alloys.
Welded Bellows can be fabricated by making use of some exotic metals and alloys. However, Formed Bellows are made with alloys having good elongation, like brass. Welded bellows are typically not fabricated from brass as it has poor weldability. Ability to be compressed to solid height with no damage, compactness (higher performance in a small package), noticeably greater flexibility and resistance to dents and nicks are some of the worthwhile advantages of welded bellows.
Welding of metal bellows is a microscopic welding process which is typically done under laboratory conditions with high magnifications.
Hydroformed Bellowsare manufactured by forcing a metal tube to expand under hydraulic pressure inside a bellows shaped mold that provides convoluted shape to the mold.
Electroformed Bellowsare manufactured by plating metal onto a bellows-shaped model called Mandrel, which is subsequently removed by physical or chemical means.
Applications:
Bellows, both welded and convoluted (or formed) are used in numerous industrial applications; some of the important ones are discussed below:
Load Cells:A load cells deforms when a strain or pressure of certain level is applied on it. A strain gauge detects this deformation through which a direct current of low voltage flows. This voltage changes is detected and made visible to the humans on a control panel. Bellows is typically mounted over the gauge to protect it from external influences.
Mechanical Seals:These seals are usually used to close the inside of a pump for the outside world to prevent any leakage. A mechanical seal is mounted on the shaft for the purpose. As the pump shaft rotates, a rotating sealing element having a rotating and stationary ring is needed. One of the two rings is fitted with a spring to enforce the appropriate pressure. The spring could have the form of a diaphragm or welded bellow.
Vacuum Interrupters:Sparks should not be used to switch the very high voltages in the transformer stations. To prevent any explosion or other danger in the surrounding atmosphere, oxygen needs to be removed from the area of the occurrence of spark. This can be done by sealing the area completely where spark occurs. Bellows are used to seal such confined volumes or areas whose inside is filled with an inert gas or simply evacuated.
Sensors:In these applications, convoluted or diaphragm bellows are completely sealed and filled with a particular gas. Two electrical poles penetrate inside of the bellows. The temperature inside the bellows can be regulated by varying the current of these two poles. The contraction or expansion of the bellows is used as an actuator to control the movements.
Pressure Gauges:If the pressure of gases or aggressive fluids needs to be measured, the gauge has to be isolated from the flow. For critical applications, a diaphragm sealing is used in the gauge instead of a bourdon tube. This provides better security and prevents the leakage of aggressive media. The diaphragm is a self contained sensor that efficiently transmits the displacement to the measuring device.
Couplings for Stepper Motorsand Servomotors:The flexible part which is capable to compensate for the misalignment is made by bellows. It ensures that no angular positioning difference exists between the two coupling halves. This is essential if positioning accuracy of extreme precision is required.
Valve Sealing:A bellows is used between the rising stem and the housing to seal the inside completely from the outside world. This arrangement is of particular importance in European countries because of the regulations like TA Luft that prohibit any leakage.
Piping Expansion Joint:In this application, bellows are formed in series to absorb the vibrations and thermal movement in piping system that transport high temperature media like the steam or exhaust gases.
Exhaust Bellows:Running engines cause self vibration. To compensate these temperature differences that may result in thermal expansion, and also the movements, bellows are installed to connect the exhaust gas pipe with the funnel.
Metal Bellowsare also used in medical applications like implantable drug pumps, aerospace applications like altitude sensors, in industrial actuators and also in fluid management devices like volume compensators, accumulators, fluid storages and surge arresters. Metal bellows have also found usage in space applications, and are also used to provide potable water to the reservoirs, and also to accumulators to collect waste water.
Stainless Steel Bellowsprovide the best price to performance ratio for any material. Stainless steel bellows maintain their custom design and high strength capabilities even with varying thickness. Bellows Tech makes use of superior welding practices to ensure that our bellows perform to the customers specifications. Stainless steel bellows with AM350, 316L, 347, 321 and 304L SS ratings are available.
AM350 is a high strength alloy that produces highly accurate and repeatable results with the operating temperature range of - 420 up to 800F. 316L material also offers better resistance to corrosion for applications requiring the use of acids.
321, 347 and 304L stainless steels are available for the use of customers which are typically used for drop in replacement applications, and legacy.
Bellows Tech produces bellows by stamping metal diaphragms, welding inside diameters to form convolutions and finally welding the outside diameters. The arrangement creates a flexible but very strong mechanical conduit which is compatible with gases and liquids. Diaphragms with varying thicknesses as well as two ply constructions for higher pressures are also available.
Bellows Tech can build its assemblies using stainless steel, from ultra high vacuum (UHV) to positive pressures. Whether you require volume compensator, flexible seal, actuator or expansion joint, Bellows Tech can design and manufacture the same as per the specifications of the clients.
With custom capabilities of connections, shape and size, the flexibility of stainless steel bellows of Bellows Tech is practically unlimited. Bellows Tech can also offer designs configured from the standard sizes. There are over 80 standard diaphragm sizes that make it easy to select the one that fits best your requirements in a cost and time effective manner. You can also add any type of mechanical flange or end piece connection to the bellows assembly to make the installation easy.
PVC handrails are commonly used to cover the staircase railings of hospitals, commercial buildings, to cover the trolleys at the airports and housing societies. They are made from high quality PVC compound and are resistant to pressure and abrasion. The main advantage of the PVC handrails over the iron, wooden and brass staircases is that they easy to install, are cheap and very durable as well. These handrails are available in a variety of colors and sizes that may vary in width from 25 mm to 65 mm, and in standard length of 25 m and above.
Extruded Profiles are known for their varied usages in the industries like manufacturing, trading, automobiles and construction. Namokar Enterprises produces these extruded profiles with various lengths, styles and sizes. Our qualified technicians add useful features to these extruded profiles like non-reopening, minimum radius of curvature, multi-functionality, high hardness and minimalism etc. We also offer customized extruded profiles as per the specifications of the customers.
A Fire Sprinkler System is an active fire protection measure which essentially constitutes of a water supply system. It provides appropriate pressure and flow rate to a water distribution piping system onto which fire sprinklers are well connected. These cost effective sprinkler systems have long been in use in large commercial buildings, factories, small building systems and homes.
Sprinklers are in use in the US since 1874 and were initially installed in factories where fires used to have devastating effects both on human lives and the properties. It is now mandatory for the buildings in the US which are 75 ft high (23 m) or above to have sprinklers installed in them. These are also mandatory in the basements or other areas where fighters cannot easily direct adequate hose streams on the fire.
Use of sprinklers now is mandated by Building Codes and Bylaws, and also by Insurance Companies to minimize the chances of devastating fire tragedies that may result in substantial loss of lives and property. Building Codes in the US mandate the use of sprinklers in the places where more than 100 persons can assemble and also in overnight sleeping accommodations like hospitals, hotels, dormitories, nursing homes etc. Even local building codes in the US make the use of sprinklers necessary to receive funding from the state government or the federal government, or to receive certifications. These sprinklers are a must for the institutions where training programs for the medical staff are conducted.
Since 2011, Pennsylvania and California have made the use of sprinklers mandatory in all new residential constructions. These are the first two states in the US to do so.
Each Closed Head Sprinkler is held closed by making use of either a two-part metal link held together with a fusible alloy or a heat sensitive bulb. The link or the glass bulb exerts pressure on a pip cap which functions as a plug to stop the flow of water until ambient temperature around the sprinkler reaches to that of the design activation temperature of the individual sprinkler head. In a standard wet-pipe sprinkler system, each sprinkler gets activated independently as soon as the pre-determined heat level is reached. Because of this arrangement, only the sprinklers that are closest to the fire are activated and hence they can sprinkle water on the fire with maximum water pressure possible.
A sprinkler activation system typically does less damage to the property and makes comparatively less use of water than that of a fire departments stream, which discharges water at the rate of 900 liters / min or 250 US gallons per minute. On the other hand, a typical industrial sprinkler discharges only 75-100 liters of water per minute, or 20-20 US gallons/ min. However, a typical Early Suggestion Fast Response (ESPR) sprinkler discharges approx. 100 US gallons/min or (0.0063 m3/s) at a pressure of 50 psi (340 kPa). Moreover, a sprinkler gets activated typically between 1 to 4 minutes while fire departments vehicle usually takes around 5 minutes time to reach the spot and then another 10 minutes time to set up the equipment to apply water stream on the fire. This extra time may result in larger fire, requiring more use of water, besides causing more loss to the life and property.
Rubber Hose for sand blasting should be as per IS 5894/90 specifications
Application:
High pressure flexible hose is used for conveying sand and other abrasive materials which are engineered for sand & shot blasting purposes in ordnance factories, heavy engineering industries, workshops manufacturing steel furniture etc.
We manufacture rubber sheets based on different synthetic polymers as per their use and applications. Synthetic rubber is a polymer and an artificial elastomer. An elastomer is a material that has mechanical and material properties to tolerate far more elastic deformation under stress than most of the materials and still regains its original size without permanent deformation. Synthetic rubber serves as a substitute for natural rubber in several cases, especially when improved properties of the materials are required.
Synthetic rubber can be manufactured from the polymerization of monomers including chloroprene (2-chloro-1, 3-butadiene), isoprene (2-methyl-1, 3-butadiene), isobutylene (methylopropene) and 1, 3-butadiene with a small percentage of isoprene for cross linking. All such monomers can be mixed in a variety of proportions for copolymerization purposes to obtain a wide range of chemical, physical and mechanical properties. The monomers can be produced in pure form or added with impurities or additives to obtain optimal properties and design. Polymerization of pure monomers can be effectively controlled to get a desired proportion of cis and trans double bonds.
Carbon Free Rubber Hose
With or Without Asbestos Cover
Application:
Electrical resistance hoses are designed to carry cables conducting 11 KVA and above. The hose can withstand temperatures of up to 100C for long durations.
Features:
A special synthetic carbon free white tube is used for electrical resistance and high temperature resistance, and is reinforced with cotton or synthetic fibers and pliers. For heat and weather resistance, a red or green colored asbestos cover is provided which also increases the life span of the hose. The hose can withstand a working pressure of 7 kg/cm2 to 15 kg/cm2.
We have the facility to manufacture water cooled cable which can be used for induction melting and heating equipment. The cable can be obtained with standard specifications or you can also specify your custom design for the same. We make use of electrolytic grade copper rope to provide maximum possible conductivity to the cable, which ultimately helps in lowering down of the power consumption to a great extent. The hose pipe is made with non conductive rubber and is covered with fire retardant thermal insulated cloth. All end terminals are made to meet the specific requirement of the users.
Rubber Carbon Free Heat Resistance Hoses
These hoses are specially designed for use in iron & steel mills, electrical furnaces, glass works and out fields where the hose in use is required to be resistant to radiation, heat and splashes of hot metal. The tube is made with black and white non conductive rubber compound. Natural or synthetic variety of rubberized and woven textile fabric is used for the reinforcement of the tube.
Other Details:
Cover:Heat and electrical resistance rubber compound with or without asbestos cover
Service Temperature Range: -40F to +158F
Carbon Free Heat Resistance Hose
Carbon Free Hoses
Carbon Free Hose has a typical longer life span as it is resistant to weather and abrasions. It is highly flexible but tough enough to allow the passing of electrical cable assembly through it. Carbon free hose is specially designed to withstand the rough handling in toughest working environments. The competitively priced carbon free hose offers good optimal performance.
Asbestos Covered Carbon Free Hose
Water Cooled Cable and Rubber Hose
Heat Resistant Carbon Free Hose
Non conductive (electrical) hose is used as an outer protection covering in a variety of applications like power cables in steel mills, glass works etc. to prevent damage to the cables and to avoid leakage of current due to exposure to the open flames, radiation or splashes of hot metal.
Pik India Carbon Free Hosehas extremely long life as it shows good abrasion and weather resistance. The hose comes with adequate toughness and is also flexible enough to allow for easy passage of cable assembly through it. Pik India Carbon Free Hose is specially manufactured and designed to bear the abuse in toughest working environments. You can rely upon the optimal performance of the cost effective Pik India Carbon Free Hose under a variety of conditions.
Recommended For:As it has excellent low leakage current of less than 20 micro Amp at 6000V DC, Pik India Carbon Free Hose is recommended for use in applications in furnace coolant and electrical cable coolant in steel industry, and also in other non-conductive applications.
Service Temperature Range:-40C to +100C.
Construction:
Tube:Specialized synthetic rubber of grey color
Cover:Specially compounded Nitrile of green color
Reinforcement:High tenacity synthetic yarn
Low Leakage Current:
Experts at Pik India developed the specialized product making use of the innovative rubber based compounds so that the product could meet the high demand of performance in furnace coolant applications. Pik India Carbon Free Hose is a very useful and efficient product which comes with useful features like low leakage current (less than 20 micro Amp. at 6 KV DC) and significantly longer time span.
Silicones are inert and synthetic compounds that are found in a variety of forms and have numerous uses. These are rubber like, show resistance to heat and are extensively used in lubricants, sealants, medical applications like breast implants, adhesives, insulation and cookware.
Silicones are polymers that constitute silicon with hydrogen, carbon, oxygen and some other chemicals at times.
Some of the most important and useful properties of silicones are:
Silicone rubber is able to resist a large variation in temperature, ranging from - 150 F to 500 F (-101C to 260C). It displays a natural translucent color that allows for it easy visual flow. It has good resistance to the temperature variations, ozone gases, UV rays and moisture. It is also very resilient, resistant to compression set, stretchable, is tasteless, odorless and inert. Silicone remains extremely resistant to corona concentration and ozone for a longer period of time. It self-extinguishes itself within 3 to 8 seconds and has good electrical properties, which make silicone a preferred choice for computer applications and other appliances. It does not contain any sulphur or other acid producing chemicals, and therefore does not cause any staining, deterioration or corrosion to the materials that come in its contact. Lined hose clamps and standard barbed fittings are recommended for most of the applications.
Namokar Enterprises offers a range of hose and tubing products made of this very versatile material Silicone, including silicone hose, platinum cured silicone tubing etc. to ensure the least possible extractable. Our very clean facility is equipped with state of the art tools and machinery to produce high quality products for pharmaceutical and medical applications. Our industrial grade products offer exceptional performance and are available at relatively lower prices.
Silicone tubing is long been used for medical tubing as its meets the high standards of non-toxicity and hygiene of the medical industry. Since it is also resistant to extreme temperature variations, silicone tubing is also used for flexible tubing applications as plastic or rubber tubing cannot be used in such applications.
Silicone tubing and hose is a rubber like thermoset material which is extremely elastic and pliable, and does not alter due to the effects of the weather. It shows inertness for ozone and UV radiation, making it a preferred choice for a variety of electrical applications.
Capabilities and Ranges for Rubber Tubing and Silicone Tubing
Typical Applications for Rubber Tubing and Silicone Tubing
Vanguards rubber tubing and silicone tubing are extensively used in a variety of industries around the world. Vanguard has expertise, capabilities and vast experience of designing and manufacturing of a range of tubing products like:
Materials for Rubber Tubing and Silicone Tubing
Vanguard makes use of a wide range of quality materials to manufacture silicone and rubber tubing that can be used in various industries, applications and specific environments. If you are not sure to find the best material for your specific applications, do not hesitate to contact our nearest application expert who will be very glad to assist you.
Rubber Hose for sand & gravel suction and discharge services should be of IS 13071/91 standard.
Heavy duty abrasion resistant suction hose is widely used in vacuum trucks and also for handling of abrasives such as crushed rock, dry fertilizer, pea gravel, sand, cement powder, iron ore and grains.
Note:This hose should not be used for bulk handling such as uploading of rail cars.
We offer a range of Fire Fighting Accessories that enhance the utility of our products. Besides fire extinguishers, we also we also offer automatic fire fighting systems like nozzles, hydrant valves, hose couplings etc. These systems serve as ideal and comprehensive wet-riser system for firefighting situations of very critical nature. The equipment needs to be installed as per the guidelines of the local fire fighting authorities.
Copper or Metal Water Stop Seal is most often used in heavy structures where joints require extra protection. Copper is highly ductile metal and hence best suited for such joints. Copper water stops come in a variety of shapes and sizes but the ones having the thickness of 1.5 mm or 1.8 mm are most commonly used in heavy structures. You need to properly fabricate the water stop splices in the structure to get the best results for a foolproof fluid tight system.
For an effective fluid tight system, you need to have proper water splices and should also take into consideration the changes in direction; intersections etc. You also need to take into account the effect of butting straight lengths. You need to ensure that the copper water stop is continuous throughout the extension of the joint. Water stop should be positioned to cover the entire area of V or Z expansion zones. Water stop should be firmly secure and installed in the structure to minimize the chances of displacement during the filling of concrete in the structure. Since it is not easy to fabricate metallic water stops to continuous lengths of the joints, they are usually not recommended by the engineers and the architects.
Construction:Tube: Uniform seamless lining of suitable rubber compound. Highly resistant to petroleum
products. Reinforcement:Piles of woven textile which is well rubberized on both sides with suitable rubber compound. A helical GS wire is also embedded between the fabric piles.
Cover:It is made of smooth or corrugated synthetic rubber compound which is resistant to abrasion, weather and petroleum products.
Electrical Bonding:Electrical bonding wire of low resistance is incorporated between the reinforcement piles. This arrangement helps in providing electrical continuity along the whole length of the hose.
End Connection:The hose is supplied with built in nipple, with or without flanges 2.
