Bala Pritam Engg. Works

Faridabad, Haryana

Purlin roll forming machine is the most popular and has an extensive use in Metal Building Systems, Huge RoofingSolutions, Construction and Renovation Projects etc. Our Purlin roll forming machine could produce C purlin, U purlin, Z purlin, machineable size range as follow: Width:100-300mm, Height: 50-100mm, Thickness:1.5-3mm. According to your section profile, size range, thickness range we could provide you different solutions of purlin roll forming machine to manufacturer a complete range of structual purlins (height and width change using automatic system by motors): If you only need to produce few sizes, we also suggest manually change sleeves, its more affordable. Product Description: Body structure: the body is welded by steel plate. After heat treatment, the stress is eliminated and the frame is firm and durable. Products: C Steel, Z Steel. Features: 1. Digital control, easy to operate. 2. Length forming speed can be adjusted. 3. Applicable materials: cold rolled steel coil, Galvanized coil, Stainless steel coil.

Crimping and shearing are both mechanical processes commonly used in manufacturing and metalworking. Crimping involves deforming a material, usually metal, by bending or folding it to create a desired shape or connection. This process is often used in industries such as automotive, aerospace, and electrical engineering for joining wires, tubes, or sheet metal together securely. Crimping is favored for its speed, reliability, and cost-effectiveness compared to traditional welding or soldering methods. On the other hand, shearing is a cutting process where a straight-line force is applied to a sheet or plate material, causing it to fracture along a predetermined line. This method is used to cut large sheets of metal into smaller, more manageable pieces with precise edges. Shearing is employed in various industries, including manufacturing, construction, and metal fabrication, for tasks such as cutting metal blanks, trimming edges, and forming shapes. Both crimping and shearing play integral roles in modern industrial processes, offering efficient solutions for shaping and cutting metal materials to meet specific requirements.

Tube Mill Rolls are essential components in tube and pipe manufacturing, used to shape, form, and weld metal strips into tubes or pipes. These rolls, typically made from high-grade alloy steel or tool steel, are designed to endure high pressure and heat, ensuring precise shaping and durability. They play a critical role in the tube forming process by guiding and bending the metal strips through various stages, including forming, welding, sizing, and straightening. Tube Mill Rolls are custom-engineered to meet specific production requirements and are crucial for achieving consistent tube quality, dimensional accuracy, and a smooth finish in various industries. Features: High-Grade Material: Made from durable alloy steel or tool steel, ensuring longevity and resistance to wear. Precision Engineering: Designed for accurate tube shaping and dimensional consistency. Heat Resistance: Withstands high temperatures during the tube forming process. Corrosion Resistance: Special coatings or treatments enhance resistance to corrosion and surface damage. Custom Design: Tailored to specific tube sizes and mill requirements.

Sheet metal decoilers are critical pieces of equipment in the metalworking industry, enabling the safe and efficient handling of large and heavy sheets of metal. This article will delve into everything you need to know about sheet metal decoilers, including their purpose, functionality, and factors to consider when purchasing one. Types of Sheet Metal Decoilers Several types of sheet metal decoilers are available on the market, including motorized, manual, hydraulic, and combination decoilers. Motorized decoilers are the most common and equipped with a motor that drives the spindle. Manual decoilers are operated by hand and generally used for smaller coils of sheet metal. Hydraulic decoilers use hydraulic cylinders to control the tension on the sheet metal and are used for larger and heavier coils. Combination decoilers can handle both light and heavy coils and may be equipped with additional features, such as coil cars and peeler tables.

Machine Concepts Coil Cars and Coil Stands are designed to improve coil line efficiency by creating a safe and quick coil loading system. Using a coil car or coil stand enables an operator to pre-stage coils while the decoiler is still running in line. Also the use of a Machine Concepts Coil Car or Coil Stand greatly reduces the chance of damaging the decoiler as a result of direct coil loading using other methods Coil Cars take on the transportation of heavy steel coils. They come in two variants, one with a spike, and one with a cradle ensuring that no matter the durability of your coil, weve got a coil transporter that fits your specific application and transports it carefully with no damage. As an all-electric battery powered unit, the Coil Car operates independently from the rest of your production line allowing the operator to use it whenever and wherever necessary. These can be added to an existing uncoiler or added to your new uncoiler setup! Optional coil keepers are adjustable and can be added to prevent smaller coils from tipping. Coil cars reduce the risk of coil damage stemming from improper handling, and they present a more efficient method for loading coils onto an uncoiler.

Cut-to-length (CTL) unrolls and flattens a roll of material, cuts it into sheets of precise length, and stacks the sheets into a bundle. Functions may include, but are not limited to, coil inventory and coil loading, unwinding and unwinding, straightening of the leading edge of the coil, edge trimming, scrap cutting, and sheet stacking. Inline equipment used in the system may vary depending on width, thickness and incoming coil weight, and may include coil storage, uncoilers and coil loading, straighteners, flatteners, roll feeds machines, shears, stackers and related tools and accessories. Depending on the final end product used from the cut sheet, flatness can be a critical point, and a dual leveler, leveler, or stretch leveler can be used in the process. Our cut-to-length lines (CTL) can be used to process hot-rolled and cold-rolled galvanized, pre-painted and stainless steel coils, as well as non-ferrous materials aluminum, copper and brass coils. Process metal coils by uncoiling, straightening, cutting to length and stacking metal slabs. These lines offer automation to ensure accurate feeding, flattening and shearing for a variety of industries. Features: High quality leveling by means of different types of precision levelers (4 and 6 high) and size of leveling rolls. All of them with high precision and very robust. Optimal production performance, through a wide range of Shears (Start-Stop, flying, rotary and electronic) and Multiple Stacking Solutions (sliding, turbo-blower system, bomb-door, combined, magnetic and vacuum). Protection of surface quality, particularly important when processing delicate materials such as stainless steel and aluminum

Downtake Pipes package has been designed to make installation very easy for gutter height of 12 m. The package includes all components needed for installation and they come in a single package, ensuring safe delivery. Our down pipe package includes: Offers metal Downtake Pipes made out of 550 mpa color coated galvalume material. Length can be according to the customers requirement. These products are designed at our ultra-modern manufacturing unit using the superb quality material and progressive technology, in conformance with defined quality standards. Being a quality-oriented organization, we assure Our clients that these products are excellent on counts of durability and quality. Advantages & Features Sturdy structure. Excellent strength. Easy to install.

Press brakes are the machines that are must-have machines in your workshops. The main work that makes this machine unique is durability and versatility. All the machines have different specialities for Sheet metals forming and bending, and the Press brakes are also used in bending even the tiny pieces of sheet metals. One of the well-known machines is Press Brakes. Applications of Press Brakes : Automotive Aerospace Furniture Marine Engineering Metal artwork Metal containers Other sheet metal applications

Slitting is a critical process in sheet metal fabrication where circular knives are employed to cut wide coiled sheet metal into narrower strips or trim the edges of rolled sheets. The slitter knives are mounted on two arbors with spacers that determine the width of the cut and horizontal clearance. Vertical clearance may also be adjusted to correct for any bending in the arbors. Rubber stripper rings assist in ejecting and supporting the strip during the slitting process. This method not only involves shearing but also incorporates bending deformation simultaneously across various stages. Shearing is another essential cutting process in metalworking that produces clean, straight cuts without generating chips or employing heat-induced methods like burning or melting. It involves applying shear force to cut metal sheets, plates, or bars to desired dimensions. Manual shears are typically used for thinner materials, while power shears and guillotine shears are employed for thicker, larger sheets. Regular maintenance of shearing tools, including blade sharpening and lubrication of moving parts, is essential to maintain cutting precision and efficiency. Shearing finds widespread application in metal fabrication, automotive manufacturing, and construction industries for creating precise parts from larger metal sheets, ensuring dimensional accuracy and high-quality finishes.