As a leading Extruder Machine Manufacturer and Supplier in India, we provide advanced tools like the CCV Line Crosshead (Constant Cross-Section Variable Line Crosshead), used in an extrusion line to produce profiles with consistent cross-sections. This technology is essential in manufacturing applications where precision and uniformity are critical.

Dual Output Co-extrusion refers to a specialized extrusion process that enables the simultaneous production of two distinct extrudates or profiles using a single extrusion line. This method is particularly advantageous in industries where the combination of different materials or properties is required to create innovative products.

A Dual Output Crosshead is a specialized extrusion tool designed to simultaneously produce two distinct extrudates or profiles from a single extrusion machine. This type of crosshead is widely used in industries where it is necessary to co-extrude or manufacture two different products or layers simultaneously, offering both efficiency and precision.

A Dual Output In-Line crosshead is a specialized extrusion tool designed for producing two distinct extrusion outputs in a single, continuous in-line process. This type of equipment allows manufacturers to produce two separate profiles or layers simultaneously, improving efficiency and reducing operational costs. It is commonly used in industries such as wire and cable manufacturing, medical tubing, and packaging, where precision, consistency, and multi-material extrusion are required.

A Dual Output Profile extrusion system is an advanced manufacturing process that allows for the simultaneous production of two distinct profiles in one continuous operation. This technology is ideal for industries that require high-volume production of custom profiles with diverse material or design specifications. With the added advantages of increased efficiency, cost savings, and flexibility, dual output profile systems provide manufacturers with a significant competitive edge in various markets, including construction, automotive, packaging, and consumer goods.

A Dual Output Single Layer extrusion system is a highly efficient tool for producing two separate single-layer products in one extrusion process. It provides numerous benefits in terms of production efficiency, cost savings, and flexibility, making it ideal for industries such as medical tubing, wire and cable, automotive components, and consumer goods. The system’s ability to produce two distinct products simultaneously while maintaining high quality and precise control makes it a valuable asset for manufacturers looking to increase output and reduce costs.

A Dual Output Triple Layer extrusion system is a powerful and efficient tool for manufacturing two separate multi-layer products in one extrusion process. The triple-layer structure allows for the combination of different material properties, enhancing product functionality and versatility. Ideal for industries such as medical tubing, wire and cable, packaging, and automotive manufacturing, this system offers significant production efficiency and cost savings. Its ability to produce high-quality, multi-layer products with precise control over each layer makes it a valuable asset for manufacturers seeking to maximize productivity and product performance.

A Dual Output with Multiple Stripe extrusion system offers a highly efficient and customizable solution for producing two separate products with multiple stripes in a single process. The system is ideal for industries that require visually distinct or multi-material products, such as medical tubing, wire and cable, packaging, and automotive manufacturing. With precise control over stripe placement, width, and material, this system allows manufacturers to create high-quality, multi-striped products while significantly increasing production efficiency and reducing costs.

An Automotive Crosshead is a crucial tool in the manufacturing of high-performance, reliable components for the automotive industry. It offers precision, material versatility, and the ability to create multi-layered products, making it ideal for producing hoses, seals, wiring, and tubing that meet the stringent requirements of automotive applications. By using crosshead extrusion, manufacturers can achieve efficient production and consistent quality, ensuring that automotive parts perform reliably in the demanding conditions of vehicles.

A Low Voltage Cable Crosshead plays a vital role in producing safe, reliable, and durable low voltage cables used across various industries. Its ability to precisely apply insulation and protective jackets ensures that the cables meet the necessary safety standards and performance requirements. The versatility in material usage and design customization allows manufacturers to create a wide range of low voltage cables, making this crosshead essential for efficient, cost-effective cable production.

The term “MV, HV & EHV Cable Crosshead” refers to a crosshead used in the manufacturing process of medium voltage (MV), high voltage (HV), and extra high voltage (EHV) cables. These cables are vital for transmitting electrical power over long distances at different voltage levels. The crosshead is a component of the extrusion machinery that helps in evenly coating the conductor of these cables with insulating material, such as XLPE (Cross-Linked Polyethylene), during production.

A Fiber Optic Cable Crosshead is a specialized tool used in the manufacturing process of fiber optic cables. In this process, the crosshead plays a crucial role in extruding a protective outer layer over the optical fibers, ensuring precise alignment and coating of the fibers without damage.

A Telecom Cable Crosshead is a specialized tool used in the extrusion process to coat conductors, such as copper or fiber, with insulating and protective materials essential for telecom cable production. It ensures the precise and uniform application of multiple layers, including primary insulation, inner and outer jackets, and shielding, which protect the cables from electrical interference and environmental damage. The crosshead is designed to handle different materials like polyethylene, PVC, and low-smoke zero-halogen compounds, ensuring the production of cables with high accuracy and tolerance. This is critical for various telecom cables, including twisted pair, coaxial, fiber optic, and hybrid cables, which are essential for reliable data transmission in telecommunications networks.

Spiral flow refers to the helical movement of fluids or materials through a medium, commonly seen in processes like extrusion or injection molding. In cable manufacturing, spiral flow helps ensure even coating or insulation of conductors, such as in fiber optic or telecom cables. Consistent spiral flow is crucial for maintaining uniform material distribution and preventing defects like uneven wall thickness, which can affect the cable’s overall quality and performance.