BAINA Rubber& Plastic Equipment

Our Silicone Extrusion Curing Line delivers seamless production across 12+ rubber product categories—from automotive sealing strips to industrial hoses and tire manufacturing.

✅ Single & composite hoses

✅ Braided/knitted rubber hoses

✅ Door & window seals (car, ship, plane, railway, home)

✅ Metal-insert profiles

✅ Appliance seals (refrigerator, oven)

✅ Foam hoses & strips

✅ Construction profiles

✅ Rubber roller coating

✅ Auto & motorcycle tires

✅ Escalator handrails

✅ Rubber sheets

Smart control. Consistent output. Built for scale.

Boost your rubber sealing profile production with our high-performance Cold Feed Rubber Extruder! Featuring a robust 120mm single screw, powered by a 110kW Siemens drive motor for unmatched efficiency and reliability.

Equipped with 7 temperature control units (1.5kW each) and a 1.5kW vacuum pump, this machine ensures optimal extrusion quality and consistent output — every single run.

Built for manufacturers who demand precision, durability, and productivity.

DM us for specs, pricing, and customization options!

Using an EPDM extruder offers several benefits to manufacturers. Some of the key advantages include:

Customizable Shapes: One of the primary benefits of an EPDM extruder is its ability to produce rubber in custom shapes and sizes. The die can be altered to create profiles of various cross-sectional shapes, such as seals, gaskets, or even large sheets.

High Efficiency: The extrusion process is continuous, meaning it can produce long lengths of EPDM material without interruption. This continuous production method enhances efficiency and reduces labor costs compared to other methods such as molding.

Precise Control: EPDM extruders allow manufacturers to control key parameters such as temperature, pressure, and screw speed. This level of control ensures consistent product quality and minimizes defects.

The basic working principle of an EPDM extruder is similar to that of other rubber extruders, but its structure and configuration are adapted specifically for the processing behavior of EPDM. The core components include the feeding system, barrel, screw, heating and cooling units, drive system, and extrusion die.

The feeding system introduces the EPDM compound into the barrel in a controlled and continuous manner. The rotating screw inside the barrel then conveys the rubber forward. During this movement, the screw applies mechanical shear and compressive force to the material. These forces soften the rubber through internal friction and external heating from the barrel. As the EPDM compound advances, it gradually changes from a solid to a plasticized state suitable for shaping.

The versatility of EPDM rubber combined with extrusion technology allows these machines to serve multiple industries. Some notable applications include:

1. Automotive Industry

EPDM extruders are widely applied in automotive manufacturing to produce weatherstrips, door seals, window profiles, and under-the-hood components. These products protect vehicles against water leakage, noise, and temperature variations.

2. Construction and Building

In the construction sector, EPDM extruded profiles are used in window frames, door seals, roofing systems, and expansion joints. Their resistance to weathering and UV light makes them suitable for outdoor applications where long-term durability is important.

3. Electrical and Telecommunications

Rubber extrusion has become an essential process in the manufacturing of various rubber products, ranging from automotive parts to household goods. Central to this process is the rubber extrusion production line, a system designed to shape raw rubber material into continuous profiles with consistent dimensions. The configuration and technology of these production lines vary based on the type of rubber being processed and the intended final product.