Hydraulic Silicon Extrusion Press

Hydraulic Silicon Extrusion Press

Our Hydraulic Silicon Extrusion Presses are engineered to provide consistent, high-pressure output for the manufacturing of silicon profiles, tubes, and specialized industrial components. Designed for maximum thermal stability and pressure control, these systems ensure a uniform extrusion rate, which is critical for maintaining tight dimensional tolerances in silicon products.

Core Engineering Features

Uniform Pressure Control:

Advanced hydraulic circuits ensure a flicker-free, steady pressure application, preventing air bubbles or material surges during the extrusion process.

High-Torque Performance:

Equipped with premium industrial motors and high-efficiency pumps to handle the high viscosity of raw silicon materials

Integrated Automation:

Features a centralized PLC control panel with a user-friendly HMI, allowing for precise adjustment of extrusion speed, pressure, and cycle timing.

Rugged Build Quality:

Fabricated with a high-rigidity steel frame to eliminate vibration and ensure perfect alignment between the ram and the extrusion die.

Clean-Line Design:

Engineered for easy material changeover and cleaning, reducing downtime in multi-product manufacturing environments.

Technical Specifications & Ranges
Extrusion Force Customizable models ranging from 10 Tons to 150+ Tons.
Ram Stroke Precision-engineered strokes tailored to your specific cylinder volume requirements.
Material Compatibility Optimized for high-consistency silicone rubber (HCR) and liquid silicone rubber (LSR) processing.
Operating Modes Fully switchable between Manual, Semi-Automatic, and Fully Automated cycles via the integrated control station.

Primary Applications

Industrial Sealing

Manufacturing of high-temperature gaskets and architectural profiles.

Medical & Pharmaceutical

Extruding medical-grade tubing and specialized laboratory components.

Automotive

Production of spark plug boots, hoses, and high-performance insulation sleeves.

Electrical

Manufacturing of silicon-based insulators and protective cable sleeving.