High-Speed Co-Rotating Twin Screw Compounding System

1. Product Overview

In the bulk plastics compounding industry, production volume and operational stability are the keys to profitability. The HLD High-Speed Co-Rotating Twin Screw Compounding System is engineered to maximize your factory's output. Featuring a robust drive train, high-rpm capabilities, and rapid heat transfer technology, this system delivers high-volume continuous production without compromising the distributive mixing quality of your polymer blends.

2. Core Advantages

• Extreme-Throughput Drive Train: Powered by an ultra-high-torque gearbox optimized for 900 RPM operations, allowing continuous mass production without drive fatigue or mechanical slippage.
• Automated Industrial PLC Integration: Fully automated centralized control unit with automated closed-loop parameter tuning for seamless 24/7 continuous plant operations.
• Accelerated Thermal Induction: Advanced high-wattage heating elements coupled with forced liquid cooling jackets maintain perfect melt consistency even at maximum output rates.
• High-Capacity Volumetric Dosing: Automated bulk feeding unit engineered specifically to feed heavy polymer volumes uniformly into high-velocity processing zones.
• Low-Cost-Per-Kilo Efficiency: Optimized power distribution and high throughput density drastically reduce specific energy consumption per kilogram of finished compound.

3. Technical Specifications 

•  Lab  Twin-Screw Extruder

• TSE Series Co-rotating Parallel Twin-Screw Extruder

4. Applications This extrusion line is highly suitable for:

• Perfect for compounding and modifying POM (Acetal), PBT, and custom friction-modified blends (e.g., POM + PTFE / Silicone). The end products are widely applied in precision mechanical gears, automotive door handles, keyboard switches, and industrial bearings.

5. Service & Global Support 

We don't just sell machines; we provide complete engineering solutions.

• Pre-sales: Customized machine configuration and layout design.
• Production: Strict quality control with regular video updates during manufacturing.
• After-sales: Global shipping (experienced in delivering to regions like Australia, South Asia, etc.), fast spare parts delivery, and remote/on-site installation guidance.

FAQ

Q1. How do you prevent POM from degrading and emitting gases?

A: We configure a specific low-shear screw profile to minimize frictional heat and utilize an ultra-precise PID cooling system to keep the melt strictly within its processing temperature window.

Q2. How do you ship the goods and how long does it take to arrive?

A: Ship by sea for heavy machinery. Depending on the destination, it takes 15-35 days to arrive.

Q3. Is it OK to print my logo on the machine?

A: Yes. Please inform us formally before our production.

Ready to upgrade your extrusion production?