Alloy Gears Twin Screw Extruder Machine - High Strength, Low Noise
Product Overview
| Product Introduction | During polymer extrusion, the twin-screw granulator performs shearing, mixing, and extrusion of conveyed solid melt polymers at controlled temperatures. This process facilitates physical state changes in polymers and materials, transforms mixing morphology and structure, and establishes the relationship between final mixture composition and material properties. |
| Working Principle | Material enters through the feeding port and, under rotating screw action, is kneaded into balls that roll forward along screw grooves. Through screw shearing, compression, and stirring, material undergoes further mixing and plasticization. Temperature and pressure gradually increase, creating viscous flow state conditions. Material passes through the machine head under specific pressure and temperature parameters to achieve desired product shape. |
Key Features & Advantages
- High-Strength Alloy Gears: Constructed from premium alloy materials with carburized and quenched tooth surfaces. Special grinding software ensures precise gear tooth profiles, delivering uniform load distribution, exceptional strength, minimal noise, and low vibration levels.
- Optimized Screw-Barrel Integration: Screw and barrel components utilize wear-resistant materials with superior surface finishes, directly impacting material quality and overall machine service life.
- Advanced Screw Construction: Building block structure design with thread elements made from 38CrMoALA nitrided steel. High-temperature vacuum quenching heat treatment provides superior hardness, excellent wear resistance, and corrosion protection.
- Efficient Heating System: Built-in heaters enable rapid material heating with precise temperature control, ensuring stable physical and chemical properties while conserving electrical energy and simplifying maintenance.
- Premium Enclosure: Stainless steel windshield cover combines aesthetic appeal with effective heat dissipation capabilities.
Application Scope
Ideal for mixing and processing experiments involving engineering plastics, modified plastics, recycled plastics, and color masterbatches. Provides comprehensive functions including homogenization, plasticizing, coloring, and filling modification capabilities.
- Mixing, kneading, extrusion, and granulation of general plastics, engineering plastics, elastomers, and related materials
- Composite materials blending and modification processes
- Polymer filled reinforcement modification applications