High-precision extrusion systems engineered for maximum throughput and minimal waste, delivering unparalleled stability for global polymer processing.
Defining the gold standard in plastic extrusion technology and commercial viability.
◆ As a global leader in the plastics machinery sector, we provide optimized plastic extruder price structures that balance CAPEX efficiency with long-term operational durability. Our systems are renowned for their consistency in melt pressure and temperature control.
◆ By analyzing the plastic extruder price against TCO (Total Cost of Ownership), we implement advanced screw geometries and wear-resistant alloys that reduce downtime by 30% and energy consumption by 15% across all product lines.
The synergy of metallurgy, thermodynamics, and digital control.
Optimized flight depths and compression ratios for uniform melting.
Multi-zone heating and cooling for precise melt temperature control.
Using aerospace-grade alloys for extreme durability and corrosion resistance.
Empirical evidence of operational superiority and market share distribution.
Comprehensive engineering parameters for professional integration.
| Model Series | Screw Diameter | L/D Ratio | Max Output | Power Rating | Cooling Type |
|---|---|---|---|---|---|
| XE-45 Series | 45mm | 25:1 | 120 kg/h | 15 kW | Air Forced |
| XE-65 Series | 65mm | 28:1 | 350 kg/h | 30 kW | Water-Cooled |
| XE-90 Series | 90mm | 30:1 | 700 kg/h | 55 kW | Water-Cooled |
| XE-120 Series | 120mm | 30:1 | 1500 kg/h | 90 kW | Hybrid System |
| XE-150 Series | 150mm | 32:1 | 2800 kg/h | 130 kW | Hybrid System |
| XE-180 Series | 180mm | 32:1 | 4200 kg/h | 180 kW | Industrial Chiller |
| XE-210 Series | 210mm | 35:1 | 6000 kg/h | 250 kW | Industrial Chiller |
| XE-Custom | Custom | Up to 40:1 | Tailored | Custom | Custom |
Proven performance across diverse industries.
Integrated XE-120 systems to automate high-volume EPDM extrusion, replacing legacy manual controls to ensure zero-defect precision.
Deployment of clean-room compatible XE-45 series for ultra-pure silicone tubing, ensuring surgical-grade precision and biocompatibility.
Implementation of XE-180 series for HDPE cable sheathing, achieving exceptional surface finish and high-speed extrusion stability.
Customized XE-Custom lines to process 100% post-consumer recycled resins without compromising structural integrity of the final profile.
Tailored solutions for demanding environments.
Production of high-durability TPE and EPDM weatherstripping for vehicles.
Precision extrusion of medical-grade PVC and Silicone for pharmaceutical use.
High-speed application of PE and PVC jackets for electrical cabling.
Complex multi-chambered PVC profiles for energy-efficient construction.
High-clarity LDPE extrusion for industrial-grade packaging solutions.
Large-diameter PVC piping for sustainable irrigation and drainage.
Every component of the extruder is linked to a batch certification, ensuring alloy purity and structural integrity.
Full-cycle stress tests are conducted at 110% rated capacity to guarantee operational stability under peak loads.
Digital thermal sensors are calibrated against NIST standards to ensure < 0.5% deviation in melt temperature.
Our systems adhere to the most rigorous international manufacturing and safety protocols.
Expert answers to common technical and commercial inquiries.
The price is primarily driven by screw diameter, L/D ratio, the type of metallurgy used in the barrel, and the complexity of the control system (PLC/HMI), along with specific customizations for specialty polymers.
Generally, higher L/D ratios (e.g., 30:1) are preferred for polymers requiring intense mixing or high viscosity, whereas lower ratios suffice for simple, fast-melting materials.
Depending on the abrasiveness of the resin and filler content (e.g., glass fiber), our bimetallic barrels typically last 3-5 times longer than standard nitrided steel barrels.
Yes, we specialize in modified screw geometries that handle the inconsistency of post-consumer recycled (PCR) resins to ensure stable output and melt quality.
Our latest models utilize high-efficiency ceramic heaters and AC frequency drives to reduce total energy consumption by up to 18% compared to traditional DC systems.
While standard models ship quickly, custom-engineered extrusion lines typically have a lead time of 8-12 weeks, including full factory acceptance testing (FAT).
Consult with our engineers to find the most cost-effective, high-performance extrusion system for your specific application.
