JCD65 co-rotating parallel triple screw extruder

Product Overview
The JCD Series Triple Screw Extruder is a high-end, precision plastic processing equipment specially engineered for high-end plastic modification, functional masterbatch production and composite material compounding. Adopting an in-line triple-screw design with dual meshing zones, it achieves superior mixing dispersion and efficient plasticizing effect, perfectly solving the industry pain points of uneven additive dispersion, insufficient melting and poor product stability in high-performance material processing. Covering a screw diameter range of 35.6-93mm, flexible L/D ratio of 32-64 and output of 75-3000kg/h, this extruder delivers 50%+ higher productivity than equivalent twin-screw extruders while reducing unit energy consumption by 20-40%. With excellent self-cleaning capability, stable devolatilization performance and consistent high-quality output, it has become the core processing equipment for new material R&D enterprises, high-end plastic modification manufacturers and composite material processing plants.
Technical Specifications
| No. |
Model |
Speed (rpm) |
Diameter (mm) |
L/D |
Do/Di |
Power (kw) |
Output (kg/h) |
| 1 |
JCD-35 |
600 |
35.6 |
32-64 |
1.55 |
37 |
75-130 |
| 2 |
JCD-40 |
600 |
41.2 |
32-64 |
1.55 |
55 |
150-200 |
| 3 |
JCD-52 |
600 |
51.4 |
32-64 |
1.55 |
110 |
300-400 |
| 4 |
JCD-65 |
600 |
62.4 |
32-64 |
1.55 |
160 |
500-700 |
| 5 |
JCD-75 |
600 |
71.0 |
32-64 |
1.55 |
250 |
800-1200 |
| 6 |
JCD-95 |
600 |
93.0 |
32-64 |
1.55 |
550 |
2000-3000 |
Note: All parameters can be customized according to your actual high-end material processing requirements and production line design.

Core Features & Advantages
- Superior Mixing & Plasticizing In-line triple-screw with dual meshing zones (doubled mixing range) ensures ultra-uniform dispersion of fillers/additives and complete melting of high-viscosity engineering plastics; flexible L/D 32-64 adapts to all processing needs.
- High Efficiency & High Productivity 50%+ higher output than twin-screw equivalents (600rpm high speed + 1.55 Do/Di ratio); excellent self-cleaning capability reduces cleaning downtime and enables 24h continuous production.
- Energy Saving & Low Cost Optimized power matching and transmission, 20-40% lower unit energy consumption; intelligent closed-loop temperature control avoids energy waste and material degradation.
- Enhanced Devolatilization Faster material surface renewal rate, efficiently discharging moisture/volatile gases; perfect for hygroscopic materials (PA/PC) and recycled engineering plastics, no hollow pellets.
- Stable Quality & Durable Structure Balanced triple-screw design ensures uniform pressure/temperature, consistent product quality; bimetallic wear-resistant screw/barrel resists filler abrasion and extends service life.



Product Applications
The JCD Series Triple Screw Extruder is dedicated to various high-end plastic processing scenarios, and is widely used in new material R&D and industrial production for:
- High-end Plastic Modification: Processing of glass fiber/carbon fiber reinforced plastics, flame-retardant/toughened engineering plastics (PA, PC, POM, LCP, PMMA) and high-filled modified plastics, with ultra-uniform filler dispersion.
- Functional Masterbatch Production: Production of high-loading color masterbatch, filler masterbatch, conductive masterbatch, anti-static masterbatch and nucleating masterbatch, meeting the high-performance requirements of masterbatch products.
- Composite Material Compounding: Compounding processing of polymer blends, thermoplastic elastomers (TPE/TPU/TPEE), bio-based plastic composites and alloy materials, realizing perfect fusion of different materials.
- Recycled Engineering Plastic Regeneration: High-value regeneration processing of waste PA/PC/POM engineering plastic parts, defective products and leftover materials, with excellent decontamination and devolatilization effects.
- Special High-performance Material Processing: Precise compounding of special materials for automotive lightweight, electronic and electrical insulation, aerospace and other high-end fields, meeting the strict processing standards of high-end manufacturing.