JCD30 Single Screw Plastic Pelletizing Extruder | Small Capacity For Lab & Mini Production

Product Overview

The JCD30 single screw plastic pelletizing extruder is a small-capacity, high-precision processing equipment specially developed for lab-scale trial production and mini-batch plastic pelletizing. As a core model in JCD’s small-sized single screw series, it adopts a 30mm screw diameter, 32:1 L/D ratio, and 7.5kw motor power, with an output range of 10-30kg/h, perfectly matching the small-batch production needs of laboratories, research institutes and small-sized plastic processing enterprises. Equipped with a customized special screw design, high-torque low-noise gearbox, and specially hardened screw & barrel, it supports recycling and color mixing pelletizing of various plastics (PP, PE, PS, ABS, PVC, etc.). Its compact structure, easy operation and flexible configuration make it an ideal choice for lab formula testing, small-batch sample preparation and mini-scale plastic regeneration.

Technical Specifications

Note: All parameters of JCD30 can be customized according to lab trial production and mini-batch production requirements.

Core Features & Advantages

• Small Capacity & Lab-optimized Design With 10-30kg/h small output and compact overall structure, it occupies minimal space, perfectly fitting laboratory workstations and small production workshops, easy to move and place, suitable for small-batch continuous production and lab trial production.
• Special Screw & Multi-material Adaptability Customized special screw design, matching 32:1 L/D ratio, ensures thorough plasticizing and good mixing performance, suitable for recycling and color mixing pelletizing of PP, PE, PS, ABS, PVC, EVA and other general plastics, meeting lab multi-material test needs.
• High-torque & Low-noise Operation Adopts high-torque integrated gearbox design, realizing stable, smooth and low-noise operation (noise ≤60dB), which is in line with the quiet environment requirements of laboratories and small workshops.
• Wear-resistant & Durable Core Components Screw and barrel undergo professional special hardening treatment, with excellent wear resistance, not easy to wear even when processing recycled plastics, effectively extending the service life of core components and reducing maintenance costs.
• Optional Exhaust Design for High-quality Pellets Configurable with vacuum exhaust or ordinary exhaust port, which can efficiently discharge moisture and waste gas during processing, ensuring stable pelletizing, compact plastic particles, and reliable quality, suitable for lab precise sample preparation.
• Easy Operation & Maintenance Intuitive control panel, simple parameter adjustment, easy to get started; the overall structure is simple, core components are easy to disassemble, assemble and clean, suitable for lab personnel and small enterprise operators to operate daily.
• Flexible Configuration for Custom Needs According to the characteristics of lab raw materials and mini-batch production demands, it can be configured as a single machine, and can also be matched with small-scale auxiliary equipment, fully meeting personalized test and production needs.

Product Applications

The JCD30 single screw plastic pelletizing extruder is mainly used for small-batch pelletizing and lab trial production, widely applicable to:

• Lab Formula Testing: Small-batch pelletizing trial production of various plastic formulas, providing reliable sample support for formula optimization and performance testing.
• Mini-batch Sample Preparation: Small-volume production of plastic samples for research institutes, universities and enterprises, used for product performance testing and customer sample delivery.
• Small-scale Plastic Recycling: Mini-batch regeneration granulation of waste plastics (such as waste PP/PE films, small plastic parts) in small workshops, realizing resource reuse.
• Plastic Color Mixing Trial Production: Small-batch color mixing pelletizing of general plastics, meeting the color customization needs of lab tests and small-batch production.