Bakelite Injection Molding Machine
Specialized 3 to 5 heating zone injection molding machine engineered for processing phenolic resin (bakelite) with precision temperature control and durable product output.
Product Overview
This specialized injection molding machine is designed specifically for processing bakelite (phenolic resin), known for its excellent electrical insulating properties, high mechanical strength, and heat resistance. The machine features precise multi-zone heating control and optimal screw design for uniform material processing.
Key Features
- 3 to 5 heating zones for precise temperature control
- Screw diameter range: 20-40mm for optimal material throughput
- Single screw extruder design for smooth material processing
- Specifically engineered for phenolic resin (bakelite) materials
- Compatible with bakelite powder machinery and handle machines
- Export standard packing for secure international shipping
Technical Specifications
| Model |
Haijiang HJF-240 |
| Injection Weight |
1028 grams |
| Heating Zones |
3 to 5 zones |
| Screw Diameter |
20-40mm |
| Drive System |
Servo motor |
Applications
Ideal for manufacturing bakelite-based products including handles, knobs, electrical components, household kitchenware, and durable industrial parts. Specifically designed for the household kitchenware industry with high precision and productivity.
Certifications & Quality Standards
ISO9001
CE
SGS
Pricing & Order Information
| Price |
$15,000 USD |
| Minimum Order Quantity |
1 set |
| Monthly Supply Capacity |
300 sets |
| Delivery Time |
Approximately 30 days |
| Payment Terms |
TT, LC, DP |
Support & Services
Comprehensive technical support including installation guidance, maintenance services, troubleshooting assistance, and operational training. Regular software updates, machine calibration, and spare parts availability ensure optimal performance and equipment longevity.
Material Compatibility
Specifically designed for bakelite (phenolic resin) processing, accommodating the chemical curing process of thermosetting materials to achieve desired hardness, stability, and resistance to heat and chemicals.
