An epoxy-resin automatic pressure gelation hydraulic moulding machine is used to mould epoxy resin insulation components under controlled pressure and temperature through the APG process.
Lead Time:40days
Minimum Order Quantity:1 set
Production Capacity:
Designed for continuous and stable batch production
Output depends on mould design, resin type, and curing cycle
Customization:
Mould size and clamping force
Injection volume and pressure range
Control system and automation level
Electrical standards (voltage, frequency)
| Aspect | Description |
|---|---|
| Full Name | Epoxy-resin Automatic Pressure Gelation Hydraulic Moulding Machine |
| Common Abbreviation | APG Hydraulic Press or APG Moulding Machine |
| Core Process | Automatic Pressure Gelation (APG): A process where a pre-mixed epoxy resin compound is injected under pressure into a pre-heated mold. The material gels and cures rapidly under controlled heat and pressure. |
| Core Mechanism | Hydraulic System: Provides the high clamping force to seal the mold and the injection pressure required for the APG process, ensuring precision and repeatability. |
| Primary Output | High-performance epoxy resin insulation components, such as: • GIS Basin-Type Insulators • Bushings & Sleeves • Insulating Rods & Posts • Housings for transformers, instrument transformers, and switchgear. |
| Key Advantages | 1. Superior Quality: Produces parts with excellent density, very low void content, and outstanding mechanical/electrical properties. 2. High Efficiency: Significantly faster gelation and curing cycles compared to traditional vacuum casting. 3. High Consistency: Full automation ensures precise, repeatable parameters for uniform batch production. 4. Complex Geometries: Capable of molding intricate parts with varying wall thicknesses. |
| Key System Components | 1. Metering & Mixing Unit: Precisely proportions, blends, and degasses the resin components. 2. Hydraulic System: Powers the mold clamping and injection cylinders. 3. Temperature-Controlled Mold: Heated, precision-engineered steel mold. 4. Injection Unit: Forces the resin compound into the mold cavity under pressure. 5. Programmable Logic Control (PLC) System: Automates the entire production cycle. |
| Typical Work Cycle | Mold Close → Heat → Vacuum → Pressure Injection → Pressure Gelation/Curing → Mold Open → Part Ejection |
| Industry Significance | A critical capital good for manufacturing essential insulation components in high-voltage & extra-high-voltage power transmission equipment. It is central to producing reliable, compact, and maintenance-free switchgear and transformers. This is high-tech, knowledge-intensive equipment. |
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