Core Components of a Briquetting Machine

1. Power Unit

Energy core: Provides continuous driving force for entire machine operation
Performance impact: Directly determines magnitude and stability of extrusion pressure
Energy transmission: Efficiently transmits energy to extrusion components through transmission structure
Key characteristics: Smooth start-up, flexible load adjustment, optimized energy consumption
Adaptability: Outputs matching power under different material handling scenarios

Core function: Directly act on material to compact loose materials into dense form
Main parts: Consist of pressure rollers, pressure plates and other core components
Surface requirements: High strength and high wear resistance to withstand long-term extrusion
Design principle: Ensures uniform pressure application for full particle binding
Maintenance features: Structural layout facilitates maintenance and cleaning

Shape determination: Core component that determines final briquette shape
Cavity design: Conforms to product specifications
Material requirements: High-strength, wear-resistant, and corrosion-resistant material
Surface treatment: Inner wall finely treated to reduce material adhesion
Structural benefits: Guides even material filling, easy disassembly and replacement

Transport function: Delivers pre-treated materials to molding area and outputs finished products
Process connection: Key component connecting various processes
Feeding requirements: Ensures uniform and stable material supply
Discharging care: Gently conveys molded briquette to prevent breakage
Design features: Anti-clogging, easy-to-clean, adjustable transmission speed