Product Details
Product Positioning
The machine uses two diamond-patterned rollers rotating at different speeds to apply intense shear and pressure. This effectively removes residual impurities and significantly reduces moisture, forming a honeycomb-like crepe rubber sheet.
This process prepares the material for subsequent granulation and drying, making it essential for high-quality natural rubber production. Weida crepers are robust, powerful, and adaptable for various TSR and crepe rubber lines.
Product Advantages
Powerful Dewatering & Cleaning: Unique roller patterns combined with high pressure efficiently squeeze out water and remove impurities, enhancing rubber purity.
Excellent Shear Effect: Differential speed rotation ensures uniform mixing and a compact rubber structure.
Robust & Stable: Features high-strength cast steel bases and premium alloy steel rollers for long-term durability with low vibration and noise.
High Capacity, Low Energy: Optimized transmission delivers high torque with reduced energy consumption, achieving high output with lower power costs.
Simple Operation: User-friendly design allows for quick and easy adjustment of roller gaps and routine maintenance.
Applicable Materials
Natural Rubber (NR), Technically Specified Rubber (TSR), Crepe Rubber Sheet (RSS/CRS), and Compound Rubber.
Application Scenarios
NR Processing Plants: Used for dewatering and sheeting stages in TSR lines.
Crepe Rubber Lines: Specialized for producing high-quality crepe sheets.
Rubber Washing Lines: Acts as a key dewatering unit after washing and before drying.
Technical Specifications
| Parameter | Description |
|---|---|
| Process Stage | Post-washing dewatering, sheeting, and crepe formation |
| Roller Structure | Diamond-patterned rollers running at differential speeds |
| Core Function | Removes residual impurities, reduces moisture, and forms honeycomb-like crepe sheets |
| Applicable Materials | NR, TSR, crepe rubber sheet, and compound rubber |
| Installation | Recommended on a solid reinforced concrete foundation |
