Русский
Industrial saw-type cotton impurity separator
1. High-quality specialized materials and a well-thought-out rational design ensure long-lasting, stable and trouble-free operation of the equipment in intensive production conditions.
2. A patented shell gear made of a unique wear-resistant material with shaped teeth guarantees high cleaning efficiency with minimal mechanical damage to the cotton fiber.
3. Professional special knives for removing impurities ensure maximum cleaning of foreign inclusions with minimal loss of useful fiber.
4. Improved design of pressing, separation and feeding of raw materials reduces mechanical stress on the fiber, eliminates damage to raw materials and reduces the number of production equipment failures.
5. The optimized design of the work roller and fixed feeding point ensures stable fiber carding and completely eliminates the uncontrolled ejection of pure cotton (“white cotton”).
6. Proper zonal distribution of the discharge knives improves the comprehensive cleaning of the raw material, increasing the purity and final quality of the finished cotton linters.
Product Details
Product Description
A saw-type fiber cleaner is a highly efficient, specialized piece of equipment for post-processing raw cotton following the ginning process. It is designed to effectively remove foreign mechanical impurities, debris, and low-quality short fibers from the finished linter.
The Swan brand's range of saw-cleaners boasts robust, reliable operation, high machining precision, and excellent build quality. This equipment significantly improves the physical and technical properties of cotton linters, increases the market value and overall quality of finished cotton products, and optimizes production processes at cotton processing plants of all sizes.
Main technical parameters
Note: The stated estimated productivity is calculated for standard cotton seed raw material with a moisture content of 6.5%–8.5%.
|
Model
|
Slide roller diameter (mm)
|
Productivity (kg/h)
|
Installed capacity (kW)
|
Overall dimensions (L×W×H, mm)
|
Weight (kg)
|
|---|---|---|---|---|---|
|
MQP-400x2000H
|
Φ400
|
1000~1800
|
19
|
2800×1325×2285
|
3400
|
|
MQP-400x2500H
|
Φ400
|
1300~2100
|
22.5
|
3300×1325×2295
|
4500
|
|
MQP-400x3400H
|
Φ400
|
2400~3600
|
37.5
|
4300×1510×2295
|
7000
|
|
MQP-600x2000H
|
Φ600
|
1200~2000
|
22.5
|
2800×1600×2615
|
4100
|
|
MQP-600x3000H
|
Φ600
|
2400~3600
|
27.5
|
3750×1660×2615
|
6600
|
Packaging and delivery
1. A professional, experienced team handles the packaging and loading of equipment, ensuring its complete safety and integrity at all stages of preparation and transportation.
2. Each piece of equipment is securely fixed and additionally reinforced in a sea container, preventing deformation and damage during transportation to the destination port.
3. All container loading, packing, and sealing processes are documented with photos and videos. The logistics process is completely transparent and verifiable.
4. We partner with trusted international shipping companies, and all key delivery stages are updated in real time for our customers.
Product quality control
1. Functional testing
Before shipment, all equipment components and functions undergo comprehensive operational testing. Performance, stability, and compliance with stated technical specifications are verified.
2. Checking markings and technical documentation
The accuracy, completeness, and legibility of factory markings, data sheets, and operating instructions are monitored. All documentation complies with international industry standards.
3. Comprehensive safety testing
Inspections of the mechanical, electrical, and operational safety of equipment are conducted to ensure compliance with applicable regulations and industrial safety standards.
4. Control of materials and components
All raw materials and factory components undergo laboratory tests: chemical and spectral analysis, mechanical strength and tensile tests, which guarantees high quality and durability of the equipment.
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