Waste Garment Textile Clothes Fabric Carpet Blankets Shredder Application Areas:
Scrap clothes shredder machine is suitable for crushing all kinds of waste clothes, waste cloth, machine head material, all kinds of waste corner material, all kinds of waste edge foot material, old clothes, cowhide, fiber, old shoes, carpets, quilts, clothes and all kinds of waste life, office supplies, etc. The discharging size can be adjusted according to user's requirement.
Every year there will be a large number of clothes and fabrics due to the elimination and renewal of a large number of waste cloth, directly used landfill or incineration is too wasteful. Because the fabric contains a large amount of fiber and organic matter, it can be burned to generate electricity or recycled, reducing waste and generating economic benefits. The clothes must be broken before processing. Scrap clothes crusher is mainly used to make old clothes, scrap cloth, cotton, textiles and other materials, through tearing to loosen the large kink fiber into cotton batting shape, so as to further processing and utilization.
Waste Garment Textile Clothes Fabric Carpet Blankets Shredder Description:
Waste Clothing Textile Fabric and Carpet Blanket Shredder is a mechanical equipment specialized in processing these waste materials. It cuts and tears waste fiber materials into small pieces or granules by means of a high-speed rotating blade or an impact device, which facilitates subsequent processing, transportation and reuse. The equipment is efficient, safe, and adjustable for discharge size, and some have magnetic separation to remove metal impurities. Its use helps reduce environmental pollution and promote resource recycling, with significant economic and environmental value.
Working principle of scrap clothes shredder:
Double shaft shredder machine mainly by the principle of "scissors and cut" to complete the process of solid waste, broken motor drive reducer through the knife roller torque to crusher moving knife, the knife hook material tear down, the rollerblade like scissors cut up solid waste, material and preliminary screening of the material after the tear from the bottom of the shredding machine.
Application: Used in garbage recycling plant, environmental protection treatment companies and resource reuse companies.
Applicable materials: waste cloth, cotton spinning waste yarn, waste clothing, cotton batting, chemical fiber, flax, non-woven fabric and other under the corner material.
Double Shaft Shredder Blades (According to different materials choose different blades ):
Waste Garment Textile Clothes Fabric Carpet Blankets Shredder Components:
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Shredder Chassis The whole chassis is made of welded steel plate and finely machined by CNC gantry milling, which has high bearing capacity, high impact resistance and more stable quality. | Shredder Spindle The shredder spindle is made of high alloy, forged and heat-treated and tempered as a whole, and then machined into hexagonal, octagonal and spline form by CNC gantry milling after fine turning, with long service life. |
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Shredder Blade The shredder blade is made of special steel, forged, faded, refined, vacuum heat treatment, computerized wire cutting, CNC grinding machine processing. | Segmented Blades The segmented blade design can greatly reduce the blade changing time and cost. The blade comprises of the blade holder, and two types of blade segments, with and without hooks. Worn blade segments can quickly and easily be removed and replaced by simply removing the securing screws. |
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Hydraulic Force Feeder(optional) A hydraulic force feeder is available to actively press the input material down into the cutting zone between the two shearing shafts. This holding action prevents material from riding over the blade hooks, thus greatly improving the cutting efficiency and throughput of the machine. | Planetary Reducer The reducer chassis adopts welded box, helical gear, planetary gear transmission, with small volume, low noise, high torque and other characteristics, higher transmission efficiency. |
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Motor The motor adopts Siemens, Wanan and other domestic brands of pure copper motor, with stable and reliable quality, and can be customized according to requirements. | Rotary Screen(optional) To effectively control the output product size, a circular screen mounted around the cutting chamber is the ideal solution.The rotary screen runs at low speed, the oversized fractions are recirculated back to the cutting chamber for further shredding, whilst the sized fraction falls through the screen to the next process. |
Technical Features:
1. Our shredders can be employed as either a primary or secondary shredder and can be seen working anywhere from the waste management company to biofuel producers;
2. Dual shafted, slow-speed, high-torque waste shredder with hardened steel cutters;
3. The two cutting rotors powerfully grab the feed material, and no matter the feed material is a large piece of hard plastic or heavy tires, this machine can easily shred them into small pieces;
4. Double shaft shredder is able to process a number of different materials; shredder is designed with a powerful engine, long working length and aggressive input, Internal feeding volume bigger than traditional and common single shaft shredder machine and allow you using forklift truck to feed.
5. Heavy structure: the frame and structure of our shredders are made of high-thickness sheets and tubular. Blades are manufactured from high-quality steel, suitable for shredding tough materials and for extra long life;
6. Depending on the requirement, these discs (blades) are available in a wide range of quantities, qualities, and shapes with the new double-shaft shredder;
7. Any overloads caused by foreign material are sensed by the PLC controller and cause the shaft rotation to stop and reverse direction to clear the foreign matter, and then resume;
8. Cutters' removal and replacement can be carried out safely and simply.
9. Our shredders Use a planetary reducer, not a traditional gearbox, and the planetary gearbox has the following advantages: High Efficiency, Greater Stability, Compact Size, Higher Torque Density, Cost Effective Precision, High Radial Loads.
10. Cooler system(optional) can maintain the temperature for continuous operation.
