Double shaft shredder

1.Main functions and purposes

This machine is suitable for crushing  materials, various bagged bulky items, sack crushing, domestic garbage crushing, household waste, TV tube washing machine, refrigerator shell, large pipes, pipe fittings, PE pipes, waste mold plates, wooden pallets, plastic pallets, car pallets, waste tires, car tires, truck parts, engine housings, lead and thickness above steel plates, scrap metal: car shells, aluminum alloys, scrap aluminum 5mm, kitchen garbage, domestic garbage, pharmaceuticals. Processing waste,   waste rubber head materials, paper mill ropes, etc.

2.Structure and working principle

The double-shaft shredder is a new type of efficient shredding equipment, specially designed for processing high-strength materials such as metal, rubber, and plastic. The equipment uses two independent reducers to drive two shredding knife shafts respectively, and through the "scissor-like" shearing effect between the knife shafts, it can achieve strong shredding of the material. The equipment is equipped with start, stop, reverse and overload automatic reverse control functions to ensure safe and stable operation. The double-shaft shredder has the advantages of low speed, high torque, and low noise. It is especially suitable for processing materials with high hardness and large volume, and can efficiently complete the coarse shredding

   3. Workflow

Step 1: Material introduction

The material to be processed is fed into the equipment through the feed port of the shredder. Due to the wide variety and different sizes of recycled materials, the feed port and blade size of the shredder can be customized according to actual needs to ensure that it meets the processing requirements of different materials.

Step 2: Cutting and tearing process

There are usually two sets of rotating cutting blades or gears inside the shredder. These blades or gears exert strong shearing and tearing forces on the incoming material by interlocking with each other, thus breaking the material into smaller pieces.

Step 3: Waste discharge: The processed waste is discharged through the shredder outlet. Depending on the type and purpose of the processed material, the waste may be collected in a container or directly conveyed to other equipment through a conveyor for further processing.

4. Applicable scenarios and technical parameters

5. Advantages and environmental benefits

1) High-efficiency processing capacity: The shredder can quickly process various types of materials, including metal, plastic, rubber, wood, etc., significantly improving work efficiency.

2) Versatility: It is suitable for the processing of a variety of materials, such as industrial solid waste, electronic waste, medical waste, tires, etc., and has a wide range of applications.

3) Customized design: The feed port and blade size of the shredder can be customized according to the characteristics and processing requirements of the material to ensure the best processing effect.

4) Safety and stability: The equipment is equipped with start, stop, reverse and overload automatic reverse control functions to ensure safety and stability during operation.

5) Low-noise operation: The shredder design focuses on reducing noise and providing a more comfortable working environment.

6) Low speed and high torque: This design enables the shredder to effectively process materials with high hardness and large volume, ensuring efficient coarse shredding.

7) Environmental benefits: By cutting waste into small pieces, the shredder helps reduce waste volume, promote resource recovery and environmental protection.

8) Strong durability: The materials of the blades and equipment are optimized to ensure durability and reliability under long-term use.

These advantages make shredders of great application value in the fields of waste treatment and resource recycling.