Advantages of Chain Plate Type Compost Turner Model 4000

1. Chain plate type compost machine is suitable for aerobic composting of organic solid waste, such as livestock and poultry manure, sludge and garbage, and straw and so on.

2. Its walking system adopts frequency conversion speed regulation, so it has the characteristics of good adaptability to different materials, smooth operation, high turnover efficiency and deep groove operation.

3. Chain plate type compost machine can effectively shorten the fermentation period, improve production efficiency and product quality.

4. Variable frequency speed control system can be well adapted to the change of working load.

Features:

1. Adopt chain drive, rolling support bracket structure, turn over throwing resistance small energy saving, suitable for deep groove operation.

2. Flip plate equipped with flexible tensioning and elastic shock absorption system, protecting the transmission system and working parts to work efficiently.

3. A removable tooth blade with wear-resistant curved surface is installed on the turning and throwing plate.

4. When turning and throwing, the material stays on the supporting plate for a long time, and is scattered in the high position, which has sufficient contact with air and easy to reduce moisture.

5. Through transverse and longitudinal displacement can be realized in any position in the slot flip operation, flexible.

6. The lifting and lowering of turning and throwing parts are controlled by hydraulic system, flexible and safe and fast.

Working Principle:

1. Variable frequency speed control system can be well adapted to the change of working load.

2. According to the material resistance, the speed of walking can be adjusted flexibly to make the equipment more adaptable and flexible.

3. Optional transfer vehicle can realize the use of multi-groove equipment.

4. Under the condition of the capability of the equipment, the production scale can be expanded and the value of the equipment can be increased by adding the fermentation groove.