Conveyor belt filter press

Introduction to conveyor belt press filter:

Wantai conveyor belt press filter is a new generation press filter dehydration equipment of material concentration and strongly squeezing dehydration integrated in one developed independently, based on the company long-term development of material machinery dehydration equipment, combined with domestic and international professional technology. It successfully solved the problem of plant wet dregs for continuous and highly dry mechanical dehydration.

Features of conveyor belt press filter:

The multi-level pairing roller squeezing dehydration method make the residue cake water content after dehydration of the wet slag material is low, which greatly reduces the energy consumption of subsequent drying or washing. The products are applicable, economical, and reliable.

Main functional features:

· Continuous production and great processing ability.

· The dehydration effect is good, and the water content of the filter cake is low.

· Low energy consumption, low cost operation.

· Advanced structural design and a wide range of applications.

· The advanced technology of the mesh speed adjustment and the correction control system is advanced, which can ensure long-term stable operation.

· Selecting high-quality materials and spare parts for processing and manufacturing.

· Full automatic operation, simple operation and maintenance.

Specification selection and technical parameters：

The application scope of Wantai conveyor belt press filter:

Wantai conveyor belt press filter is widely used for dehydration and dry production of the remaining wet dregs and gadgets after processing and utilization of plant roots, stems, leaves, and fruits, including wine dregs, cassava residue, sweet potato residue, tea residue, corn residue, sugar cane residue, Chinese medicine residue, apple residue, wood pulp fiber, pulp fiber, horseshoe residue, bean dregs, coffee residue and the other slag, slurry materials’ mechanical press filter dehydration of the outer and inner surface water.