Herringbone Woven Sludge Dewatering Mesh Belt

Herringbone Woven Sludge Dewatering Mesh Belt

The herringbone woven sludge dewatering mesh belt is widely used for sludge dewatering in urban sewage treatment plants, paper mills, printing and dyeing plants, chemical plants, electroplating plants, pharmaceutical plants, food plants, ceramic plants, mining and other industries.

Main Features of Herringbone Woven Sludge Dewatering Mesh Belt

Polyester sludge dewatering mesh belt with SH22903 SH16903 SH15905 SH151105 spiral press filter mesh belt SH151105N series. Depending on the customer's usage environment and equipment size, our mesh belt is widely used in industries such as ceramic polishing wastewater treatment, magnetic ore dressing plant, steel plant wastewater treatment, gold mine, urban wastewater treatment, sand washing plant wastewater treatment, slaughter, printing and dyeing wastewater treatment, etc. SH151105N mesh belt is developed for heavy-duty filter press applications in tailings dry discharge. The characteristics of the mesh belt made of PET/PP mixed weaving are high wear resistance, high tensile strength, good flexibility, etc., which are highly praised by customers.

How to Choose Suitable Sludge Dewatering Belt for Your Machine?

Polyester sludge dewatering mesh belt is mainly used on belt filter presses for sludge treatment and solid-liquid separation in papermaking, printing and dyeing, textile, slaughter, urban sewage, and tailings dry discharge (such as cassava residue treatment, sugar mills, juice pressing, etc.), with different selection based on the materials processed in each industry

The classification of sludge includes organic activated sludge and inorganic sludge Organic sludge, such as leather, printing and dyeing, and slaughtering, has a relatively high viscosity and is not easy to peel off. When selecting a polyester mesh belt for a belt filter press, a segmented sludge dewatering mesh with herringbone patterns, such as 5 heddle and 8 heddle, should be selected. The advantages of this mesh are: smooth surface for peeling, fast water filtration effect, strong stability, and good fatigue and wear resistance.