Polyester Dewatering Belt - 1352
Polyester Dewatering Belt For Sale, Most Competitive Price, Fast Delivery, Custom Service, Wholesale Polyester Dewatering Belt, Made in China, High Quality Products!, China Polyester Dewatering Belt, Polyester Dewatering Belt Supplier, Manufacturer.
Dewatering Belt ( Polyester Mesh Fabric)
Polyester Dewatering belts are heat-set at exacting temperature and tension to give maximum operation stability. It is designed for use in solid/liquid separation, as well as sludge dewatering for vacuum and multi-roll belt presses. The unique spiral weave patterns offer rapid drainage and outstanding cake release.
It offers the following features:
Acidic resistance, alkaline resistance, corrosion resistance and temperature resistant , a long life of using. Polyester helix mesh fabric is several times stronger than common carpet and cavas
Smooth surface of mesh, strong bursting strength, good permeability, excellent conduct electricity and saving energy.
Pertter Polyester Mesh Fabric Co.
Address: 56 Xingde Road, Dezhou, Shandong, China, dezhou, Shandong, China, 253000
Tel: +86-534-51350667
Pertter Polyester Mesh Fabric Co. is an environmental, engineering and innovative company. We are committed to quality in all aspects of our products:
Polyester Forming Fabric
Polyester Mesh for Pulping
Polyester Dryer Fabric
Polyester Helix Mesh Conveyor Belt
Polyester Dewatering Belt
Polyester mesh refers generally to the polyester fabrics woven with polyeter fiber in spiral and heddle inserting methods for various industrial uses in producing of paper, corrugated paper, paper for train fare, filtration and separation in environmental protection, pharmaceutical, mine, metallurgy, machinery, airspace and other fields.
Our committed staff constantly seeks innovative and more effective ways to do things better and has gainded experiences and skills in our specific fields.
While always pursuing the latest technologies and proven methods, our work is professional and consistent with our certification to ISO 9001-2000.
