Do You Know The Application of Polyester Spiral Fabric ?

Polyester Spiral Fabric

Polyester spiral fabric is an industrial mesh made of polyester (PET) and woven with a spiral ring structure. Due to its wear resistance, high temperature resistance, good breathability, and stable structure, it is widely used in multiple industrial fields.

Application of Polyester Spiral Fabric

Paper industry: This is the core application scenario of polyester spiral dryer fabric. It is mainly used in the dryer section of paper machines, replacing traditional dryer felts and dryer canvas, for drying cultural paper, printing paper, packaging paper, and pulp boards. Its flat surface and high heat transfer efficiency can effectively improve drying efficiency and save energy. In addition, it is also used in washing machines and pressure filtration processes to improve fiber retention and reduce loss.

Sludge dewatering: By adding fillers in the middle of the spiral mesh to make its mesh denser and increase its lateral stiffness, a spiral filter press is formed, which is specifically used for pressure filtration dewatering of municipal and industrial sludge. It can effectively reduce moisture and improve solid-liquid separation efficiency.

Coal washing and beneficiation: Used for washing equipment in coal washing plants and mineral dehydration and concentration during beneficiation processes, helping to separate minerals from water or chemicals.

Chemical and Food Industry: Used for dehydration of chemical raw materials, pressure filtration of wine bran and vinegar bran, as well as material transportation and dehydration in food processing.

Printing and dyeing industry: As a drying fabric for printing and dyeing machines, the polyester spiral fabric can withstand high temperatures and ensure the smoothness of fabrics.

Main Features of Polyester Spiral Fabric

1.Strong durability: acid resistant, alkali resistant, high temperature resistant (generally not exceeding 150 ° C), with a service life far exceeding traditional materials.

2.Adjustable performance: By filling the mesh with round, flat or carbon fibers, the breathability and anti-static performance can be flexibly adjusted to meet different process requirements.

3.Easy installation: The mesh body can be trimmed, the interface is scratch free, easy to install, and reduces downtime.