Structure Properties of Twill Filter Cloth

Twill filter cloth is widely used in various industrial filtration fields and is one of the most frequently used filter cloths by customers. As a common filtration material, this article will discuss the structural characteristics, performance advantages, and practical applications of twill filter cloth, aiming to provide valuable references for related industries.

The structure of twill filter cloth is formed by interweaving warp and weft yarns at a certain inclined angle. Compared with the plain weave organization, the twill organization shows a continuous diagonal grain pattern. The interweaving points of twill filter cloth are relatively fewer, allowing the fibers to form an inclined angle on the fabric surface and enhances the abrasion resistance and tensile strength of the filter fabric. Due to the diagonal pattern, the cloth surface has a certain degree of elasticity, which can be adapted to different shapes and sizes of filter equipment. This elasticity not only improves the adaptability of the filter cloth, but also makes the filter cloth not easy to be damaged during use, extending the service life.

The air permeability of twill filter cloth is also one of its performance advantages. Due to the fewer interlacing points in the twill weave, the fabric structure is relatively tight yet maintains good air permeability, which allows the filter cloth to maintain good air permeability during use.  which not only ensures that liquids or gases pass through the filter cloth, but also reduces the clogging and the pressure loss to improve the efficiency of filtration.

In conclusion, twill filter cloth has excellent structural performance, offering numerous advantages and broad application prospects. Its compact structure, good air permeability, high abrasion resistance and tensile strength, as well as easy to clean and and maintenance make twill filter cloth a key material in the filtration industry.

Bolian Fabric Features:

High-intensity: Our fabric possesses high warp strength and sustain consistent performance. Multifilament strength is higher than monofilament, and polyester multifilament is higher than that of polypropylene multifilament.

Low-elongation: In the use process, the elongation of the fabric can be controlled within the adjustable range of the allowed by the equipment under external forces.

High-density: The fabric is made of high-density structure, which enhances the filtration efficiency.

Multi-layer design: We provide dual and triple fabrics to meet different filtration requirements.

We're dedicating to offer the optimal fabric solutions to guarantee the efficiency and consistency of your filtration process.