Replacement Steel 0.9mm Self Cleaning Screen Mesh Anti Clogging Cloths For Gravel

D Type Anti-clogging Cloths

It is the most popular anti-clogging cloths. It is similar to traditional square openings meshes, but with greater open area and increased throughput, providing precise material stratification and cleaner product.
D type anti-clogging cloths is consist of crimped round wires bond togther by polyurethane bars creating the 'Square' or 'Diamond' openings. This type of screens serves all the functions of traditional square woven wire mesh, by providing precise sizing control and increase open area. What's more is that the D type anti-clogging cloths is able to eliminate blinding, pegging and clogging problems due to its special design and structure. Each wire will vibrate at different frequency during screening, and this is what creates the self-cleaning effects.

W Type Anti-clogging Cloths

Unique combination of crimped and straight wire form the triangular opening shape to absorb impact, and improve accuracy of sizing. This is a perfect replacement of traditional fine mesh.
W type anti-clogging cloths, is like the D type anti-clogging cloths, with an extra straight wire in between every crimped wire which forms the triangle openings on the screen. It is designed to replace traditional fine mesh to better reduce blinding. The triangle structure also reinforce the screen for high impact and heavy load screening.

W Type Anti-clogging Cloths

Made with crimped wires placed parallel to each other, best used for severe blinding application, large open area offers effective sizing control, ideal for the removal of super fine materials and etc.
Like all the other anti-clogging cloths series, W type anti-clogging cloths prevents clogging, blinding and pegging. It provides maximum throughput in severe blinding conditions and offer some sizing control. Ideal for removing fines or for screening dry manufactured sand, agricultural lime, mulch and wood chips. Could also increase production in screening wet or adhesive lightweight materials.