Corrosion Resistant Wedge Wire Filter Element For Scraping Filter

What is a wire mesh screen?

What is a wire mesh screen? The stainless steel metal mesh screen is a rectangular or square opening between a woven metal fabric and the wire. The many advantages of wire mesh screens include flexibility, durability, smooth surface and stability. A heavy-duty metal screen can be used in a variety of commercial and industrial applications. They are used in the food, aerospace, pharmaceutical and electronics industries. In addition to stainless steel, wire mesh screens can also be made of bronze, aluminum, copper and brass.

Characteristics of stainless steel mine sieving filter wedge wire mesh screen:

This stainless steel mine sieving filter wedge wire mesh screen is made of V-shape wire or wedge shape wire around an internal array of longitudinal support rods. Each jointpoint of these wire is fusion welded, the V or wedge shaped profile wire wraps around the support rods over the full length of the screen creating a continuous slot opening. Therefore the screen allows water or oil to enter the well freely in ample quantities while keeps the majority of sand and gravel out of the well at the same time.

Support Rod of stainless steel mine sieving filter wedge wire mesh screen:

1. V shaped #63 (1.5*2.5mm), #93(2.3*3.5mm), #118(3.0*4.6mm) etc.

2. Steel Flat 1.5*20mm, 2.5*25mm, 2.5*30mm etc.

Frame of stainless steel mine sieving filter wedge wire mesh screen:

Iron Frame, Steel frame or Nothing.

Various applications of wedge wire mesh filters.

Wedge wire mesh filters are widely used in many fields. They can be used as vibrating screens, flooring and decorative materials. They have more applications in mining, coal, chemical, food and water treatment applications for filtration, screening and shaping. Different shapes and types of wedge-shaped wire mesh screens can fit more machines, including carbon filters, desulfurizers, molecular sieves, gas sweeteners and filters. The wedge-shaped wire mesh flat screen has good filtration and dewatering performance in solid-liquid separation.