Fruit Basket Made By 316 Stainless steel Wire Mesh Screen Fabric -
Anything you need can be precision-manufactured with rapid delivery
thanks to the speed and consistency of our automated manufacturing
equipment. Any style of metal basket can be engineered to meet your
specific needs. There are a wide range of finishes and coatings
that our mechanical engineers will help you select. Stainless steel
wire mesh filters can be manufactured in many shape and in a wide
range of materials: Stainless Steel AISI304/316L, Bronze, Brass,
Iron and Zinc Plated Iron. Manufactured by punching, rolling and
forming the mesh, they can satisfy every customers specification.
Used in chemical, food and beverage, pharmaceuticals and automotive
industry, they present a wire diameter from 0,04 to 2 mm and a
filtration grade from 10 to 150 microns for wire filters, from 15
to 2.000 microns for wire mesh filters.
Wire mesh filter has a greater number of finer wires in the shute direction and is
woven in both plain and twill weave patters. It is normally rated
by the size particle it will retain, either as the absolute micron
rating or the nominal micron rating, expressed in microns.
We normally use stainless steel woven mesh 304, 304L, 316, 316L as
filter media in the patterns of plain, twilled, dutch weave to
achieve full range of aperture and properties.
Characteristic: Filter wire cloth has excellent anti-wear property,
heat-resistance and acid, corrosion resistance.
Micro metal wire mesh filter for filtration applications is
available in aluminum, stainless steel, and an extensive range of
ductile metal materials and polymers. They are characterized by
precision-engineered mesh openings, percent open area and mesh
thickness. These material types offer physical, chemical, and
thermal characteristics that are engineered specifically for
filtration. Micro metal mesh provides a consistently high level of
precision and strength that filtration applications require. Wire
mesh metals will design the right metal mesh for your specific
application whether for air, light, solid, liquid filtration, or