Test sieve meshes are produced to minimal tolerances using specially designed looms, giving highly precise results for both test and production processes.

Our products are manufactured using high alloyed stainless steels, guaranteeing advanced resistance to corrosion and easy cleaning.

Wire mesh sieves are used in the following industries:

Sieving and fractionating of foundry and form sand
Concrete production
Production of washing powder
Production of foodstuffs
Chemical and pharmaceutical processes
Research and development

WireMesh.Org members supply wire mesh sieves in all mesh types, sizes and frame materials. In addition to the full range of wire mesh sieves, we also supply top quality stainless steel woven wire and perforated plate test sieves at very competitive prices.

Half-height Wire Sieves: Available in diameters of 100, 200, 300mm and 3, 8 and 12 inches with the complete range of woven wire mesh or perforated plate sieving mediums. Half-height sieves are the same price as full-height sieves.

Perforated Plate Sieves: For aperture sizes 1mm and larger, perforated plate sieves are available in addition to the woven wire series. Commonly perforated metal sieves are supplied in round holes.

Woven Wire Sieves: Occasionally brass woven wire mesh is used in place of stainless steel woven wire mesh. Woven wire mesh is supplied with or without a reinforced backing mesh.

Laboratory Test Sieves: A test sieve is a measuring instrument and should not be maltreated. Sieves should be used with care, cleaned regularly and stored in a safe dry place. Care should be taken when sieving certain chemicals, especially hygroscopic salts, which can affect brass sieves. Always wash and dry the sieves after each test. For the sizing of substances which are liable to corrode brass, we recommend the use of stainless steel sieves. Particles should never be forced through a test sieve - even the gentle brushing of material through the finer meshes is undesirable, but this procedure is occasionally unavoidable for certain materials that are otherwise difficult to sieve.

Metal framed sieves should afterwards be rinsed thoroughly in clean water and dried quickly in a warm atmosphere. (To avoid possible mesh distortion, metal framed woven wire sieves should not be heated above 80 deg C) Sieves that have been used for wet sieving should not be allowed to dry-out before attempting to clean them.

Application:
Chemical products
Foodstuffs and spices
Stones and powders
Pharmaceutical products
Paper
Metal powders
Rubber
Fertilizers
Sugar and salt (sizing)
Recycling
Many others

Materials: Wire meshes for sieves are produced primarily using stainless steel (AISI 304) or (AISI 316).

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