Woven wire mesh sieves are the most widely used test sieves for all types of laboratory particle size analysis. They are made with only the highest quality materials and are available in diameter sizes of 38, 100, 150, 200, 250, 300, 315, 350, 400 and 450 mm, as well as 3, 8, 12 and 18 inches.
Origin. China. HS Code. 73141400. Product Description. Ultra Fine 1 5 20 25 Micron Stainless Steel Wire Mesh laboratory Test Sieves. Woven mesh test sieves are made of stainless steel, brass and bronze woven mesh and the stainless steel or brass frames. Commonly sieves are round. Specifications for test sieve.
Test Sieve Shaker. Widely used in metallurgy, powder, chemical, medicine, building materials, geology, and national defense scientific research and production departments, laboratories, quality control rooms, institutions of higher learning lab, on the granular, powder particle size structure of materials, liquid type solids content and the ...
China 200mm Analytical Standard Laboratory Sieve Shaker, Find details about China 200 Electromagnetic Vibration, Test Sieve Shaker from 200mm Analytical Standard Laboratory Sieve Shaker Xinxiang Xiyangyang Screening Machinery Manufacturing Co., Ltd.
China Stainless Steel Sprouting Tray Test Sieve, Find details about China Stainless Steel Round Test Sieve for Laboratory, Standard Laboratory Test Sieve Soil Sieve from Stainless Steel Sprouting Tray Test Sieve Hengshui Qualified Filter Screen Co., Ltd.$2.13 $56.84 300pieces/Week Tianjin, China Circular
Quality laboratory test sieve shaker for analysis test sieve screen machine find quality Lab Testing Sieve, Testing Equipment amp; Lab Testing Sieve from Xinxiang Hongyuan Vibration Equipment Co., Ltd. of China Suppliers 139187169.
Description of sieve analysis test equipment laboratory vibrating sieve Sieving is an effective method for particle size measurement. It is commonly used for Quality Control in almost all industries such as chemicals, mining and metallurgy, food, cosmetics, pharmaceuticals and any laboratory involved in particle size analysis.