150mm Diameter SUS304 Aggregate Testing Sieves SUS304 Woven Wire Sieve

150mm laboratory test sieve

The sieve grid is used in standard inspection sieves, sample sieves, test sieves and experimental sieves.

The screen frame is made of SUS304 (0Cr18ni9) stainless steel, which is stretched and polished. The surface is light and the whole is formed. It is strong and durable, without magnetism.

The basic mesh size of the test screen frame is Φ150. The screen frame, screen cover and screen bottom of the test screen are made of high-quality stainless steel. The Φ150 test sieve is mainly used for particle size analysis and detection of granular materials.

150mm laboratory test sieve for regular testing

40-mesh, 60-mesh, 80-mesh, 110-mesh, 120-mesh, 180-mesh and other models, exquisite workmanship of standard sieve, exquisitely designed sieve frame, bottom cover, test sieve, and regular inspection of coarse mesh, fine mesh and Whether the spring is fatigued and damaged, and whether various parts of the fuselage are damaged due to vibration, the parts that need to be lubricated must be lubricated.

Company History

-- In 2000, Changxing Wire Mesh Factory was established, and the first machine of the factory was purchased to produce stainless steel window screens

-- In 2003, the company expanded its business and developed stainless steel diamond mesh and stainless steel woven mesh. At that time, the sales of diamond mesh were very good and were very popular among the public.

-- In 2008, the company's business volume expanded, and more than 20 machines were added, and we had door-to-door purchases from foreign customers

-- In 2012, Jiufu Metal Wire Mesh Co., Ltd. was established, specializing in foreign business, with our own import and export rights

-- In 2015, we purchased our own network inspection equipment, mainly for our wide-width network inspection, which greatly improved our customer satisfaction

-- In 2020, we added laser cutting equipment, laser welding equipment, and rolling machines to prepare for our subsequent development