Sieve 1.00 S/S 8 In Half Ht MPN:1.00"SS8H
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The stainless steel sieve is an essential laboratory tool used by scientists or technicians in a wide range of applications such as sorting or grading particulate materials such as sand, soil, sugar, flour, grains; classifying particles through wire meshes during quality control checks on raw material inputs; assessing filter porosity by determining particle retention rates within membrane filtration systems. Designed with half-inch height and eighteen inches diameter measurement offering high capacity for separating tiny particles efficiently while delivering precision accuracy results, this robust sieve is invaluable for professionals engaged in chemical analysis labs, food processing plants, pharmaceutical manufacturing facilities demanding repeatable analytical testing outcomes with minimum downtimes due to ease of cleanup.
Technical Specifications
- Item USA Standard Testing Sieve
- Type Woven Wire Cloth Test Sieve
- Screen Material Stainless Steel
- Frame Material Stainless Steel
- Mesh Size 1 in
- Mesh Size Range Coarse
- Wire Dia. 3.55 mm
- Opening Size 25 mm
- Outside Dia. 8 in
- Frame Inside Dia. 8 in
- Overall Depth 1 in
- Standards ASTM E11
Manufacturer Details
- Manufacturer: Advantech
- Condensed Mfg Number: 100SS8H
- MPN: 1.00"SS8H
Label Details
- Hazardous Material: N
- Green Material Flag: N
- Country of Origin: US
- CA Prop 65 Wht Label: N
Classification Details
- Harmonization Code: 9604000000
- GDS Category Name: Wire Cloth Sieves
- GDS Family Name: Particle Sizing
- GDS Segment Name: Lab Supplies
- UNSPSC: 11162108
- UNSPSC Class ID: 21
- UNSPSC Commodity Name: Specialty fabrics or cloth
- UNSPSC Commodity ID: 08
- UNSPSC Commodity Name: Wire mesh fabric or cloth
- UNSPSC Family ID: 16
- UNSPSC Family Name: Fabrics and leather materials
- UNSPSC Segment ID: 11
- UNSPSC Segment Name: Mineral and Textile and Inedible Plant and Animal Materials
Shipping Details
- Not For Sale In: HI AK PR
Product info last updated on November 17, 2023 12:17pm UTC Category: Particle Sizing