Sieve 1-1/2 B/S 8 In Half Ht MPN:1-1/2"BS8H
Sieve 1-1/2 B/S 8 In Half Ht
The Sieve 2-1/2 B/S 8 In Half Ht is a versatile laboratory tool designed for sifting and filtering materials in various industries such as pharmaceuticals, chemicals or mining. Made from high-quality stainless steel with a half height size of 8 inches and opening diameter of 2.5 inches, this sieve provides superior durability while ensuring precision and accuracy during use. Its compact design offers easy storage and portability for on-site applications, making it an essential addition to any laboratory setup. With its stainless steel construction, the Sieve 2-1/2 B/S 8 In Half Ht provides exceptional resistance against rust and corrosion, ensuring long-lasting performance and reliable results within Lab Supplies.
Each sieve is serialized and meets AASHTO M92.
Technical Specifications
- Item USA Standard Testing Sieve
- Type Woven Wire Cloth Test Sieve
- Screen Material Stainless Steel
- Frame Material Brass
- Mesh Size 1-1/2 in
- Mesh Size Range Coarse
- Wire Dia. 4.5 mm
- Opening Size 37.5 mm
- Outside Dia. 8 in
- Frame Inside Dia. 8 in
- Overall Depth 1 in
- Standards ASTM E11
Manufacturer Details
- Manufacturer: Advantech
- Condensed Mfg Number: 112BS8H
- MPN: 1-1/2"BS8H
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
Related ASINs: B00BTMDCEE, B00BTMH4OI, B00BTME702
Product info last updated on November 17, 2023 12:18pm UTC Category: Particle Sizing