Wire Cloth Laboratory Test Sieve Medium MPN:20SS12I
Wire Cloth Laboratory Test Sieve Medium
Get the perfect sieving solution for your laboratory with Advantech's stainless steel medium test sieve! Ideal for separating particles in various materials, this product offers accurate size analysis that is crucial in many industries such as pharmaceutical, food and beverage production. Made of durable wire cloth material with a sturdy frame for years of reliable use, it will help streamline your particle size testing. The medium size ensures versatility in a range of applications so that you can achieve the best results every time. Don't settle for less, get the highest quality sieve now!
Top product features:
- Stainless Steel Construction Durable and resistant to rust, making it suitable for use in various settings
- Medium Frame Size Offers versatility in particle size testing applications
- Accurate Size Analysis Provides precise results needed for crucial industries such as pharmaceuticals and food & beverage production.
Top product applications:
- Particle Size Analysis for pharmaceutical companies to ensure uniformity and accuracy in drug production
- Quality control in food & beverage manufacturing, checking ingredient consistency for example at flour mills
- Testing soil composition for agriculture research or environmental studies by universities or government agencies.
Buy Advantech item #20SS12I ✯ Made in the USA ✯ and sold by a Veteran-Owned Business.
Manufacturer Details
- Manufacturer: Advantech
- Condensed Mfg Number: 20SS12I
- MPN: 20SS12I
Label Details
- Hazardous Material: N
- Green Material Flag: N
- Country of Origin: US
- CA Prop 65 Wht Label: Y
- CA Prop 65 Warning Msg Scenario: 7
Classification Details
- Harmonization Code: 9604000000
- GDS Category Name: Wire Cloth Sieves
- GDS Family Name: Particle Sizing
- GDS Segment Name: Lab Supplies
Shipping Details
- Not For Sale In: HI AK PR
Related ASINs: B004LZ4UIS, B004LZ4SH6, B004LZ4LO6
Product info last updated on October 13, 2023 5:45pm UTC Category: Particle Sizing