Tuesday, March 24, 2015

ASTM D5158 – ASTM Standard About Air Jet Sieving – HMK-200 AIR JET SIEVE

ASTM D5158 – ASTM Standard About Air Jet Sieving – HMK-200 AIR JET SIEVE
ASTM D5158 - Determination of Particle Size of Powdered Activated Carbon by Air Jet Sieving

http://www.aimsizer.com/air-jet-sieve-images-and-pictures-videos/hmk-200-air-jet-sieve.jpg 

Tuesday, March 17, 2015

New Product: HMK-200 Micron Air Jet Sieve Particle Size Analyzer - Same Function As Hosokawa

New Product: HMK-200 Micron Air Jet Sieve Particle Size Analyzer - Same Function As Hosokawahttp://www.aimsizer.com/hmk-200-air-jet-sieve-sieving-machine-price-china-manufacturers.html
New Product: HMK-200 Micron Air Jet Sieve Particle Size Analyzer - Same Function As Hosokawa
New Product: HMK-200 Micron Air Jet Sieve Particle Size Analyzer - Same Function As Hosokawa

Tuesday, March 10, 2015

HMK-200 Air Jet Sieving Machine

HMK-200 Air Jet Sieve is a particle size analysis sieving machine for the laboratory use. It uses latest air jet technology to determine particle size distribution of dry powders. Being widely used in almost every industry it has become a standard test equipment in the lab. HMK-200 Air Jet Sieve features high performance and reliable test results. Such machine is designed for particle size analysis of particles from 5 micometer up to 5,000 micrometer. The test procedure is optimized by a timer up to 99 minutes which saves operator's much time. Compact elegance and light weight make it easy to transport in the lab. HMK-200 air jet sieving machine is also equipped with an undersize Cyclone Sample Collector with efficiency as accurate as 99.99%. A transparent standard test sieve cover contributes to a simple and intuitive operation. HMK-200 air jet sieve uses a vacuum to generate negative pressure in order to effectively separate particles. The diameter of the sieving tank is 200 mm(8") designed for 200 mm standard test sieve. In addition to normal samples, it suits powdered materials that require particular dispersion and disagglomeration.