Application
Mainly used for high concentration aerosol particle size detection preparation, with various optional interfaces, suitable for most brands of particle spectrometer and particle counter, such as TSI, Palas, Grimm, etc.
Description
Model HRH-DIL860 aerosol diluter is an instrument for diluting high-concentration aerosols into low-concentration aerosols to meet applicable range of aerosol testing instruments such as particle size spectrometers. The instrument collects a portion of aerosol through a fine capillary with constant flow rate, the rest of aerosols are filtered out by HEPA filter via bypass, then two streams in capillary and bypass are evenly mixed to dilute particle concentration in capillary. Particle dilution ratio can be fixed by maintaining a certain ratio of capillary to bypass. Dilution ratios are up to 100 times.
Features
No requirement for power supply, more flexible in use;
Portable with smaill dimensions;
Mainly used for high concentration aerosol particle size detection preparation, rich converters are applicable to most brands of spectrometers and particle counters.
Specification
Dimensions
280mmx123mmx195mm
Max. dilution
1:100
Power supply
Not required
Material
SUS304
Matching hose:
8*12mm silicone tube
bio-equip.cn
Beijing Huironghe Technology Co., Ltd. was founded in 2010 and is situated in the Beijing Economic and Technological Development Zone. As a national high-tech enterprise, the company is dedicated to developing, producing, and providing technical services for scientific research instruments and equipment related to inhalation toxicology, genetic toxicology, and aerosol detection. Its extensive portfolio of offerings includes cutting-edge products such as aerosol inhalation exposure equipment, fully automatic QuEChERS instruments, NGI, and respiratory simulators. With a steadfast commitment to technological innovation at its core, Huironghe strives to provide global customers with the most advanced and high-quality inhalation toxicology equipment and premium technical services, while continuously pushing the boundaries of research and development.