Application
Fine atomization of various liquids.
Requirements of inhalation toxicology and inhalation immunity.
Applicable to generation of microbial aerosols and studies of animal inhalation infection models.
Description
By adopting multi-channel strong vortex atomization technique, model HRH-TAG1 two-flow liquid aerosol generator can control the gas-liquid ratio precisely. Equipped with a particle-size sieving buffer chamber, it can obtain aerosol particle size distribution MMAD1-3μm. GSD1.5-3 and meet inhalation requirements.
Features
- Suitable for solutions that are difficult to generate by common generators, such as viscous or heavy oils.
- Gas-liquid ratio can be controlled.
- Can also be used for various water-soluble, oil-soluble and part of fine particles stabilized suspension and other liquid samples.
Specification
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Specification of silicon tube in connection with liquid tube
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2mmx4mm
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Outer diameter of PU tubes in connection with air compressor
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4mmx6mm
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Aerosol outlet specification
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16mmx20mm
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Standards
① OECD TG 403 Acute Inhalation Toxicity (2009);
② OECD TG 436 Acute Inhalation Toxicity; Acute Toxic Class Method (2009);
③ OECD TG 412 28d Sub-acute inhalation (2018);
④ OECD TG 413 90d Sub-chronic inhalation (2018);
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.
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