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E-mail
marklee@hankosci.com
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Phone
15800598580
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Address
Kaixin Business Park, No. 1325 Hengnan Road, Minhang District, Shanghai
Shanghai Haokuo Scientific Equipment Co., Ltd
marklee@hankosci.com
15800598580
Kaixin Business Park, No. 1325 Hengnan Road, Minhang District, Shanghai
DVS DiscoveryWeight method dual balance vapor adsorption analyzerAdopting innovative dual balance design, combined with excellent steam generation and temperature control technology, it achieves high-throughput operation while reducing operator working time. Using SMS's Dynamic Vapor Adsorption (DVS) technology, DVS Discovery supports users in conducting excellent material characterization research using water vapor or organic solvents. This instrument has the core features of the DVS series products: high-precision Ultrabalance balance balance, stable temperature and humidity control capabilities, and a series of modular accessories that can significantly expand its functionality.
DVS DiscoveryWeight method dual balance vapor adsorption analyzerCan be applied in various research fields, providing information on water vapor adsorption isotherms, hygroscopicity of drug solids, and glass transition of polymers at different relative humidities (Tg)And data on phase transition behavior, amorphous content determination, diffusion and permeation in polymers.

▍Product Features:
•The adsorption kinetics and isotherms of organic vapor and water vapor in the range of 10 ° C to 70 ° C.
•Dual balance design for synchronous quality measurement.
•Real time measurement and control of organic vapor partial pressure.
•Sample in-situ drying/activation.
•Color video microscopy system/fiber optic probe spectral analysis.
•True0 ™ Drying technology achieves true "zero" humidity drying under 0.0% RH conditions.
▍Product Application:
• Water vapor adsorption kinetics and isotherms
•Moisture absorption of solid drugs
•Glass transition of polymers (T)g)Phase transition induced by relative humidity
•Determination of Solid Amorphous Content
•Diffusion and permeation behavior in polymers
•Food, essence and spice
•Adsorbent material
•Wood and cellulose materials
•composite material
•Hydrophilic and hydrophobic materials