Working principle and introduction
The static mixer is an independent type of chemical unit equipment. The mixing process is completed by mixing the components inside the tube, causing the fluid to rotate left and right, changing the flow direction movement, pushing from the center to the periphery, pushing the periphery to the center, and perfecting the radial circulation mixing. The purpose of mixing effects.
Xinrui static mixer, focusing on quality and absorbing advanced production technology at home and abroad, is a large domestic manufacturing company.
Seven series, thousands of specifications, used in liquid-liquid, gas-liquid, solid-liquid, gas-liquid-solid, gas-gas mixing, dispersion, emulsification, reaction, absorption, extraction, enhanced heat transfer, etc. More than ten industries are widely used.
Static mixer model representation
SV static mixer product features
SV type pressure drop calculation formula
Relationship between SV Reynolds Number Re and Friction Coefficient f
SV type pressure drop calculation example
SV type static mixer product use
SV static mixer application example
SV static mixer selection table
SK type static mixer product features
SK type static mixer calculation formula
Table of relationship between SK Reynolds number Reε and friction coefficient f
SK type static mixer pressure drop calculation example
SK type static mixer product use
SK static mixer application example
SK type product specification model table
SX static mixer product features
SX type pressure drop calculation formula
Table of relationship between SX Reynolds number Reε and friction coefficient f
SX type pressure drop calculation example
SX type product use
SX application example
SX type product specification model table
Product Features
Table of relationship between SD Reynolds number Re and friction coefficient f
Pressure drop calculation example
SD type product use
SD type product specification model table
Product Features
Table of relationship between SH type Reynolds number Re and friction coefficient f
SH type product use
SH type application example
SH type product specification model table
Product Features
Pressure drop calculation formula
Table of relationship between SY-type Reynolds number Reε and friction coefficient f
Pressure drop calculation example
SY type product use
SY type product specification model table
Product Features
SL type pressure drop calculation formula
Relationship between SL type Reynolds number Reε and friction coefficient f
Sl type pressure drop calculation example
SL type product use
SL type application example
SL type product specification model table
Distributor product characteristics
Distributor form
Dispenser product use
Distributor application example
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