产品
坚固型车载电脑
为严苛环境而设计
探索适用于精准农业、工程建设、采矿和车队管理的7–12英寸车载电脑，支持RTK定位选项以及符合项目需求的OEM/ODM定制。
XSG SS304 Flash Vaporization Dryer for Cobalt Hydroxide
Working Principle
Wet feed enters the disperser at the base of the drying column, where a high-speed rotor breaks it into fine particles that are instantly caught by the hot air stream. Surface moisture evaporates within seconds as particles travel up the column; a classifier at the top returns coarse particles for further drying and passes finished powder to cyclone separation.
XSG Revolving Flash Dryer for Glyphosate – Agrochemical Duty
Working Principle
Wet feed enters the disperser at the base of the drying column, where a high-speed rotor breaks it into fine particles that are instantly caught by the hot air stream. Surface moisture evaporates within seconds as particles travel up the column; a classifier at the top returns coarse particles for further drying and passes finished powder to cyclone separation.
XSG Spin Flash Dryer for Chlortetracycline – SS304 Professional Build
Working Principle
Wet feed enters the disperser at the base of the drying column, where a high-speed rotor breaks it into fine particles that are instantly caught by the hot air stream. Surface moisture evaporates within seconds as particles travel up the column; a classifier at the top returns coarse particles for further drying and passes finished powder to cyclone separation.
XSG Steam-Heated Flash Dryer for Silicon Dioxide (Silica) Powder
Working Principle
Wet feed enters the disperser at the base of the drying column, where a high-speed rotor breaks it into fine particles that are instantly caught by the hot air stream. Surface moisture evaporates within seconds as particles travel up the column; a classifier at the top returns coarse particles for further drying and passes finished powder to cyclone separation.
XSG SS304 Flash Evaporation Dryer for Rice Husk & Biomass Powder
Working Principle
Wet feed enters the disperser at the base of the drying column, where a high-speed rotor breaks it into fine particles that are instantly caught by the hot air stream. Surface moisture evaporates within seconds as particles travel up the column; a classifier at the top returns coarse particles for further drying and passes finished powder to cyclone separation.
XSG Spin Flash Dryer for Lithium Battery Powder – Efficient Drying
Working Principle
Wet feed enters the disperser at the base of the drying column, where a high-speed rotor breaks it into fine particles that are instantly caught by the hot air stream. Surface moisture evaporates within seconds as particles travel up the column; a classifier at the top returns coarse particles for further drying and passes finished powder to cyclone separation.
Flash Evaporation Dryer for Protein Feed & Fiber Slurries
Working Principle
Wet feed enters the disperser at the base of the drying column, where a high-speed rotor breaks it into fine particles that are instantly caught by the hot air stream. Surface moisture evaporates within seconds as particles travel up the column; a classifier at the top returns coarse particles for further drying and passes finished powder to cyclone separation.
XSG Revolving Flash Vaporization Dryer for Chlortetracycline
Working Principle
Wet feed enters the disperser at the base of the drying column, where a high-speed rotor breaks it into fine particles that are instantly caught by the hot air stream. Surface moisture evaporates within seconds as particles travel up the column; a classifier at the top returns coarse particles for further drying and passes finished powder to cyclone separation.
XSG Flash Dryer for Silicon Carbide – SS304 Abrasive-Resistant Build
Working Principle
Wet feed enters the disperser at the base of the drying column, where a high-speed rotor breaks it into fine particles that are instantly caught by the hot air stream. Surface moisture evaporates within seconds as particles travel up the column; a classifier at the top returns coarse particles for further drying and passes finished powder to cyclone separation.
XSG Revolving Flash Vaporization Dryer for Cassava & Starch Duty
Working Principle
The hot air enters into the bottom of the drier in tangent direction. Under the driving of the stirrer, a powerful rotating wind field is formed. The paste state materials enter into the drier through the screw feeder. Under the powerful function of the stirring vanes at high-speed rotation, the materials are distributed under the function of strike, friction and shearing force. The cake state materials will be smashed and contact the hot air fully and the materials are heated and dried. The dehydrated materials will go up with the hot-air flow. The step rings will stop and keep the big particles. Small particles will be discharged out of the drier from the center of the machine and the material will be collected by cyclone separator of dust collector. The wet or big particles will be swin
QG/FG Series Pulse Air Stream Dryer – High-Speed Flash Drying
Working Principle
The QG Series Airflow Dryer is a mass quantity drying equipment, which adopts instant drying technology. It utilizes the fast-moving hot air to lead the wet material and keep it suspended in the hot air and this strengthen the drying process and improve heat and mass transfer rate. The unbound water of dried material is almost completely removed (for example: the initial moisture of starch material is ≤40%, the final moisture can be 13.5%). The dried material will not deteriorate which ensure higher quality than common dryers and ensure the users can achieve a higher economic return in the short time. Hot Air Stream Dryer APPLICATION This dryer is widely applied for drying granule and powder in the industries of chemical, foodstuff, pharmaceutical, construction materials, plastic; such as