Industrial Drying terminals and rugged computing solutions for industrial vehicles

Product

Rugged Vehicle-Mounted Computers

Built for Demanding Environments

Explore 7–12-inch vehicle computers for precision agriculture, construction, mining, and fleet management—with RTK positioning options and OEM/ODM customization to fit your project.

Categories
Size
YK Series Swing Granulator – Wet Powder Granulation 150–600 kg/h

YK Series Swing Granulator – Wet Powder Granulation 150–600 kg/h

Working Principle

YK Swing Granulator is the special granulator that can make damp powder pass through screen and granulate particles under the reaction of clockwise and counterclockwise rotating of cylinder. In addition, it can make the agglomeration powder into the needed size particles. The material contact area is made of stainless. It’s easy to clean, simple operation and low energy consumption.

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FG Series Vertical Fluid Bed Dryer – Continuous Granule Drying Line

FG Series Vertical Fluid Bed Dryer – Continuous Granule Drying Line

Working Principle

Pre-filtered air is heated and passed up through the material bed via a distribution plate. At the right air velocity, particles suspend and fluidize — behaving like a boiling liquid — so every particle surface meets drying air at once. Moisture-laden air exhausts through a bag filter while dried product discharges continuously or per batch.

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FG Vertical Continuous Vibrating Fluid Bed Dryer

FG Vertical Continuous Vibrating Fluid Bed Dryer

Working Principle

Pre-filtered air is heated and passed up through the material bed via a distribution plate. At the right air velocity, particles suspend and fluidize — behaving like a boiling liquid — so every particle surface meets drying air at once. Moisture-laden air exhausts through a bag filter while dried product discharges continuously or per batch.

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FG Series Vertical Fluidized Dryer – Energy-Saving Vertical Fluid Bed

FG Series Vertical Fluidized Dryer – Energy-Saving Vertical Fluid Bed

Working Principle

Pre-filtered air is heated and passed up through the material bed via a distribution plate. At the right air velocity, particles suspend and fluidize — behaving like a boiling liquid — so every particle surface meets drying air at once. Moisture-laden air exhausts through a bag filter while dried product discharges continuously or per batch.

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FL Series Fluid Bed Dryer Granulator – Seasoning & Flavouring Granules

FL Series Fluid Bed Dryer Granulator – Seasoning & Flavouring Granules

Working Principle

The geometry does the work: in V-type and bin blending the charge splits into two legs and recombines each turn, exchanging positions until uniform; in granulating duty the rotating cylinder or spray system forms granules of controlled size while drying and screening in the same cycle — one machine, fewer transfers, consistent results.

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YPG Pressure Spray Granulation Dryer for Ammonium Phosphate

YPG Pressure Spray Granulation Dryer for Ammonium Phosphate

Working Principle

Liquid feed is pumped to the atomizer — a high-speed wheel or pressure nozzle — which breaks it into millions of micro-droplets inside the hot-air tower. Each droplet dries into a spherical particle within seconds as it falls; powder separates at the chamber outlet and cyclones, and exhaust air passes through bag filtration before emission.

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FL Fluid Bed Dryer Granulator for Food Powders – Stainless Build

FL Fluid Bed Dryer Granulator for Food Powders – Stainless Build

Working Principle

The geometry does the work: in V-type and bin blending the charge splits into two legs and recombines each turn, exchanging positions until uniform; in granulating duty the rotating cylinder or spray system forms granules of controlled size while drying and screening in the same cycle — one machine, fewer transfers, consistent results.

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YPG Series Granulation Pressure Spray Dryer – Organic Catalyst Powders

YPG Series Granulation Pressure Spray Dryer – Organic Catalyst Powders

Working Principle

Liquid feed is pumped to the atomizer — a high-speed wheel or pressure nozzle — which breaks it into millions of micro-droplets inside the hot-air tower. Each droplet dries into a spherical particle within seconds as it falls; powder separates at the chamber outlet and cyclones, and exhaust air passes through bag filtration before emission.

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YPG Stainless Pressure Spray Dryer for Dyes – Azo & Disperse Duty

YPG Stainless Pressure Spray Dryer for Dyes – Azo & Disperse Duty

Working Principle

Liquid feed is pumped to the atomizer — a high-speed wheel or pressure nozzle — which breaks it into millions of micro-droplets inside the hot-air tower. Each droplet dries into a spherical particle within seconds as it falls; powder separates at the chamber outlet and cyclones, and exhaust air passes through bag filtration before emission.

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ZLG Series Vibrating Fluidized Bed Dryer – Industrial Salt Duty

ZLG Series Vibrating Fluidized Bed Dryer – Industrial Salt Duty

Working Principle

Pre-filtered air is heated and passed up through the material bed via a distribution plate. At the right air velocity, particles suspend and fluidize — behaving like a boiling liquid — so every particle surface meets drying air at once. Moisture-laden air exhausts through a bag filter while dried product discharges continuously or per batch.

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KJG Mud & Pasty Material Hollow Paddle Dryer

KJG Mud & Pasty Material Hollow Paddle Dryer

Working Principle

Heat is transferred through heated walls — jacket, shelves, hollow paddles or rotating cones — directly into the material while a vacuum system lowers the boiling point of the liquid being removed. Because drying happens by contact at low temperature rather than by blowing hot air, the product never meets flue gas, oxidation stays minimal, and heat-sensitive materials dry safely and uniformly.

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FZG Mini Food Vacuum Chamber Drying Oven – Tray Type for Labs & Pilot

FZG Mini Food Vacuum Chamber Drying Oven – Tray Type for Labs & Pilot

Working Principle

Heat is transferred through heated walls — jacket, shelves, hollow paddles or rotating cones — directly into the material while a vacuum system lowers the boiling point of the liquid being removed. Because drying happens by contact at low temperature rather than by blowing hot air, the product never meets flue gas, oxidation stays minimal, and heat-sensitive materials dry safely and uniformly.

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Rotary Drum Dryer for Lithium Battery Materials – Seed & Precursor Duty

Rotary Drum Dryer for Lithium Battery Materials – Seed & Precursor Duty

Working Principle

1.The material first goes into the inside drum, because there are the spiral shape boards fixed in the drum, when the dryer make rotary working, the spiral shape board will stir the material and make the material do movement.2.When the material reaches the right side of the drum, it will go into the second drum for further drying.3.The same working principle, the material then goes into outside drum, during the drying working process, the material will make three times drying, so the material can be dried completely in this process. Lithium Battery Rotation Drum Dryer Lithium Battery Rotation Drum Dryer Lithium Battery Rotation Drum Dryer Jiangsu Changshi Drying Technology Co., Ltd specializes in design, production and development of mixer, dryer, crusher, granulator, vibrating screen, dus

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GFG Vertical Mixing Granulator Fluid Bed Dryer – High Efficiency

GFG Vertical Mixing Granulator Fluid Bed Dryer – High Efficiency

Working Principle

The geometry does the work: in V-type and bin blending the charge splits into two legs and recombines each turn, exchanging positions until uniform; in granulating duty the rotating cylinder or spray system forms granules of controlled size while drying and screening in the same cycle — one machine, fewer transfers, consistent results.

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PLG Continuous Plate Dryer for Erythritol – Food-Grade Crystal Drying

PLG Continuous Plate Dryer for Erythritol – Food-Grade Crystal Drying

Working Principle

Heat is transferred through heated walls — jacket, shelves, hollow paddles or rotating cones — directly into the material while a vacuum system lowers the boiling point of the liquid being removed. Because drying happens by contact at low temperature rather than by blowing hot air, the product never meets flue gas, oxidation stays minimal, and heat-sensitive materials dry safely and uniformly.

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PLG Continuous Plate Dryer for Inorganic Salts & Chemical Crystals

PLG Continuous Plate Dryer for Inorganic Salts & Chemical Crystals

Working Principle

Heat is transferred through heated walls — jacket, shelves, hollow paddles or rotating cones — directly into the material while a vacuum system lowers the boiling point of the liquid being removed. Because drying happens by contact at low temperature rather than by blowing hot air, the product never meets flue gas, oxidation stays minimal, and heat-sensitive materials dry safely and uniformly.

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KJG Sludge Drying Machine – Hollow Paddle Mixer Dryer for Sludge Cake

KJG Sludge Drying Machine – Hollow Paddle Mixer Dryer for Sludge Cake

Working Principle

Heat is transferred through heated walls — jacket, shelves, hollow paddles or rotating cones — directly into the material while a vacuum system lowers the boiling point of the liquid being removed. Because drying happens by contact at low temperature rather than by blowing hot air, the product never meets flue gas, oxidation stays minimal, and heat-sensitive materials dry safely and uniformly.

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KJG Hollow Blade Paddle Dryer for Concrete Slag & High-Moisture Waste

KJG Hollow Blade Paddle Dryer for Concrete Slag & High-Moisture Waste

Working Principle

Heat is transferred through heated walls — jacket, shelves, hollow paddles or rotating cones — directly into the material while a vacuum system lowers the boiling point of the liquid being removed. Because drying happens by contact at low temperature rather than by blowing hot air, the product never meets flue gas, oxidation stays minimal, and heat-sensitive materials dry safely and uniformly.

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KJG Hollow Blade Sludge Dryer – Stainless Fermentation & Sludge Drying

KJG Hollow Blade Sludge Dryer – Stainless Fermentation & Sludge Drying

Working Principle

Heat is transferred through heated walls — jacket, shelves, hollow paddles or rotating cones — directly into the material while a vacuum system lowers the boiling point of the liquid being removed. Because drying happens by contact at low temperature rather than by blowing hot air, the product never meets flue gas, oxidation stays minimal, and heat-sensitive materials dry safely and uniformly.

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XSG SS304 Flash Vaporization Dryer for Cobalt Hydroxide

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.

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