Vacuum Dryer

Vacuum Dryer

The Raw Material Exists At The State Of Vacuum. The Drop Of Team Pressure Makes The Moisture (Solvent) At The Surface Of Raw Material Become Saturation And Will Evaporate. The Solvent Will Be Discharged Through Vacuum Pump An Drecovered In Time. The Inner Moisture (Solvent) Of Raw Material Will Infiltrate, Evaporate And Discharge Continuously. The Three Processes Are Carried Outunceasingly And The Purpose Of Drying Can Be Realized Within a Short Time.

 

What Is Vacuum Dryer?

The Vacuum Dryer Is a New Generation Of Drying Equipment In Our Factory. It Has Two Connection Modes: Pulley And Chain. It Runs Smoothly. The Special Design Ensures Good Concentricity Of The Two Shafts. The Heat Medium And Vacuum System Use Imported Reliable Mechanical Seals Or Rotary Joints.

Volume Inside Of Tank（L）	100	350	500	750	1000	1500	2000	3500
Max.Loading Capacity（L）	40	140	200	300	400	600	800	1400
Max.Loading Weight（Kg）	20	70	100	150	200	300	400	700
Revolution（Rpm）	3~13					6	5	4
Heating Area （㎡）	1.1	2.3	2.8	3.9	5.1	6.5	8.2	12.2
Power Of Motor（Kw）	0.75	1.1	1.5	2.2	3	4	5.5	7.5
Occupied Area，Lxw（Mm）	2160×800	2160×800	2350×800	2560×1000	2860×1300	3060×1300	3260×1400	3760×1800
Rotating Height（Mm）	1750	2100	2250	2490	2800	2940	2990	3490
Design Pressure Inside Of Tank（Mpa）	-0.1~0.15
Design Pressure Of Jacket（Mpa）	≤0.3
Weight（Kg）	800	1100	1200	1500	2800	3300	3600	6400

 

Vacuum Dryer

• Let Heat Source (For Example, Low Pressure Steam Or Heat Conduct Oil) Pass Through The Sealed Jacket. The Heat Will BeTransmitted To Raw Material To Be Dried Through Inner Shell;
• Under Driving Of Power, The Tank Is Rotated Slowly And The Raw Material Inside It Is Mixed Continuously.

 

More Product Model

Vacuum Dryer

 

Product Advantage

• Low-Temperature Drying
• Vacuum Dryers Operate Under Reduced Pressure, Lowering The Boiling Point Of Water

 

• High Efficiency
• The Vacuum Environment Accelerates Moisture Removal, Significantly Reducing Drying Time And Increasing Productivity

 

• Maintaining Material Properties
• Minimizing Thermal Stress And Oxidation

 

• Energy Saving
• Lower Temperatures And Faster Cycles Reduce Energy Consumption And Lower Operating Costs

 

• No Oxidation Risk
• The Absence Of Oxygen In The Vacuum Chamber Prevents Oxidation

 

• Multiple Material Compatibility
• Applicable To Powders, Slurries, Pastes And Viscous Liquids

 

• Environmentally Friendly
• Closed System Design Minimizes Emissions

 

• Precise Control
• Advanced Sensors And Automation Technology Precisely Regulate Temperature, Pressure And Humidity

 

Product Application

• Pharmaceuticals
• Food Processing
• Chemical Industry
• Electronics Manufacturing
• Laboratory Research
• Ceramic/Advanced Materials