Laboratory Wood Autoclave, Poplar Impregnation Autoclave, Experimental Carbonization Autoclave

• Customization: Available
• After-sales Service: Free Spare Parts, Field Installation, Commissioni
• Warranty: 2 Years
• Model NO.: ETSA-LA
• Function: Rubber Vulcanization
• Application: Mainly Used in Rubber Products, Rubber Hose, Rubbe
• Material: Q345r/Q370r Carbon Steel Composite Autoclave
• Pressure: 0.1MPa≤p<1.6MPa
• Storage Medium: Without
• Pressure Level: Low Pressure (0.1MPa≤p<1.6MPa)
• Condition: New
• Core Components: PLC, Engine, Gearbox, Pressure Vessel, Gear
• Certification: ISO9001/CE/ASME Composite Autoclave
• Color: Customized
• Machinery Test Report: Provided
• Key Selling Points: Accurate Temperature Control
• Control System: Automatic with Siemens PLC
• Raw Material: Carbon Steel / Stainless Steel
• Insulation: Internal Insulation / External Insulation
• Heating Method: Electric / Steam Heating
• Voltage: Customized
• Operating Temperature: Freely Set From 0-300 ºC
• Usage Pressure: Freely Set From 0-1.5MPa
• Transport Package: Standard
• Specification: Customized
• Trademark: ETSA
• Origin: China
• HS Code: 8419899090
• Production Capacity: 500unit/Year

Product Description

 

Product Description

  

Laboratory pressure autoclaves are experimental devices used to simulate high-pressure or vacuum environments. They are widely applied in fields such as materials science, chemistry, biology, medicine, food science, environmental science, energy, electronics, and more. By precisely controlling the pressure and temperature inside the tank, they provide the extreme conditions required for various research and testing needs.
 

Application

 

Research Institutions: Used for fundamental research and innovative experiments.

 

Universities and Colleges: Used for teaching and research projects.

 

Industrial Production: Used for material development, product testing, and quality control.

 

Features

High-Strength Materials: Typically made of high-strength, corrosion-resistant materials such as stainless steel or titanium alloys to ensure safety and durability under high-pressure or vacuum conditions.
Sealing Design: Utilizes high-performance sealing technology to prevent gas or liquid leakage, ensuring a stable experimental environment.
Precise Control: Equipped with pressure sensors, temperature controllers, and intelligent systems to accurately regulate and monitor internal pressure and temperature.
Versatility: Suitable for a wide range of experiments, including material curing, chemical reactions, sample processing, and performance testing.
High Safety: Designed to meet safety standards, featuring pressure relief valves, safety locks, and other safety devices to ensure secure operation.
Customization Options: Can be customized in different sizes, shapes, and functions based on experimental requirements.

Product Parameters

 

Functional Category	Configuration Options	Description
Door Opening Method	Manual Door Opening	The tank door is opened or closed manually, suitable for small equipment or simple operation scenarios.
	Electric Door Opening	The tank door is automatically opened and closed via a motor, offering convenient operation, suitable for medium and large equipment.
	Pneumatic Door Opening	The tank door is opened and closed using compressed air, suitable for scenarios requiring quick operation.
	Hydraulic Door Opening	The tank door is controlled by a hydraulic system, suitable for high-load or large equipment.
Sealing Method	Lip-type Inflatable Silicone Seal	Uses an inflatable silicone seal for excellent sealing performance, suitable for high-temperature and high-pressure environments.
Temperature Control Method	Electric Fully Automatic	Automatic temperature regulation via an electric control system, simple to operate.
	PLC Computer Intelligent Fully Automatic	Uses a PLC control system for precise temperature control and intelligent management, supporting data recording and remote monitoring.
	Manual Control	Temperature is manually adjusted via heating or cooling equipment, suitable for simple experimental needs.
Pressure Control Method	Electric Fully Automatic	Automatic pressure regulation via an electric control system, convenient to operate.
	PLC Computer Intelligent Fully Automatic	Uses a PLC control system for precise pressure control and intelligent management, supporting data recording and remote monitoring.
	Manual Control	Pressure is manually adjusted via a pressure source, suitable for basic experimental needs.
Insulation Method	Double-layer External Insulation	Features a double-layer design with insulation material in between, effectively reducing heat loss and improving energy efficiency.

 

Detailed Photos

 

Company Profile