| Customization: | Available |
|---|---|
| After-sales Service: | Free Spare Parts, Field Installation, Commissioni |
| Warranty: | 2 Years |
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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.
| 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. |
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