Vacuum can
A vacuum tank is a specialized pressure vessel designed to create a stable vacuum environment, capable of achieving high-vacuum and ultra-high-vacuum conditions. It is widely used in industrial processes such as vacuum degassing, vacuum drying, vacuum adsorption, and vacuum buffering, serving as a core ancillary component of vacuum systems and providing reliable environmental support for various vacuum processes.
A vacuum tank is a specialized pressure vessel designed to create a stable vacuum environment, capable of achieving high-vacuum and ultra-high-vacuum conditions. It is widely used in industrial processes such as vacuum degassing, vacuum drying, vacuum adsorption, and vacuum buffering, serving as a core ancillary component of vacuum systems and providing reliable environmental support for various vacuum processes.
Product Description
Product Overview
A vacuum tank is a specialized pressure vessel designed to create a stable vacuum environment, capable of achieving high-vacuum and ultra-high-vacuum conditions. It is widely used in industrial processes such as vacuum degassing, vacuum drying, vacuum adsorption, and vacuum buffering, serving as a core ancillary component of vacuum systems and providing reliable environmental support for various vacuum processes.
Core Architecture and Technology
Main structure: The tank is constructed from high-strength carbon steel or stainless steel and equipped with quick-opening sealed tank doors, vacuum flanges, vacuum valves, pressure gauges, safety valves, and other safety devices, ensuring a robust structure and excellent sealing performance.
Supporting systems: Compatible with various types of vacuum pumps, including rotary vane pumps, Roots pumps, and molecular pumps, to meet diverse vacuum requirements; integrated intelligent control system for real-time monitoring of chamber vacuum levels, ensuring process stability.
Safety Design: Adheres strictly to relevant pressure vessel codes and standards, equipped with multiple safety interlocks and protective devices to eliminate potential hazards and ensure stable, reliable operation.
Core Advantages
High vacuum degree and strong stability: It can achieve a high-vacuum environment with long vacuum retention, meeting the requirements of various demanding vacuum processes.
Excellent sealing performance: Utilizes a high-quality sealing design to ensure zero leakage, thereby maintaining a consistently stable vacuum environment inside the tank.
Highly customizable and adaptable: Tank dimensions and configurations can be tailored to meet customers’ specific vacuum requirements, vessel volumes, and process needs, making them suitable for a wide range of industrial applications.
Safe and durable, with convenient maintenance: the tank undergoes rigorous pressure testing, ensuring a long service life, simple daily maintenance procedures, and low operation and maintenance costs.
Typical Application Scenarios
Industrial manufacturing: process support for vacuum degassing, vacuum drying, vacuum adsorption, vacuum buffering, and more.
Food Processing: Vacuum Packaging and Vacuum Freeze-Drying Systems
Chemical Industry: Vacuum Processing of Chemical Raw Materials, Supporting Vacuum Reactors
Research areas: laboratory vacuum experiments, material property testing
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