Steam ejectors use vapor or gas instead of moving parts to compress gas. In an injector, a gas with a higher pressure, such as steam or air, expands through a nozzle. Steam or air converts pressure or potential energy into velocity or kinetic energy. A jet of high-velocity steam or gas entrains the gas to […]
How a single-stage steam ejector vacuum system works Read More »
Single-stage steam ejector vacuum systems are suitable for use in a variety of applications, including but not limited to the following: Textile industry In the textile process, fibers and yarns are stretched, dried and shaped, often in a vacuum. The single-stage steam ejector vacuum system can provide a stable and efficient vacuum environment to meet
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A single-stage steam ejector vacuum system is a system of equipment that uses the principle of steam injection to generate a vacuum. Its core component is a single-stage steam ejector, which, through the high-velocity flow of steam, creates a negative pressure at the nozzle, which draws the gas and creates a vacuum. The workflow of
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There are several possible failures in a steam ejector vacuum system, and here are some common troubleshooting methods: Nozzle Blockage Check and clean the nozzle for blockages. Large particles of foreign matter can clog the nozzle and cause the vacuum to be less effective. A clogged nozzle can be judged by looking at the sound,
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The working principle of a vacuum ejector is based on the Venturi effect, which uses a low-pressure area generated when a high-speed fluid (usually air or steam) passes through a nozzle to extract and transport gas or liquid. Specifically, when a high-speed fluid passes through a nozzle, its speed increases and the pressure decreases, creating
Working principle and application scenarios of vacuum generator Read More »
Steam ejector vacuum systems are suitable for a variety of scenarios due to their unique working principle and performance characteristics. First of all, it can be used in applications that require a high vacuum environment, such as semiconductor manufacturing, optical thin film manufacturing, and other industries. In these industries, the vacuum requirements are very high,
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how does a steam ejector vacuum system work The working principle of the steam ejector vacuum system is mainly based on the Venturi effect and the law of conservation of momentum. Here is a brief description of how it works: Steam supply: The system first introduces high-pressure steam through the steam supply pipe. These steams
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