technical knowledge

The hybrid vacuum ejector vacuum system is suitable for a wide range of applications that require efficient and reliable vacuum generation. Some common applications where a hybrid vacuum ejector system may be suitable include: Packaging Machinery For automated packaging lines, hybrid vacuum ejectors can quickly and effectively evacuate packaging containers or bags to prepare them […]

Choosing a heat compressor involves considering several key factors to ensure you select the most suitable and efficient unit for your specific needs. Here are some steps to follow in purchasing a heat compressor: Determine Your Needs Clarify the purpose of the heat compressor and the specific requirements for its operation. Consider the capacity, efficiency,

To ensure the quality, reliability and service life of the ejector, the following aspects can be considered and implemented: Choosing high-quality materials and suppliers Choose high-strength, wear-resistant, corrosion-resistant materials to manufacture the ejector to ensure that it has excellent mechanical properties. Choose a reputable and experienced supplier who can usually provide more stable and reliable

When purchasing specialty ejectors, you should consider the following key factors to make the right choice: Application Requirements Start by identifying what type of product, mold, or process your ejector will be used for. Understand the size, weight, material, and ejection requirements of your product to ensure that your ejector meets these requirements. Ejector force

When purchasing a hybrid vacuum generator vacuum system, you need to pay attention to the following aspects: Vacuum requirements Start by defining the vacuum range required for your application. Different processes and applications require different levels of vacuum, so make sure you choose a vacuum system that meets your specific needs. Pumping rate The pumping

The principle of the vacuum generated by the steam ejector is mainly based on the principles of fluid mechanics and energy conversion. The following are the basic steps for a steam ejector to create a vacuum: High-pressure steam input Steam (working fluid) with a certain pressure is fed into the nozzle of the steam ejector

Multistage jet pump is a special pump type of equipment, its main features and working principle can be summarized as follows: Definition & Structure A multistage jet pump consists of two or more injectors and condensers connected in series. Each injector usually consists of a main part such as a nozzle, a receiving chamber (or

Multistage ejectors are used in a wide range of industrial applications, and here are some specific application examples: High-pressure water cutting technology The multi-stage jet can generate a high-pressure water flow for precise cutting of various materials such as metal, stone, glass, etc. This technology is widely used in the processing and manufacturing industry to

The working principle of a multi-stage injector can be summarized as follows: Structural composition: A multistage jet pump consists of multiple centrifugal jets superimposed. Each injector typically consists of a major part such as a working nozzle, a receiving chamber, a mixing chamber, and a diffuser. Fluid Acceleration & Pressure Boost Inside the ejector, a

Multi-stage injectors are needed for the following reasons: Increased fluid pressure The multistage jet pump consists of multiple centrifugal jets superimposed, each of which can accelerate and send the pumped liquid out, and the outlet flow rate of each stage of the jet is higher than that of the previous stage, so as to achieve