In fields such as biopharmaceuticals, semiconductor manufacturing, and food and beverage industries that require strict cleanliness and stability in fluid transportation, the performance of self-priming pumps directly affects production efficiency and product quality. Kunshan Xinlai Clean relies on its research and development experience in clean fluid equipment to launch a self-priming pump with induced wheels. Through structural optimization and material upgrades, it breaks through the limitations of traditional equipment and becomes the preferred solution for high demand scenarios.
Induction Wheel Collaborative Design: Cracking the bottleneck of self-priming performance
The core advantage of this pump lies inCollaborative structure of inducer and main impellerThe inducer adopts a spiral blade configuration and is pre installed at the inlet of the main impeller, which can pre pressurize the fluid and separate gas-liquid. When the equipment is started, the inducer first cuts and mixes the gas-liquid mixture in the suction pipeline, and then transports it to the main impeller through the spiral channel; The main impeller further increases fluid pressure on the basis of pre pressurization, quickly discharges pipeline air, and shortens the self-priming time by more than 30% compared to traditional equipment.
At the same time, this design effectively avoids the problem of "air binding" - even if a small amount of air remains in the suction pipeline, the inducer can continue to process the gas-liquid mixture, ensuring stable operation of the main impeller, avoiding flow fluctuations or shutdowns, and ensuring the continuity of transportation.
Clean materials and processes: meet high cleanliness standards
The equipment strictly complies with GMP and semiconductor industry cleanliness requirements: overcurrent components in contact with fluids are used316L stainless steel or Hastelloy alloyIt combines corrosion resistance and chemical stability to prevent impurities from dissolving out; The surface of the component is precision polished with a roughness Ra ≤ 0.8 μ m, reducing fluid retention and microbial growth, meeting the requirements for clean transportation of drugs, ultrapure water, and other materials.
In terms of sealing structure, it adoptsFood grade mechanical sealCombining silicon carbide and graphite, it has both wear resistance and sealing properties, preventing fluid leakage and external pollution; The pump body and pump cover are connected by quick installation clamps, which are easy to disassemble, clean and maintain, and reduce cleaning dead corners.
Multi dimensional performance advantages: high efficiency, stability, and low consumption
In addition to the core design, the pump also has multiple highlights:
Wide working condition adaptationEquipped with a variable frequency speed regulation system, the flow rate (0.5-50m ³/h) and head (5-50m) can be flexibly adjusted, suitable for laboratory small dose delivery and industrial scale production;
Low energy consumption and low noiseInduction wheel reduces the load on the main impeller, and the energy consumption of the motor is reduced by 15% -20% compared to traditional pumps; The pump body adopts shock-absorbing design, and the operating noise is ≤ 65dB, which meets environmental standards;
Strong anti cavitation abilityInducing the impeller to increase the fluid pressure at the inlet of the main impeller, suppress cavitation, extend equipment life, and reduce maintenance costs.
Industry precision application: empowering high demand scenarios
With its technological advantages, this pump has been implemented in multiple fields: it is used in biopharmaceuticals for the sealed transportation of fermentation broth and medicinal solutions, ensuring no secondary pollution; The semiconductor industry is responsible for precision transportation of ultrapure water and etching solution to ensure process stability; The food and beverage industry is suitable for transporting fruit juice and dairy products, in compliance with food safety standards.
Kunshan Xinlai clean belt induction wheel self-priming pump, with structural innovation as the core and cleanliness standards as the guidance, integrates self-priming efficiency, stability, and cleanliness to provide reliable support for precision fluid transportation, helping the industry improve production efficiency and product quality.