How does the sealing structure of aluminum fuel nozzles ensure leakage?

Through simulation analysis, the ratio of sealing surface length to diameter is optimized, the influence of thermal deformation on sealing pressure distribution is controlled, and leakage caused by local stress concentration is avoided.

How to avoid resonance between the modal frequency of the closed impeller and the excitation frequency?

Blade manufacturing errors or improper installation will lead to reduced blade root connection stiffness and a decrease in the natural frequency.

How does the split-body design enable individual blade replacement and maintenance?

Located deep within the core of fluid machinery, the split impeller, with its unique structural intelligence and exceptional performance, is quietly revolutionizing the operation of equipment such as pumps, fans, and compressors.

How does the aluminum splitting cone's "split" design achieve unique aesthetic expression and visual impact while maintaining structural integrity?

At the intersection of modern industry and design, the aluminum splitting cone, with its unique form and superior performance, has become an innovative product that combines practical value with aesthetic appeal.

How to make pneumatic components more efficient? Closed impeller optimization is the key

As one of the core components of pneumatic systems, the design of closed impellers directly affects the efficiency, stability and reliability of the system.

What contribution do stainless steel new energy components make to promoting green energy?

Stainless steel new energy components have made many contributions to the development of green energy through their corrosion resistance, high strength and lightweight design