Repeated mating cycles may cause spring displacement, affecting proper valve return. NETONX adopts a retaining ring design to improve spring positioning stability and reduce the risk of valve return failure and leakage.

Different metallic materials and coolant conditions may lead to electrochemical corrosion, which can affect the internal flow path and sealing performance. NETONX offers stainless steel or specially treated aluminum alloy bodies and supports material selection based on specific application conditions.

Contaminants entering the sealing area may affect the seal and lead to leakage. NETONX adopts a dedicated anti-contamination sealing design to help prevent jamming and reduce the impact of particles on sealing performance.

Improper matching of the spring and valve structure may cause jamming or unstable valve movement. NETONX optimizes the spring wire diameter and internal structure to improve valve movement stability and reliability during repeated mating cycles.

The fit and edge geometry of key components can directly affect connection and disconnection performance. NETONX optimizes component chamfers and mating structures to improve smooth operation while reducing the risk of jamming and coolant spray.