This is a rubber cap for electromagnetic valves. It’s completely black. It has a small multi-layer stepped circular structure. The bottom is a relatively large circular base. This base gives stable support to the whole cap. It also provides a fitting foundation. The cap tapers layer by layer as it goes up. This forms a tower-like three-dimensional shape. The transition between each layer is smooth. There are no obvious edges or burrs.This structural design lets it be embedded accurately into the corresponding part of the electromagnetic valve. When the electromagnetic valve is working, it can adapt perfectly to both static sealing requirements and dynamic component matching. This makes sure the electromagnetic valve works normally.It’s a key sealing component in fluid control systems. It works together with Sealed Diaphragm Pump and Sealed Fluid Transfer Pump. It also meets the functional precision requirements of Mini Sealed Valve and Fluid Check Mechanisms.
1. Function:In the electromagnetic valve system, this rubber cap mainly plays a critical role in sealing and protection. It can be embedded tightly into the corresponding interface or component of the electromagnetic valve.On one hand, it blocks external dust and impurities from getting into the electromagnetic valve’s interior. This avoids contaminating internal components, which would affect performance. On the other hand, it stops internal fluids from leaking when the electromagnetic valve is working. Those fluids might be liquids or gases used for driving or control. This keeps the internal pressure of the electromagnetic valve stable.This lets the electromagnetic valve accurately realize functions like on-off control. It also maintains the stable operation of the whole equipment. Like the hydraulic system of smart toilets. Its sealing and protective functions are the same as the performance requirements of Check and Non-Return Valves and Reverse Prevention Valves in fluid control systems.
2. Performance Characteristics
1)Excellent Sealing PerformanceThe rubber material has elasticity. This lets the cap fit tightly with electromagnetic valve components. It forms a reliable sealing structure. It blocks fluid leakage effectively. It also stops external contaminants from getting in. This makes sure the internal environment is clean and the electromagnetic valve’s pressure is stable. This performance meets the strict standards of Sealed Fluid Direction Control Valve and Micro Sealed Hydraulic Pump for fluid sealing.
2)Good AdaptabilityThe multi-layer stepped structure is designed precisely. It can match the interface size of the electromagnetic valve accurately. During installation, it can be embedded easily. It’s not easy to fall off. This makes sure it matches perfectly with electromagnetic valve components. This adaptability is the same as the fitting requirements of One-Way Flow Valves and Directional Control Valves in fluid systems.
3)Environmental ResistanceIt has good water resistance and oil resistance (if it touches related fluids). It also has good temperature resistance. It can work stably for a long time in the electromagnetic valve’s working environment. Like within a certain temperature range, or when touching water or specific media. It won’t age, deform, or have performance degradation easily because of environmental factors. This environmental adaptability meets the durability standards of Sealed Fluid Transfer Pump supporting components in harsh environments.
4)High Elasticity and ToughnessThe rubber material gives it excellent elasticity and toughness. During installation, it can change shape a little to fit tightly. At the same time, it can stand slight vibrations and pressure changes when the electromagnetic valve is working. It won’t crack or break easily. This makes sure it has a long service life. This mechanical property meets the performance requirements of Mini Sealed Valve and flexible fluid control components.
5)Chemical StabilityIt works well with common media in electromagnetic valves. Like hydraulic oil and water. It won’t have chemical reactions with them. It won’t contaminate the media. It also won’t have its own structure damaged by media erosion. This makes sure the electromagnetic valve system has chemical stability. This chemical stability meets the material compatibility standards of Directional Control Valves and integrated fluid control systems.
