| Quantity: | |
|---|---|
JN-FL 23 2008
JONENG
7307290000
Stainless Steel Sanitary High Pressure Thread Clamped Hose Coupling Nipple
The stainless steel sanitary hose connector is designed to provide efficient and reliable connection solutions in fluid delivery systems that require strict hygiene standards. It connects the hose to the pipeline or equipment tightly through threads, clamps or other connection methods to ensure no leakage and no pollution. Its material is stainless steel, which has strong corrosion resistance, high temperature resistance and pressure resistance, and is suitable for food, pharmaceutical, chemical and other industries. The design takes into account easy disassembly, cleaning and maintenance to ensure that the system can maintain a high hygienic state after each use, thereby avoiding cross contamination and ensuring the purity and safety of fluid delivery.
Working principle
The working principle of the stainless steel sanitary hose connector is based on mechanical fastening and sealing performance. Insert one end of the hose into the interface part of the connector, and rotate the connector to make the threaded part dock with the threaded interface of the pipe or equipment to ensure fastening. There is a sealing ring (such as EPDM, PTFE, etc.) in the connector. During the connection process, the thread or clamp of the connector will press the sealing ring between the hose and the connector to ensure that the interface is effectively sealed to prevent leakage. Through the tightening of the thread or clamp, the connection between the hose and the connector becomes stable, ensuring that it will not loosen or leak during the fluid transportation process. When the connection is completed, the hose connector is in a closed state, and the fluid can be stably transported in the pipeline to ensure no pollution and no leakage.
The options of stainless steel sanitary hose connectors include:
Connection method: clamp connection, welding connection.
Material: 304 stainless steel, 316L stainless steel.
Size: A variety of pipe diameters are available.
Sealing material: EPDM, PTFE, fluororubber, etc.
Surface treatment: polishing, brushing, sandblasting.
Specification Chart
| Material | SS304, SS316L | |
| Diameter | 1 "to 24" | |
| Length | 95mm to 265mm | |
| Standard | DIN, ISO, ASTM | |
| Max pressure | up to 10 bar | |
| Standard | 3A/SMS/DIN/ISO2037/ISO1127/AS1528/BS/BPE/IDF | |
| Working temperatur | -15℃ to +160℃ | |
| End connections | Flanged, Threaded | |
| Gasket or seals | Viton, PTFEE | |
Features
● The stainless steel sanitary hose connector adopts an adjustable sealing pressure design, which allows the pressure of the sealing ring to be automatically adjusted under different working pressures to ensure the best sealing effect.
● The internal structure of the stainless steel sanitary hose connector has been optimized, and the impact resistance design has been added, so that the connector can still maintain a stable connection under high pressure or frequent vibration.
● The internal flow channel of the stainless steel sanitary hose connector has been finely designed, the surface is smooth, the resistance is small when the fluid flows, and the turbulence of the fluid is reduced.
● The sealing ring in the stainless steel sanitary hose connector adopts a specially designed high-frequency anti-vibration reinforcement material, which can maintain performance under extreme conditions.
● The stainless steel sanitary hose connector is embedded with a special low-pressure leak detection function. When the internal pressure is too low, the system can automatically alarm.
● The stainless steel sanitary hose connector is designed with an automatic docking function, which allows the hose to automatically align with the connector interface when connected without additional adjustment.
Application
Stainless steel sanitary hose connectors are widely used in the following industries: Food industry: ensure the safe transportation of food raw materials and meet high hygiene standards. Pharmaceutical industry: accurately control the flow of drugs, prevent cross contamination, and ensure the quality of drugs. Chemical industry: adapt to the transportation of strong acid and alkali fluids, and ensure pipeline sealing and corrosion resistance. Beverage industry: Provide stable flow, maintain consistency of beverage formula, and ensure no contamination. Dairy industry: Precisely control the flow of dairy products to ensure product hygiene and quality. Biopharmaceuticals: Ensure the aseptic flow of biological products to avoid bacterial contamination. Cosmetics industry.
Working principle
The working principle of the stainless steel sanitary hose connector is based on mechanical fastening and sealing performance. Insert one end of the hose into the interface part of the connector, and rotate the connector to make the threaded part dock with the threaded interface of the pipe or equipment to ensure fastening. There is a sealing ring (such as EPDM, PTFE, etc.) in the connector. During the connection process, the thread or clamp of the connector will press the sealing ring between the hose and the connector to ensure that the interface is effectively sealed to prevent leakage. Through the tightening of the thread or clamp, the connection between the hose and the connector becomes stable, ensuring that it will not loosen or leak during the fluid transportation process. When the connection is completed, the hose connector is in a closed state, and the fluid can be stably transported in the pipeline to ensure no pollution and no leakage.
The options of stainless steel sanitary hose connectors include:
Connection method: clamp connection, welding connection.
Material: 304 stainless steel, 316L stainless steel.
Size: A variety of pipe diameters are available.
Sealing material: EPDM, PTFE, fluororubber, etc.
Surface treatment: polishing, brushing, sandblasting.
Specification Chart
| Material | SS304, SS316L | |
| Diameter | 1 "to 24" | |
| Length | 95mm to 265mm | |
| Standard | DIN, ISO, ASTM | |
| Max pressure | up to 10 bar | |
| Standard | 3A/SMS/DIN/ISO2037/ISO1127/AS1528/BS/BPE/IDF | |
| Working temperatur | -15℃ to +160℃ | |
| End connections | Flanged, Threaded | |
| Gasket or seals | Viton, PTFEE | |
Features
● The stainless steel sanitary hose connector adopts an adjustable sealing pressure design, which allows the pressure of the sealing ring to be automatically adjusted under different working pressures to ensure the best sealing effect.
● The internal structure of the stainless steel sanitary hose connector has been optimized, and the impact resistance design has been added, so that the connector can still maintain a stable connection under high pressure or frequent vibration.
● The internal flow channel of the stainless steel sanitary hose connector has been finely designed, the surface is smooth, the resistance is small when the fluid flows, and the turbulence of the fluid is reduced.
● The sealing ring in the stainless steel sanitary hose connector adopts a specially designed high-frequency anti-vibration reinforcement material, which can maintain performance under extreme conditions.
● The stainless steel sanitary hose connector is embedded with a special low-pressure leak detection function. When the internal pressure is too low, the system can automatically alarm.
● The stainless steel sanitary hose connector is designed with an automatic docking function, which allows the hose to automatically align with the connector interface when connected without additional adjustment.
Application
Stainless steel sanitary hose connectors are widely used in the following industries: Food industry: ensure the safe transportation of food raw materials and meet high hygiene standards. Pharmaceutical industry: accurately control the flow of drugs, prevent cross contamination, and ensure the quality of drugs. Chemical industry: adapt to the transportation of strong acid and alkali fluids, and ensure pipeline sealing and corrosion resistance. Beverage industry: Provide stable flow, maintain consistency of beverage formula, and ensure no contamination. Dairy industry: Precisely control the flow of dairy products to ensure product hygiene and quality. Biopharmaceuticals: Ensure the aseptic flow of biological products to avoid bacterial contamination. Cosmetics industry.
