Stainless Steel SS304 FDA Thread Hose Pipe Connect for Chemicals

Stainless Steel SS304 FDA Thread Hose Pipe Connect for Chemicals

The stainless steel sanitary threaded hose connector is designed to achieve reliable connections in fluid delivery systems while ensuring high hygiene standards. It provides extremely high sealing through precise thread interface design to prevent liquid leakage or contamination. Its special material selection and surface treatment process ensure stable operation in high-pressure and corrosive environments, especially in demanding industries such as food and pharmaceuticals, to prevent microbial contamination and material deposition, and extend service life. In addition, the design also takes into account easy cleaning and maintenance to ensure the hygiene and safety of fluid delivery pipelines.

Working principle

The working principle of the stainless steel sanitary threaded hose connector is based on threaded connection technology to ensure a stable connection between the hose and the pipe or equipment. The threaded part of the connector is docked with the corresponding threaded interface of the pipe or equipment, and the connector is firmly fixed by the tight fit of the thread. The sealing ring in the connector (such as PTFE or rubber sealing ring) forms a seal at the connection to prevent fluid leakage. When the hose is connected to the connector, the flexibility of the hose and the fixity of the connector are combined to achieve smooth fluid delivery.

The options of the stainless steel sanitary threaded hose connector are as follows:

Material: 304 stainless steel, 316L stainless steel.

Size: Suitable for a variety of calibers.

Thread standards: NPT, BSP, DIN, ISO.

Surface treatment: polishing, passivation.

Sealing method: gasket seal, cone seal.

Applicable media: liquid, gas, steam.

Pressure level: low pressure, medium pressure, high pressure.

Specification Chart

Features

● The stainless steel sanitary threaded hose connector adopts double locking threads, and the internal and external threads are tightened at the same time to enhance the connection stability.

● The outer surface of the stainless steel sanitary threaded hose connector is designed with anti-slip texture, which increases the friction with the nut and prevents sliding during manual operation.

● The design of the stainless steel sanitary threaded hose connector allows the hose to be adjusted at an angle when connected, providing a more flexible installation method.

● The stainless steel sanitary threaded hose connector has strong anti-fatigue properties and can withstand frequent loosening and tightening.

● The dynamic sealing ring is added to the design of the stainless steel sanitary threaded hose connector, which can effectively compensate for small displacements during long-term use of the connector.

● The surface of the stainless steel sanitary threaded hose connector adopts self-cleaning material, which can effectively reduce the accumulation of sediments when the fluid flows.

Application

Rubber joints find their application where movement, vibration,  and flexibility are critical considerations. Some common applications of rubber joints include are Heating and cooling  devices, Materials handling technologies, Water pipes, Desalination plants, Compressors, Blowers and fans,  Cement industry, Chemical industry, Glass industy, Wood-processing industry, Pulp and paper industry, Railed vehicles,  Refineries, Shipbuilding, Steel mills, Sugar industry.

Working principle

The working principle of the stainless steel sanitary threaded hose connector is based on threaded connection technology to ensure a stable connection between the hose and the pipe or equipment. The threaded part of the connector is docked with the corresponding threaded interface of the pipe or equipment, and the connector is firmly fixed by the tight fit of the thread. The sealing ring in the connector (such as PTFE or rubber sealing ring) forms a seal at the connection to prevent fluid leakage. When the hose is connected to the connector, the flexibility of the hose and the fixity of the connector are combined to achieve smooth fluid delivery.

The options of the stainless steel sanitary threaded hose connector are as follows:

Material: 304 stainless steel, 316L stainless steel.

Size: Suitable for a variety of calibers.

Thread standards: NPT, BSP, DIN, ISO.

Surface treatment: polishing, passivation.

Sealing method: gasket seal, cone seal.

Applicable media: liquid, gas, steam.

Pressure level: low pressure, medium pressure, high pressure.

Specification Chart

Features

● The stainless steel sanitary threaded hose connector adopts double locking threads, and the internal and external threads are tightened at the same time to enhance the connection stability.

● The outer surface of the stainless steel sanitary threaded hose connector is designed with anti-slip texture, which increases the friction with the nut and prevents sliding during manual operation.

● The design of the stainless steel sanitary threaded hose connector allows the hose to be adjusted at an angle when connected, providing a more flexible installation method.

● The stainless steel sanitary threaded hose connector has strong anti-fatigue properties and can withstand frequent loosening and tightening.

● The dynamic sealing ring is added to the design of the stainless steel sanitary threaded hose connector, which can effectively compensate for small displacements during long-term use of the connector.

● The surface of the stainless steel sanitary threaded hose connector adopts self-cleaning material, which can effectively reduce the accumulation of sediments when the fluid flows.

Application

Rubber joints find their application where movement, vibration,  and flexibility are critical considerations. Some common applications of rubber joints include are Heating and cooling  devices, Materials handling technologies, Water pipes, Desalination plants, Compressors, Blowers and fans,  Cement industry, Chemical industry, Glass industy, Wood-processing industry, Pulp and paper industry, Railed vehicles,  Refineries, Shipbuilding, Steel mills, Sugar industry.