Stainless Steel Polished Threaded Twin Pipe Ferrule for Pharmaceuticals

Stainless Steel Polished Threaded Twin Pipe Ferrule for Pharmaceuticals

The main purpose of the design of stainless steel sanitary ferrules is to ensure perfect sealing of pipe connections in an environment with high hygiene requirements, prevent fluid leakage, and avoid contamination. It is particularly suitable for the food, beverage and pharmaceutical industries, and through precise size and material selection, it ensures excellent performance under high pressure, high temperature and chemical corrosion. At the same time, the design of the ferrule takes into account the functions of easy disassembly and cleaning, reduces cleaning time and labor intensity, ensures pollution-free production process, and ensures the purity and safety of the fluid.

Working Principles

The working principle of stainless steel sanitary ferrules is based on its precise sealing design. When two pipe flanges are connected, the ferrule is placed between the flanges to prevent fluid leakage by pressing and sealing. It uses the elasticity of the material and the close contact surface to form an efficient sealing layer. Using stainless steel sanitary ferrules can reduce the loosening of pipes caused by environmental factors and ensure stable system operation.

The options for stainless steel sanitary ferrules include:

Material: 304 or 316L stainless steel.

Size: Different sizes are available according to pipe specifications.

Shape: flat type, corrugated type, O-ring, etc.

Thickness: Thickness to meet different pressure requirements.

Temperature range: Adapt to different working temperature requirements.

Specification Chart

Features

● The stainless steel sanitary ferrule adopts high-precision processing technology to ensure that the sealing surface is smooth and flat, reduce friction and loss on the contact surface, and improve the sealing effect.

● The elastic characteristics are taken into account in the design of the stainless steel sanitary ferrule, so that the ferrule can adapt to the slight changes of the pipeline flange and always maintain a tight seal.

● The stainless steel sanitary ferrule adopts double sealing technology to enhance the sealing effect, further reduce the risk of fluid leakage, and ensure safe production.

● The stainless steel sanitary ferrule adopts a dead-angle-free design, which makes cleaning more convenient and prevents bacteria and impurities from growing in the pipeline.

● The specially designed ferrule of the stainless steel sanitary ferrule can resist vibration inside and outside the pipeline, prevent loose connections, and maintain a stable sealing state.

● The stainless steel sanitary ferrule has a strong adaptive ability and can automatically adjust the sealing state according to slight changes in the pipeline to maintain the sealing effect.

Application

Stainless steel sanitary ferrules are widely used in the following industries: Food processing: ensure that the ingredients are not contaminated during the processing process and meet the hygiene requirements. Beverage production: maintain hygiene standards during liquid transmission to avoid contamination. Pharmaceutical industry: prevent drugs from being contaminated and meet GMP specifications. Cosmetic manufacturing: ensure a sterile environment during the production of cosmetics. Dairy processing: maintain the purity of the product during dairy processing. Chemical industry: Provide strong seal and corrosion protection in chemical liquid transportation. Biomedicine: Ensure the pollution-free production of biological products in compliance with industry standards.

Working Principles

The working principle of stainless steel sanitary ferrules is based on its precise sealing design. When two pipe flanges are connected, the ferrule is placed between the flanges to prevent fluid leakage by pressing and sealing. It uses the elasticity of the material and the close contact surface to form an efficient sealing layer. Using stainless steel sanitary ferrules can reduce the loosening of pipes caused by environmental factors and ensure stable system operation.

The options for stainless steel sanitary ferrules include:

Material: 304 or 316L stainless steel.

Size: Different sizes are available according to pipe specifications.

Shape: flat type, corrugated type, O-ring, etc.

Thickness: Thickness to meet different pressure requirements.

Temperature range: Adapt to different working temperature requirements.

Specification Chart

Features

● The stainless steel sanitary ferrule adopts high-precision processing technology to ensure that the sealing surface is smooth and flat, reduce friction and loss on the contact surface, and improve the sealing effect.

● The elastic characteristics are taken into account in the design of the stainless steel sanitary ferrule, so that the ferrule can adapt to the slight changes of the pipeline flange and always maintain a tight seal.

● The stainless steel sanitary ferrule adopts double sealing technology to enhance the sealing effect, further reduce the risk of fluid leakage, and ensure safe production.

● The stainless steel sanitary ferrule adopts a dead-angle-free design, which makes cleaning more convenient and prevents bacteria and impurities from growing in the pipeline.

● The specially designed ferrule of the stainless steel sanitary ferrule can resist vibration inside and outside the pipeline, prevent loose connections, and maintain a stable sealing state.

● The stainless steel sanitary ferrule has a strong adaptive ability and can automatically adjust the sealing state according to slight changes in the pipeline to maintain the sealing effect.

Application

Stainless steel sanitary ferrules are widely used in the following industries: Food processing: ensure that the ingredients are not contaminated during the processing process and meet the hygiene requirements. Beverage production: maintain hygiene standards during liquid transmission to avoid contamination. Pharmaceutical industry: prevent drugs from being contaminated and meet GMP specifications. Cosmetic manufacturing: ensure a sterile environment during the production of cosmetics. Dairy processing: maintain the purity of the product during dairy processing. Chemical industry: Provide strong seal and corrosion protection in chemical liquid transportation. Biomedicine: Ensure the pollution-free production of biological products in compliance with industry standards.