Product transfer, small-bore supply, and auxiliary equipment piping. Select connection products for the intended use.
Review selection pointsDiscuss this applicationReview product-contact transfer, small-bore supply and auxiliary utilities by duty.
Flexible connections between ingredient or product tanks and equipment. Review wetted layers, reinforcement and end connections for the fluid and cleaning conditions.
Review: Fluid · suction/discharge pressure · temperature/CIP · hose bore and end fittings
Compare tubing and fittings as a combined set for water treatment, dispensing and similar small-bore liquid lines. Confirm fluid-contact suitability for each item.
Review: Tube OD and tolerance · fluid and temperature · fitting and seal materials
Review pneumatic and auxiliary connections exposed to cleaning environments. Identify requirements for utility duty and hygienic product-contact piping separately.
Review: Thread and tube dimensions · corrosion and cleaning agents · direct food contact
Illustrative product categories based on public product forms. Confirm the actual supply configuration and specifications against the intended conditions.
Review product locations and fluid paths.
Separate the product-contact path from supporting utilities and check the complete connection set for contact suitability, pressure, temperature and cleaning.
A conceptual illustration created to explain equipment and application locations. It is not an actual product photograph, installation photograph or piping/wiring design.
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Concept of the product-transfer path. Select the actual hose, end fittings, and seals together for the fluid, pressure, temperature, and cleaning conditions.
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An example of small-bore liquid supply. Check contact compatibility for each fluid and the pressure and temperature ranges of every component.
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An example of an auxiliary pneumatic line. It does not depict sanitary connections for product-contact components or an aseptic fluid path.
These conceptual views explain flow direction. Actual piping, wiring and physical flow rates require a separate design.
Define the intended use and conditions to identify the required role of each item.
Define whether the purpose is product or ingredient transfer, water supply, or equipment pneumatics.
Evaluate hoses, tubing, fittings, and seals as an assembly, and check specifications and operating ranges.
Check connection leakage and replacement and inspection procedures under actual cleaning and operating conditions.
Suitability of the same hose or fitting can vary with the fluid it contacts and the cleaning conditions. Distinguish product-contact components from auxiliary piping using the current specifications and operating environment.
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| Application duty | Product to review | Selection evidence |
|---|---|---|
| Product transfer | Hygienic transfer hose | Fluid-contact layer, reinforcement structure, inside diameter, bending, suction/discharge, and end connections |
| Small-bore liquid supply | Tubing + push-in fittings | Tube outside diameter and tolerances, pressure and temperature, and compatibility of the fluid and seals |
| Auxiliary equipment utilities | Threaded and tube connection fittings | Specification system, cleaning agents and external corrosion, gas used, and whether liquid contact occurs |
| Hygiene and cleaning | Suitability data for the assembly | Food-contact documentation; cleaning agent concentration, temperature, and exposure time; drainage and areas that retain fluid |
Check wetted materials, connection combinations, sterilization or cleaning conditions and the actual operating envelope against item-specific evidence.
Distinguish hose inside diameter, tube outside diameter, and thread specifications, and prepare photographs and drawings of the connections.
Check contact suitability documentation and pressure and temperature ranges for each material, item, and set of operating conditions.
Even when only replacing tubing or combining different fittings, verify the assembly's leakage resistance, pull-out resistance, and suitability for cleaning.
Do not decide by material alone. Check whether the internal design, seals, cleanability and drainability, contact suitability, and connection method are appropriate for the application.
Also compare pressure and vacuum, temperature, bending, cleaning, connectors, and product-contact requirements. Replace it after verification under actual conditions.
These details help narrow the configuration and the evidence to review.
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