Catalog number: TC3-PC9-R3/8 Features: ●Excellent chemical resistance (acid, alkali). ●Low elution of metal ions. ●No hose pull-out or leaks, reducing production problems. ●Simple installation by simply tightening allows for standardized work and maintenance-free operation. ●Lightweight and easy to insert hose, reducing piping time. ●[Energy saving] The effective cross-sectional area is larger than that of general bamboo shoot joints, reducing pressure loss and reducing power consumption. ●*This joint is for indoor use only. Uses: ● For hose piping of water supply and drainage, oil, chemicals, air, etc. Specifications: ● Fluids used: Air, water (industrial water), chemicals, oil ● Compatible hose inner diameter (mm): 9 ● Compatible hose outer diameter (mm): 15 ● Thread dimensions: R3/8 ● Dimension L (mm): 51 ● Dimension Φd1 (mm): 5.5 ● Dimension HEX1 (mm): 27 ● Operating pressure and operating temperature range: Conforms to compatible hose standards ● For indoor use only ● No organic solvents ● Cannot be reused Materials/Finish: ● Nipple: Polyphenylene sulfide (PPSU) ● Cap nut: Nylon ● Thread: Syndiotactic polystyrene (SPS) ● Sleeve: Polypropylene Caution: ● This product is a hose fitting exclusively for Toyox hoses. If it is connected to a hose of another company or a hose other than the compatible hose, it may not be possible to fully demonstrate or maintain its performance, so no guarantee is made. Installation should be performed at 10°C or higher. Installation at temperatures below 10°C may cause damage due to hardening of the resin. ●Do not use the hose with excessive bends near the coupling. Use with a bending radius larger than the hose's minimum bending radius. ●Tighten the cap nut until there are no gaps. Using the hose with gaps can cause problems such as fluid leakage or the hose coming loose. ●This product is for indoor use only. Do not use outdoors. In addition, this product is made of resin and cannot be reused. ●Please check the material of the flow path (inner surface) of this product. Deterioration or fluid leakage may occur depending on the type of fluid.
