[Free Sample Distribution] Pipe Resin Tube 'UP Tube'

basic information

Among industrial equipment, automation and labor-saving devices, semiconductor manufacturing equipment, and scientific instruments require stringent quality standards to avoid machine troubles. This also applies to the piping tubes used for gases and liquids in these applications, which demand high performance. Additionally, challenges such as cost, durability, flexibility, and compatibility with piping ports and tube fittings are always present. UP tubes are resin tubes made primarily from polypropylene (PP), suitable for piping gases and liquids in automation and labor-saving devices, semiconductor manufacturing equipment, and scientific instruments. PP, the base material, is relatively inexpensive and lightweight compared to other plastics, offering an excellent balance of rigidity and impact resistance, as well as heat and chemical resistance. This PP is blended with olefin-based resins that enhance flexibility in a unique ratio. As a result, the tubes possess the distinctive properties of PP along with flexibility, achieving a pressure resistance performance of up to 0.8 MPa. These tubes are ideal as replacements for nylon tubes that are not used under high pressure and are suitable for sites using Ushio Lighting's plastic fittings "Z Union," contributing to the stable operation of equipment, devices, and systems.

Price information

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Delivery Time

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Applications/Examples of results

Main uses: Automation and labor-saving equipment, semiconductor manufacturing equipment, scientific instruments, etc.

Detailed information

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  Main Usable Fluids and Practical Temperature Range ■ Main Usable Fluids ● Air and other gases ● Water (pure water, tap water, general industrial water), other liquids ■ Practical Temperature Range The practical temperature range varies depending on the type of fluid ● Air, gases: -20℃ to 60℃ ● Water, liquids: 0℃ to 60℃ *1,2): If chemicals, organic solvents, salts, or corrosive gases are included, it may cause defects. Other gases and liquids should be confirmed for chemical resistance. When using liquids, ensure there is no freezing.

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