Venaflon® HF-X
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Technical Datasheet Venaflon® HF-X Applications It is specially recommended for the transport of liquid or semi-liquid fluids in the food, cosmetic, chemical and pharmaceutical industries. This hose present a wide field of application due to its construction which gives it a balance between strength and lightness. The inner layer for this hose is made of PFA (Perfluoroalkoxy) which has a high compatibility with highly aggressive chemicals. This hose is able to transport liquid or semi-liquid food-stuffs by impulsion or suction, since its design can resist either pressure or vacuum. Limitations Respect the bending radius and work pressure established values. Mind the chemical compatibility of the fluid with the inner PFA Regulations The inner layer of PFA is in compliance of: − Odorless, tasteless and completely non-toxic. High flexibility The inner PFA layer of this hose presents a resistivity lower than 106. Black and smooth appearance of the inner layer of PFA, translucent and smooth appearance of the outer silicone layer. Can be equipped with 316L stainless steel fittings on each end with a roughness value of less than 0,8 m (or 0,5 m on request). Upon request it can be equipped with Clamp fittings with a conductive inner cover of PFA. Operational temperature range from -30°C (-22 F) to +150°C (302 F). The hose is manufactured in a maximum length of 20m (65.62 ft). The vacuum resistance is 0.9 bar (13.05 psi). USP Class VI <87> in vitro tests USP Class VI <88> in vivo tests Technical Specifications The outer silicone layer is in compliance of: − USP Class VI <88> in vivo tests USP Class VI <87> in vitro tests Contact your sales office for more informat

Technical Datasheet Venaflon® HF-X Inner Diameter Construction This reference is manufactured with a conductive (R<106) black inner layer of PFA (Perfluoroalkoxy), polyester reinforcements and a stainless steels spring wire encased. Technical information for explosive atmospheres Obligations - This reference is outside the scope of the ATEX Directive 94/9/EC due to the fact it's a product having not their own source of ignition. - End-to-end electrical bonding to assure continuity is necessary; metal helix of the hose must be connected electrically to both end fittings. - Properly connect...

Technical Datasheet Venaflon® HF-X Electrical properties Reference standards ISO 8031:2009 / EN12115 (if is complete with end fittings) R<100Ω Electrical features information Classification of hose grades Continuous electrically bonded ISO 8031:2009 & IEC/TS 6007932-1:2013 Antistatic only on inner lining (incorporating antistatic layer, 1kΩ≤R≤100MΩ) Zone 0-20 (Class I & II D1) Zone 1-21 (Class I & II D1) Zone 2-22 (Class & II D2) Explosive Atmosphere inside the hose ATEX ZONES Explosive Atmosphere outside the hose ATEX ZONES According to IEC/TS 60079-321:2013 the hose can classify as...