Technical Datasheet Vena® SIL 650/V Applications It is especially recommended for the transport of liquid or semi-liquid fluids in the food, cosmetic, chemical and pharmaceutical industries. It offers an extremely broad field of applications. The design ensures a balance between strength and lightness, making it easy to handle. It is recommended especially when a smaller bending radius is required. These hoses are able to transport liquid or semi-liquid foodstuffs at high temperatures by impulsion or suction, since their design can resist pressure or vacuum. Limitations Respect the bending radius and work pressure established values. Mind the chemical compatibility of the fluid with the silicone. This product is not recommended for the transport of abrasive particles Regulations Platinum cured silicone produced in compliance with:  German BfR Standard part XV USP Class VI <88> in vivo tests, 121ºC 3A Sanitary Standard 18-03 Class I (material) Odorless, tasteless and completely non-toxic. Translucent and smooth inner appearance, white or colored and smooth outer appearance. 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). Operational temperature ranges from -60ºC (-75ºF) to +180ºC (356ºF), it may reach up to +200ºC (392ºF) during short periods of time. The standard manufacturing length is 4 meters long (13.12 ft.), but in specific diameters a length of 6 meters (19.69 ft) can be manufactured. The vacuum resistance for this hose is 0.91 Bar (13.23 psi). 3A Sanitary Standard 62-02 (fitted hoses) Technical Specifications Silicone rubber used is in accordance with EU Directive 2002/95/ECC for Restriction of the use of hazardous substances (RoHS) Contact your sales office for more information

Technical Datasheet Vena® SIL 650/V Inner Diameter Wall thickness Construction This reference is manufactured with three polyester fabric reinforcements and a stainless steel wire spring, everything encased inside the hose. SIL 650/V AC: The hoses are equipped with a copper wire fitted parallel to the stainless steel wire spring to improve static electricity discharge1. 1. The hose must be properly earthed to allow the current dissipation of the static charge, earthling the hose metallic fittings or directly the copper wire of both ends of the hose. The extreme working conditions or the use of...