Technical Datasheet Vena® SIL 240 Applications It is especially recommended for pressurized air or water conduction at high temperatures, can be used in vehicles and in the industrial sector. For use in cooling and heating systems in buses, coaches, trucks and industrial vehicles, cooling systems in cogeneration units and marine engines, and transport of high temperature fluids in general industry. It is recommended for the use in straight sections without curves. Respect the work pressure established values. Gas oil and oil stains do not damage the tubes, but they should not be used to transport fuel or oil, nor be submerged in these liquids. This type of tube is not recommended for applications with negative pressure (vacuum). This product is not recommended for the transport of abrasive particles. Technical Specifications Meets or exceeds operating requirements of SAE J20 R1 Class A. Not affected by anti-freeze or antirust liquids. Highly resistant to hardening with very good compression characteristics. Excellent flexibility during the assembly process. Smooth inner and outer appearance, and blue color. Upon request, can also be supplied in other colors. Excellent resistance to thermal aging and oxidizing agents (oxygen, ozone, UV). Operational temperature range from -60°C (-75 F) to +180°C (356 F), it may reach up to 200°C (392 F) during short periods of time. The standard manufacturing length is 4 meters long (13.12 ft.), although it is available in shorter lengths if necessary. 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 [email protected]

Technical Datasheet Vena® SIL 240 Inner Diameter Wall thickness Working Pressure Bursting Pressure Construction This reference is manufactured with four polyester fabric reinforcements. Alternatives: SIL 240 RA: The inner layer could be made in R/A silicone, that could resist oil drops in this case the inner layer is brown red colored. SIL 240 FVMQ: The inner layer could be made in black FVMQ silicone, that has high capacity to withstand hydrocarbons and oil particles. SIL 240 FKM: The inner layer could be made in black FKM, that it has a higher resistance to oil particles and/or hydrocarbons...