FLAME Elastomer Vena® PEM CELL FLAME has been specially designed and tested to meet not only the main requirements of Proton-Exchange Membrane Fuel Cell and Electrolyzers and contribute to the overall efficiency of these systems but also achieved the UL-94 V0. The use of high- purity and quality raw materials in Vena® PEM CELL FLAME ensures the ultra-low content of leachable substances and component inertness in PEM technologies ambient. This, along with the low-permeability rate and great mechanical properties in Vena® PEM CELL FLAME and due the versatility of the material, makes it a good election for any part within a Fuel Cell and Electrolyzers systems (either in the Oxygen, Hydrogen, DI Water or refrigeration lines). Vena® PEM CELL material is used for the whole construction of the hoses, not only the inner layer, thus leading to the improvement of overall permeability and performance of the hos

VENA®PEM CELL FLAME • Flame retardant hoses according to UL-94 classification V0. • Excellent purity - extremely low extractables and volatile compounds content. • Specific postcuring process and cleaning protocol is applied to reduce the amount of environmental and production contaminants. Pharma-grade treatment. • Imparts almost no conductivity to contact fluids. • Excellent chemical resistance. • Excellent resistance to thermal aging and oxidizing agents (oxygen, ozone, UV). • Good mechanical properties. • Hoses are capped so that they can be delivered with the lower possible level of contaminants....

VENA®PEM CELL FLAME Resistance against DI WATER, 168 hours at 100°C, ISO 188 Property Method Unit Value Resistance against coolant (Glysantin® FCG20-00/50), 168 hours at 108°C, ISO 188 Property Method Unit Value • Blue and smooth inner and outer appearance (can be produced in other colours) • Inner layer of Vena ® PEM CELL and outers layers of Vena ® PEM CELL FLAME. This reference is manufactured with three polyester fabric reinforcements. Different shapes can be manufactured to adapt the construction to any installation and geometry requirement. (can be produced with additional polyester layers...

VENA®PEM CELL FLAME This reference is in accordance with the RoHS Directive 2002/95/EC and its subsequent amendments including the RoHS2 Directive 2011/65/EU and RoHS3 Directive 2015/863. This reference is classified as V0 by the flammability specification UL-94 (flame retardant and self-extinguishing). Fluid solutions. Solid performance.

VENA®PEM CELL FLAME Gas Permeability comparison between PEM CELL and FKM material on hose sample. BLACK FKM HOSE: 1mm layer FKM + 3 layers of Silicone (3,30mm of silicone) VENA® PEM CELL FLAME: 4 layers of VENA® PEM CELL (4,30mm) * test made according to ISO 15015-1 Plastics- Film and sheeting – Determination of gastransmission rate – Part 1: Differential-pressure methods. This is equivalent to ASTM D143482 e1 Standard Test Method for Determining Gas Permeability Characteristics of Plastic Film and Sheeting, Procedure M. Fabric properties The typical properties of the polyester mesh fabric are:...

VENA®PEM CELL FLAME