Vena® PEM CELL has been especially designed and tested to meet the main requirements of Proton-Exchange Membrane Fuel Cell and contribute to the overall efficiency of these systems. The use of high- purity and quality raw materials in Vena® PEM CELL ensures the ultra-low content of leachable substances and component inertness in Fuel Cell ambient. This, along with the low-permeability rate and great mechanical properties in Vena® PEM CELL and due the versatility of the material, makes it a good election for any part within a Fuel Cell system (either in the cathode, anode, 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

• Good mechanical properties. • Excellent resistance to thermal aging and oxidizing agents (oxygen, ozone, UV). • 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. • Hoses are capped so that they can be delivered with the lower possible level of contaminants. • Operational temperature range from -50°C (-58 F) to +130°C (266 F), it...

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 BLACK FKM HOSE: 1mm layer FKM + 3 layers of Silicone (3,30mm of silicone) VENA® PEM CELL : 4 layers of VENA® PEM CELL (4,30mm) * test made according to ISO 15015-1 Plastics- Film and sheeting - Determination of gas-transmission rate -Part 1: Differential-pressure methods. This is equivalent to ASTM D1434-82(2009) e1 Standard Test Method for Determining Gas Permeability Characteristics of Plastic Film and...

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. • Blue and smooth inner and outer appearance. • 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 customized lateral outlets and metal screwed connections for adapting any sensor. • Can be equipped with stainless steel or aluminum connections.

Fabric properties The typical properties of the polyester mesh fabric are: Break strength (length) Break strength (width) Break elongation (length) Break elongation (width) LIMITATIONS Respect the work pressure established values. High temperatures may affect the bursting and working pressure values.