Enclosures that house hydrogen fuel cells must be vented to prevent potential explosions. Fuel cell enclosure filters from Universal Air Filter keep air moving efficiently while keeping dust, debris, rain and mist from entering cabinets, often located in harsh outdoor environments. (read more)

BONDiT B-536, B-575 and B-521 bond dissimilar materials in fast assembly operations. RELTEK epoxies demonstrate excellent versatility in adhesion of polycarbonate, acrylic, glass, metal in consumer lighting fixtures. Now B-575 delivers high performance bonding of polyphenyl oxide (PPO) and metal, for assembly of fuel cells being introduced as the latest technology in lap-top battery packs. (read more)

Pressurex^® pressure indicating sensor film placed in a fuel cell stack assembly. (read more)

Major development objectives for fuel cell systems are simplification, optimisation and maturity of fuel cells and its balance of plant (BoP) components towards competitive cost, low complexity, high lifetime and reliability. Specifically tailored simulation tools and testing systems covering the entire development process are required. (read more)

Delphi has been developing fuel cell technology for over 10 years, and is a leader among industry-wide efforts to bring fuel cell technology to the marketplace. (read more)

Two decades of dependability stand behind Honeywell Sensing and Control's high-accuracy carbon steel load cells, with capacity ranges from 200 to 150,000 lbs. Our load cells minimize bending strains at the strain gage, reducing the primary cause of failure. (read more)

Setra has been providing pressure transducers to enhance fuel cell performance for the past decade. Setra 209, offers stainless steel construction and high reliability in the low ranges required for today's fuel cell applications. (read more)

The Fermenter Control photometric converter is specifically designed to integrate easily into existing bioreactors and fermenters. Using input from one or two optek ASD-series photometric probes, the Fermenter Control precisely measures cell growth/biomass as a function of Near Infared (NIR) absorption. (read more)

The LCI Load Cell Junction Box with Fault Monitoring wall, surface or DIN rail mount four channel junction box for load cell summing applications with fault monitoring and alarm capability. (read more)

The TECHNA-CHECK® PCI Tool Monitoring System, with its easy set-up software, has been developed to monitor for broken and worn tools through spindle power monitoring and vibration monitoring. The PCI version can be used in PC-based controllers, or stand-alone computers. Up to 20 channels can be monitored simultaneously. (read more)