Gasketing Systems target fuel cell seal applications.
October 8, 2008 -
AMESSeal(TM) Form-In-Place gasketing systems are suited for Proton Exchange Membrane (PEM), Direct Methanol (DMFC), and Phosphoric Acid (PAFC) fuel cells. Its programmable liquid delivery system automatically dispenses and bonds thin bead of low-durometer elastomers directly onto metal, graphite, or polymer substrates. Beads with height tolerance of ±.05 mm are applied in various sizes with height-to-width ratios from 1:1.5-1:6. Adhesion levels can be tailored to specific sealing needs.
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|Original Press release |
Ames Rubber Corp.
23-47 Ames Blvd.
Hamburg, NJ, 07419
Ames Announces New AMESSeal(TM) Custom Solutions
Improved Sealing Performance and Durability are Ideal Benefits for Fuel Cell Seal Applications
Ames Corporation, a leading manufacturer of high-quality elastomeric coatings, moldings, and insert molded components, introduces its AMESSeal(TM) line of Form-In-Place gasketing systems for Proton Exchange Membrane (PEM), Direct Methanol (DMFC), and Phosphoric Acid (PAFC) fuel cells. Designed to improve sealing performance and durability while reducing costs, AMESSeal provides an adaptable solution to the sealing needs of Fuel Cell stack, Membrane Electrode Assembly (MEA), and Bipolar Plate manufacturers.
The AMESSeal programmable liquid delivery system functions by automatically dispensing and bonding a thin bead of low-durometer elastomers directly onto metal, graphite, or polymer substrates. Compared to traditional die-cut or molded gaskets, the AMESSeal system creates a 50 percent decrease in possible sources of leakage. With its selection of single, multi-layer elastomer gaskets displaying varying temperature and chemical resistance characteristics, the AMESSeal system is applicable to a wide variety of fuel cell applications.
The AMESSeal Form-in-Place gasketing system combines the compliance and sealing of silicone with the improved chemical and temperature resistance and durability of an elastomer, ensuring integrity of sealing over the entire gasket surface. Beads with a height tolerance of ±.05mm are applied in various sizes with height-to-width ratios ranging from 1:1.5 to 1:6. Additionally, adhesion levels can be tailored to satisfy specific sealing needs. Multiple beads can be applied side-by-side and custom size beads are available for a minimal fixture charge.
Gaskets are applied in an infinite number of complex patterns, and the AMESSeal solution works without the high upfront tooling and mold costs associated with die-cut, molded, and mold-in-place gaskets. Based on software-driven technology, the system allows for low cost prototyping and rapid scale-up to easily attainable production volumes.
The flexibility of the AMESSeal system permits the user to make changes to the design and ramp-up of project specifications at a nominal cost. Capable of accommodating an infinite number of MEA plate sizes and configurations, the AMESSeal gasketing system offers low compression forces, excellent adhesion, and easy removal for recycling efforts.
For nearly 60 years Ames has been a leading supplier to international, high-tech customers who require finished elastomeric coatings, moldings, insert molded components and other parts that meet high-quality standards. As one of the very few companies to win the Malcolm Baldrige National Quality Award for business excellence, Ames is ISO 9000-2000 registered, practices Six Sigma and Lean Manufacturing, and is well known for its exceptional attention to process quality control. Ames believes that innovation begins with research and taking a creative approach to the application of manufacturing technologies: The company's AMESSeal(TM) process is the latest result of this ongoing effort. For additional information about Ames or the solutions they offer, please visit www.amesrubber.com, or call (973) 827-8101.