Static gasket

rubberfor chemicalsindustrial

Product Overview
Hutchinson has developed EndPlate gaskets, essential components for electrolysis systems, designed for maximum sealing and operating safety. These gaskets are engineered to ensure flawless sealing and optimum performance in demanding environments.

Design and Manufacturing
Drawing on expertise in rubber gasket molding, simulation, and testing, Hutchinson optimizes the design of these gaskets to guarantee a flawless seal and ensure optimum performance. A range of rubber compounds is specially formulated to control chemical contamination of batteries and ensure system integrity. The injection molding process is precise and reliable, guaranteeing proven adhesion to end plates, whether made of engineering polymers or steel.

Features

• Durability in acidic, oxygenated, and hydrogenated environments
• PFAS-free rubber for fuel cells
• Precise, reliable injection molding
• Control of chemical release
• Safe assembly and handling
• Resistance to extreme temperatures (-50°C to 150°C)

Benefits

• Reliability
• Durability
• Safe to use
• PFAS-free

Markets and Expertise

• Chemistry
• Hydrogen
• Industry

Technical Specifications / Characteristics

• Product type: EndPlate gaskets for fuel cells and electrolysis systems
• Material: Specially formulated rubber compounds
• Adhesion: Proven adhesion to engineering polymers and steel end plates
• Temperature resistance: -50°C to 150°C
• PFAS-free: Yes
• Manufacturing process: Precise and reliable injection molding
• Application: Designed to control chemical contamination and ensure system integrity in fuel cell and electrolysis applications