Garlock products are engineered to address the unique challenges of hydrogen production, from handling extreme temperatures to resisting aggressive chemicals. Select an option below to connect with a fluid sealing expert or find a distributor near you.
The STRESS SAVER® 3504 features raised ribs for stress optimization in low load flanges, making it perfect for non-metallic flat and raised face flanges. It offers excellent chemical resistance, limited creep and cold flow, and superior physical properties, ensuring reliable and safe operations in hydrogen production.
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GYLON® 3545 is engineered for hydrogen applications that require exceptional chemical resistance and reliable sealing under varying pressures and temperatures. Its unique PTFE formulation makes it an ideal choice for hydrogen distribution systems and storage facilities, where maintaining a secure, leak-free environment is essential. Additionally, GYLON® 3545 is well-suited for hydrogen-related chemical processing, providing long-term durability and performance in aggressive chemical environments. With its superior compressibility and ability to conform to irregular surfaces, GYLON® 3545 ensures robust sealing in demanding hydrogen service conditions.
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GYLON® 3505 is an aluminosilicate microsphere filled PTFE gasket ideal for oxygen and high-purity water service. It provides excellent bolt torque retention, reduced creep relaxation, and improved performance over conventional PTFE, making it perfect for water lines and applications requiring electrical isolation. GYLON® 3505 is available as a one-piece thermal bonded gasket for flanges larger than 70 inches.
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Engineered to perform in the demanding environments of the hydrogen industry, GYLON® 3510 offers superior sealing performance and exceptional chemical resistance. It is particularly well-suited for hydrogen production processes such as alkaline water electrolysis, where it ensures a leak-free seal even in the presence of harsh caustics like potassium hydroxide. Additionally, GYLON® 3510 is ideal for use in green hydrogen production and green ammonia synthesis, where hydrogen is combined with nitrogen to produce ammonia, a crucial component in hydrogen storage and transportation. The gasket also excels in chlor-alkali processes, where chlorine and hydrogen are co-produced, and in hydrochloric acid production, where hydrogen is combined with chlorine. These robust gaskets reduce product loss and ensure long-term reliability in challenging conditions. For large-scale hydrogen systems, GYLON® 3510 is available as a one-piece thermal bonded gasket for flanges larger than 70 inches.
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Featuring the innovative hexagonal surface profile, this gasket combines the benefits of GYLON® 3505 with enhanced compressibility and recovery. It is perfect for hydrogen production environments requiring superior pressure and temperature resistance, particularly in worn and pitted flanges.
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GYLON EPIX® 3510 is engineered for top performance in critical hydrogen industry applications. With its unique hexagonal surface profile, this gasket enhances sealing performance and optimizes load distribution, making it ideal for high-pressure hydrogen production systems, cryogenic hydrogen storage, and hydrogen fueling infrastructure. Its exceptional chemical resistance ensures reliability in processes such as alkaline water electrolysis and Pressure Swing Adsorption (PSA) systems used in hydrogen purification. The innovative design ensures a tighter seal, improved compressibility, and superior recovery, providing long-term reliability in the most challenging hydrogen environments.
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Hydrogen Production (e.g., Electrolysis, Steam Methane Reforming), High-Pressure Hydrogen Storage, Cryogenic Hydrogen Handling, Hydrogen Purification, Hydrogen Compression, Hydrogen Fuel Cell Manufacturing, Hydrogen Pipeline Sealing, Hydrogen Distribution, Hydrogen Infrastructure Maintenance and Repair.