GARLOCK NON-ASBESTOS GASKETS
Gasketing is offered in wide range of non-asbestos materials including GYLON® restructured PTFE gaskets, an industry standard for resistance to aggressive chemicals, and its extreme grade gasketing with Flange Free® anti-stick coating. A patented heat welding process enables the production of one-piece gaskets instead of separate segments spliced together. Our gasketing products include engineered low-load styles available in either sheet form or as discreet gaskets as well as materials to effectively seal metallic piping.
The Garlock® BLUE-GARD® compressed, non-asbestos (CNA) gasketing line offers a variety of elastomers that provide exceptional sealability and excel in a wide range of services. The unique blend of aramid fibers, fillers and elastomeric binders provides improved torque retention and drastically lowered emissions levels. BLUE-GARD® gasketing offers cost savings by cutting operational costs through reduced waste, maintenance, stocked inventory, fluid loss, and energy consumption.
GYLON® gasketing is a family of severe service PTFE gasketing materials manufactured using a proprietary process that imparts unique physical properties that are not obtainable through conventional manufacturing methods.
GYLON BIO-LINE® PTFE material provides exceptional sealing performance for all pharmaceutical and food processing applications and processes. Its restructured PTFE composition provides safe, durable and consistent sealing performance in a range of challenging environments, including exposure to acids, caustics, sensitive media, low and high temperatures and pressures.
GARLOCK INGORANIC FIBER
Garlock’s Inorganic Fiber Gasketing offers excellent thermal stability with minimal weight loss, reduced creep relaxation and improved torque retention. The inorganic fibers have excellent thermal and oxidation resistance, withstanding a continuous operating temperature of up to 550°F (290°C), and maximum spike of 800°F (425°C).
GARLOCK HIGH TEMP
Garlock’s high temperature gasketing excels in the harshest conditions—intense heat and high pressure. These high performance gasket materials have been laboratory tested for fire safety. They maintain an effective seal during pressure and temperature fluctuations, and their excellent torque retention lowers leakage rates and reduces maintenance time.