Garlock sheet materials are manufactured to ensure a sealing solution for the most demanding applications, including high-temperature, high pressure and aggressive media. It is renowned as the material of choice for severe chemical applications as well as extreme temperatures.
OTHER SHEET MATERIAL MANUFACTURERS: Planichem Materials | Garlock Materials | Latty Materials | Flexitallic Materials | Klinger Materials | James Walker Materials
Galock Aramid Fibre sheet materials are available with a variety of binders, making them an ideal choice for general service compressed non-asbestos gaskets.
Garlock Carbon and graphite materials excel in the harshest conditions of intense heat, high pressure, steam and hot oils. .
Garlock Inorganic Fiber sheet material is excellent for mid-to-high temperatures and fire-resistant applications.
Garlock Controlled Swell material produces gaskets that prevent relaxation and leaks over time.
Garlock THERMaPUR sheet material is perfect for applications where extreme temperatures are a concern.
Garlock's Premium Rubber sheets are manufactured using high-quality homogeneous rubber compounds for performance and compatibility.
Garlock PTFE GYLON and EPIX materials are designed to be used with strongly aggressive media. EPIX includes a profiled surface for improved sealability.
Garlock Vegetable Fibre sheet materials are an industry standard, well suited for oil and water applications.
| Product | Composition | Temperature Range | Max Pressure | Media Use |
| Style 700 | Aramid and Inorganic Fiber with Nitrile Binder | min -73 max +371 °C | 70 Bar | Water, hydrocarbons, oils and gasoline |
| Style 2900 | Aramid Fiber with Nitrile Binder | min -73 max +371 °C | 70 Bar | Water, hydrocarbons, oils and gasoline |
| Style 2950 | Aramid Fiber with Nitrile Binder | min -73 max +371 °C | 70 Bar | Water, hydrocarbons, oils and gasoline |
| Style 3000 | Aramid Fiber with Nitrile Binder | min -73 max +371 °C | 70 Bar | Water, hydrocarbons, oils and gasoline |
| Style 3200 | Aramid Fiber with SBR Binder | min -73 max +371 °C | 83 Bar | Water, saturated steam, inert gases |
| Style 3300 | Aramid Fiber with Neoprene Binder | min -73 max +371 °C | 83 Bar | Water, saturated steam, refrigerants, oils and fuels |
| Style 3400 | Aramid Fiber with SBR Binder | min -73 max +371 °C | 83 Bar | Water, saturated steam, inert gases |
| Style 3700 | Aramid Fiber with EPDM Binder | min -73 max +371 °C | 83 Bar | Water, saturated steam, mild chemicals |
| Product | Composition | Temperature Range | Max Pressure | Media Use |
| Style 9800 | Carbon Fiber with SBR binder | min -73 max +482 °C | 138 Bar | Water, saturated steam, inert gases |
| Style 9850 | Carbon Fiber with Nitrile binder | min -73 max +482 °C | 138 Bar | Saturated steam, water, oils, gasoline, hydrocarbons, most refrigerants |
| Style 9900 | Graphite Fiber with Nitrile Binder | min -73 max +538 °C | 138 Bar | Saturated steam, water, oils, gasoline, hydrocarbons, inert gases |
| GRAPH-LOCK Style 3123/3125 | Graphite Fiber | min -240 max +454 °C | 138 Bar | Aggressive chemicals, fire safe |
| GRAPH-LOCK Style 3124/3126 | Graphite Fiber with 316SS Wire Mesh insert | min -240 max +454 °C | 138 Bar | Aggressive chemicals, fire safe |
| GRAPH-LOCK Style 3125-SS | Graphite Fiber with 316SS Foil insert | min -240 max +454 °C | 138 Bar | Aggressive chemicals, fire safe |
| GRAPH-LOCK Style 3125-SS-HT | Graphite Fiber with 316SS Foil insert | min -240 max +538 °C | 140 Bar | Aggressive chemicals, fire safe. high temperature variant |
| GRAPH-LOCK Style 3125-SS-HT | Graphite Fiber with 316SS Foil insert | min -240 max +538 °C | 140 Bar | Aggressive chemicals, fire safe. high temperature variant |
| GRAPH-LOCK Style 3125-TC | Graphite Fiber with 316SS Tang insert | min -240 max +454 °C | 138 Bar | Aggressive chemicals, fire safe |
| HOCHDRUCK Style 3128 | Graphite Fiber with 316SS Foil insert | min -240 max +454 °C | 138 Bar | Aggressive chemicals, fire safe |
| Product | Composition | Temperature Range | Max Pressure | Media Use |
| Style IFG-5500 | Inorganic Fiber with Nitrile Binder | min -73 max +427 °C | 83 Bar | Saturated steam, water, oils, gasoline, hydrocarbons, most refrigerants |
| Product | Composition | Temperature Range | Max Pressure | Media Use |
| MULTI-SWELL Style 3760 | Synthetic Fiber with Proprietary Rubber Binder | min -73 max +204 °C | 35 Bar | Water, oils, gasoline, hydrocarbons |
| MULTI-SWELL Style 3760U | Synthetic Fiber with Proprietary Rubber Binder | min -73 max +204 °C | 35 Bar | Potable (drinking) water, oil |
| Product | Composition | Temperature Range | Max Pressure | Media Use |
| THERMa-PUR Style 4122-FC | Proprietary | min -40 max +1000 °C | 35 Bar | Extreme temperatures, chemicals |
| Product | Composition | Temperature Range | Max Pressure | Media Use |
| Style 19 | SBR with cloth insert | min -23 max +93 °C | 17 Bar | Water, inert gases |
| Style 22 | SBR with fabric finish | min -23 max +93 °C | 17 Bar | Water, inert gases |
| Style 7797 | Neoprene with fabric finish | min -29 max +121 °C | 17 Bar | Water, inert gases, petroleum oil, weather and ozone |
| Style 7986 | Neoprene with fabric finish | min -29 max +121 °C | 17 Bar | Water, inert gases, petroleum oil, weather and ozone |
| Style 7986 | Neoprene with fabric finish | min -29 max +121 °C | 17 Bar | Water, inert gases, petroleum oil, weather and ozone |
| Style 8314 | EPDM with fabric finish | min -40 max +149 °C | 17 Bar | Water, inert gases |
| Style 8510 | HNBR with satin finish | min -26 max +149 °C | 17 Bar | Water, inert gases |
| Style 8798 | Neoprene with nylon insert | min -0 max +121 °C | N/A | Water, inert gases, petroleum oils |
| Style 9064 | Neoprene with satin finish | min -29 max +121 °C | 17 Bar | Water, oily or aqueous food products, FDA approved |
| Style 9064 | Nitrile with fabric finish | min -29 max +121 °C | 17 Bar | hydrocarbons, oil, fuels, many types of solvents |
| Style 9122 | Nitrile with fabric finish | min -29 max +121 °C | 17 Bar | hydrocarbons, oil, fuels, many types of solvents |
| Style 9200 | Nitrile with nylon finish | min -29 max +93 °C | 17 Bar | hydrocarbons, oil, fuels, many types of solvents |
| Style 9200 | Nitrile with nylon finish | min -29 max +93 °C | 17 Bar | hydrocarbons, oil, fuels, many types of solvents |
| Style 9518 | Fluoroelastomer with satin finish | min -26 max +204 °C | 17 Bar | oil, fuels, acids, chemicals, heat |
| Style 9518 | Fluoroelastomer with satin finish | min -26 max +204 °C | 17 Bar | oil, fuels, acids, chemicals, heat |
| Style 9520 | Fluoroelastomer with satin finish | min -26 max +204 °C | 17 Bar | oil, fuels, acids, chemicals, heat |
| Style 9780 | Fluoroelastomer with satin finish | min -26 max +204 °C | 17 Bar | severe chemicals, steam |
| Style 98206 | EPDM with satin finish | min -40 max +135 °C | 17 Bar | severe chemicals, steam |
| Style 9938 | Fluoroelastomer with fabric finish | min -26 max +204 °C | 17 Bar | acids, aliphatic and aromatic hydrocarbons, fuels and ozone |
| Product | Composition | Temperature Range | Max Pressure | Media use |
| GYLON ENVELON Style 3500 | PTFE with Silica | min -268 max +260 °C | 83 Bar | Water, steam, hydrocarbons, solvents, strong acids, chlorine, cryogenics |
| GYLON EPIX Style 3500 EPX | PTFE with Silica | min -268 max +260 °C | 83 Bar | Water, steam, hydrocarbons, solvents, strong acids, chlorine ,cryogenics |
| GYLON Style 3501-E | PTFE with Silica | min -268 max +260 °C | 83 Bar | Chemicals, petrochemicals |
| GYLON Style 3502 | PTFE with Silica | min -268 max +260 °C | 83 Bar | Water, chemicals, oil & gas, food, FDA approved |
| GYLON Style 3503 | PTFE with Barium Sulfate | min -268 max +260 °C | 83 Bar | Water, chemicals, oil & gas, food, FDA approved |
| GYLON Style 3504 | PTFE with Aluminosilicate Microspheres | min -268 max +260 °C | 55 Bar | Water, chemicals, oil & gas, food, FDA approved |
| GYLON Style EPIX 3504 EPX | PTFE with Aluminosilicate Microspheres | min -268 max +260 °C | 83 Bar | Water, hydrocarbons, solvents, acids, cryogenics, refrigerants |
| GYLON Style EPIX 3504 EPX | PTFE with Aluminosilicate Microspheres | min -268 max +260 °C | 83 Bar | Water, hydrocarbons, solvents, acids, cryogenics, refrigerants |
| GYLON Style 3505 | PTFE with Aluminosilicate Microspheres | min -268 max +260 °C | 55 Bar | Potable drinking water, hydrocarbons, solvents, acids, cryogenics, refrigerants |
| GYLON EPIX Style 3505 EPX | PTFE with Aluminosilicate Microspheres | min -268 max +260 °C | 55 Bar | Potable drinking water, hydrocarbons, solvents, acids, cryogenics, refrigerants |
| GYLON Style 3510 | PTFE with Barium Sulfate | min -268 max +260 °C | 55 Bar | Hydrocarbons, solvents, mild acids, strong causitcs, cryogenics, gases, steam |
| GYLON EPIX Style 3510 EPX | PTFE with Barium Sulfate | min -268 max +260 °C | 83 Bar | Potable drinking water, hydrocarbons, solvents, acids, cryogenics, refrigerants |
| GYLON Style 3530 | PTFE with Graphite | min -268 max +260 °C | 55 Bar | Highly concentrated hydrofluoric acid, volatile hazardous air pollutants, cryogenics |
| GYLON Style 3540 | Microcellular PTFE | min -268 max +260 °C | 83 Bar | Hydrocarbons, strong caustics, strong acids, cryogenics, chlorine |
| GYLON Style 3545 | Microcellular PTFE with Rigid PTFE Core | min -268 max +260 °C | 55 Bar | Hydrocarbons, strong caustics, strong acids, cryogenics, chlorine |
| GYLON Style 3560 | PTFE with Silica and Perforated 316L SS Insert | min -101 max +260 °C | 172 Bar | Hydrocarbons, water, steam, solvents, cryogenics, chlorine |
| GYLON Style 3561 | PTFE with Barium Sulfate and Perforated 316L SS Insert | min -101 max +260 °C | 172 Bar | Hydrocarbons, water, steam, caustics, cryogenics, chlorine |
| GYLON ENVELON Style 3565 | PTFE with Aluminosilicate Microspheres | min -268 max +260 °C | 55 Bar | Hydrocarbons, solvents, mild acids & caustics, cryogenics & refrigerants |
| Product | Composition | Temperature Range | Max Pressure | Media Use |
| Style 660 | Vegetable Fiber with Cork Granules and Glue-glycerin Binder | min -18 max +100 °C | 14 Bar | Water, oils, gasoline |
GARLOCK gasket materials cover everything from general service to extreme applications and are known industry-wide as the material of choice for severe chemical services. Talk to us today about the best material for your application.
Our highly experienced technicians can advise you on the best sheet materials and manufacturing processes for a wide range of gasket applications.