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Aramid fibers with an NBR binder
The BLUE-GARD® Style 3000 compressed fiber gasketing is made with aramid fibers with an NBR binder. This gasket provides improved torque retention and drastically lowers emissions levels. It also cuts operational costs by reducing waste and energy consumption.
- Excellent sealability
- Improved torque retention
- Drastically lowered emissions levels
- Cuts operational costs through reduced waste, maintenance, stocked inventory, fluid loss, and energy consumption
- Available in sheet or cut gasket form
- Unique blend of aramid fibers, fillers and an NBR rubber binder
- Blue color
- Min. Temperature: -100°F / -73°C
- Max. Temperature: 700°F / 371°C
- Continuous Max: 400°F / 205°C
- Max Pressure: 1000 PSI / 70 bar
- Maximum PxT 1/16: 350,000°F x PSIG / 12,000 bar x °C
- Maximum PxT 1/8: 250,000°F x PSIG / 8,600 bar x °C
Utility Services
Water
Aliphatic hydrocarbons
Oils
Gasoline
Inorganic fibers with a nitrile binder
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).
- Tighter seal
Excellent thermal stability with minimal weight loss
Reduced creep relaxation and improved torque retention provide optimal sealability
Temperature resistant
Withstand a continuous operating temperature of up to 550° F (290° C), and maximum spike of 800° F (425° C)
IFG® 5500 has passed the Garlock Fire Test and is ABS Fire-Safe Type Approved. - Seals effectively during thermal cycling
- Fire safe – withstood API fire tests
- Chemically resistant
- Long service life
- Available in sheet or cut gasket form
- Min. Temperature: -100° F / -73° C
- Max. Temperature: 800° F / 427° C
- Continuous Max: 550° F / 288° C
- Max. Pressure: 1,200 PSI / 83 bar
- Maximum PxT 1/16: 400,000 (°F x PSIG) / 14,000 (°C x bar)
- Maximum PxT 1/8: 275,000 (°F x PSIG) / 9,600 (°C x bar)
Water
Aliphatic hydrocarbons
Oils
Gasoline
Saturated steam*
Inert gases
Most refrigerants
*Minimum recommended assembly stress = 4,800psi. Preferred assembly stress = 6,000-10,000psi. Gasket thickness of 1/16″ strongly preferred. Retorque the bolts/studs prior to pressurizing the assembly. For saturated steam above 150psig or superheated steam, consult Garlock Engineering.
MULTI-SWELL™ Controlled Swell Sheet
MULTI-SWELL™ Style 3760 / Style 3760-U (NSF-61 Certified) / 3760 Nuclear 10CFR 50 Appendix B Certified
Aramid fibers with a proprietary rubber binder
The MULTI-SWELL™ 3760 is the ultimate problem solver for those lightweight flange and covers where nuisance oil and water leaks plague most industrial facilities. Unlike traditional vegetable fiber and cork gaskets that allow water and oil to “wick” through the body of the gasket, the MULTI-SWELL absorbs the media at the inside edge, swells, and creates a tighter, long term seal.
Creates compressive load in lightweight flanges in oil and water service
More universal than gaskets that swell in oil only — reduces inventory
Performs well in flanges that might crush an elastomer gasket, providing use in a wide array of applications
More compressible than standard fiber gaskets and seals with low load
Easy to cut and handle — extremely flexible, minimizes waste
Replaces vegetable fiber gaskets in many applications — won’t weep, improving plant safety
Seals flanges in “less than perfect” conditions minimizing maintenance
Specify 3760-U for applications requiring NSF 61 approved gaskets (Drinking Water)
- Materials of Construction: Synthetic fiber sheet with a proprietary rubber binder
- Min. Temperature: -100°F -73°C
- Continuous Operation Max.: 400°F 205°C
- Max. Pressure: 500 PSI 34.5 bar
- Maximum PxT 1/16: 150,000 (°F x PSIG) 5,100 (°C x bar)
- Maximum PxT 1/8: 100,000 (°F x PSIG) 3,400 (°C x bar)
- Compressors
- Generators
- Pumps
- Gear Boxes
- Cast Water Flanges
- Transformers
- Sight Glasses
- Access Covers
- Handhole/Manhole
In compliance with 10CFR 50 Appendix B as specified by the United States Nuclear Regulatory Commission (NRC). Garlock is also a Nuclear Procurement Issues Committee (NUPIC) audited company.
Style 9800 gasket is a high temperature gasketing composed of carbon fibers with an SBR binder. This high performance material maintains its seal during pressure and temperature fluctuations, reducing leakage rates and maintenance time.
- Excels in the harshest conditions – intense heat, high pressure, saturated steam* and hot oils
- Laboratory tested for fire safety
- Maintains effective seal during pressure and temperature fluctuations
- Superior torque retention lowers leakage rates and reduces maintenance time
- Convenient
- Flexible material is easy to handle and cut
- Sheet sizes from 60” x 60” (1.5m x 1.5m) up to 150” x 150” (3.8 m x 3.8 m) minimize waste and inventory costs
*Minimum recommended assembly stress = 4,800psi. Preferred assembly stress = 6,000 – 10,000psi. Gasket thickness of 1/16” strongly preferred. Retorque the bolts/studs prior to pressurizing the assembly. For saturated steam above 150 psig or superheated steam, consult Garlock Engineering.
- Available in sheet or cut gasket form
- Min. Temperature: -100°F / -73°C
- Max. Temperature: 900°F / 482°C
- Continuous Max: 650°F / 343°C
- Max. Pressure: 2000 PSI / 138 bar
- Maximum PxT 1/16: 700,000 (°F x PSIG) / 25,000 (°C x bar)
- Maximum PxT 1/8: 350,000 (°F x PSIG) / 12,000 (°C x bar)
- Saturated steam*
- Water
- Inert gases
*Minimum recommended assembly stress = 4,800psi. Preferred assembly stress = 6,000 – 10,000psi. Gasket thickness of 1/16” strongly preferred. Retorque the bolts/studs prior to pressurizing the assembly. For saturated steam above 150 psig or superheated steam, consult Garlock Engineering.
THERMa-PUR® Style 4122
High Temperature Cut Gaskets and Sheets
THERMa-PUR® is yet another innovative sealing solution that provides more than just temperature resistance. Style 4122 is designed for use in high temperature sealing applications. It is produced using an environmentally friendly solvent-free process and combines a unique formulation with traditional quality. THERMa-PUR® out performed vermiculite based gaskets in laboratory testing, showing significantly less leakage even in extreme thermal cycling condition.
- Extreme Temperature – Able to withstand high temperature, whether continuous or in thermal cycling conditions
- Chemical Resistance – Proprietary fomulation is resistant to a broad range of chemicals: Titanium Tetrachloride, molton salts and other heavy oxidizers
- Oxidation Resistance – Contains proprietary materials that provide improved weight loss characteristics over other high temperature solutions
- Hydrophobic (water resistant) – Resists water and provides electrical isolation thus reducing the possibility of corrosion between flanges made of dissimilar metals
- Easy Release from Flanges – Does not stick to flanges making removal of gaskets easy and fast
- Continuous Max: 1832°F / 1000°C
- Pressure: 500(34.5) psig(bar)
- Chemical Compatibility- Please consult Applications Engineering
- Gasket Factor ‘M’- 3.0
- Gasket Factor ‘Y’- 10,000
Typical Physical Properties
- ASTM Test Method F36 Compressibility Range 35-45%
- ASTM Test Method F36 Recovery 18%
- ASTM F38 Creep Relaxation 25%
- ASTM F152 Tensile with insert 1,200 (8.3) psi (N/mm2)
- ASTM F1315 Density 85 (1.36) lbs./ft3 (grams/cm3)
- ASTM D149 Dielectric Properties 100 volts/mil.
- Marine and Land-based Exhaust Systems
- Biomass Gasification Process
- Oil and Gas Production
- Mineral and Fertilizer Processing
- Incineration Process
- Co-generation Systems
- Turbochargers Equipment
- Process Drying Equipment
- Cut and Sheet Gaskets (Style 4122-FC)
- THERPHONIC® Corrugated Metal Gasket (Style 4122-CMG)
- Kammprofile (Style 4122-KAMM)
- THERMa-PUR® Spiral Wound (Style 4122-SW) available in filler only or filled faces