-
Zero Leakage Under Pressure. Tests by major boiler manufacturers confirm that Blue-Max® gaskets seal- with zero leakage-on steam to 450 psi and on cold-water hydro tests up to 1500 psi and Blue-Max® withstands working temperatures up to 500 degrees Fahrenheit. Rubber gaskets simply can't withstand that kind of pressure and heat. -
Strong. Reliable. Long-Lasting. Say Goodbye to Spiral-Wound Gaskets. Compared to spiral wound gaskets, Black-Max® seals better and has much better recovery properties. It also weighs less than half of that of spiral gaskets, so they are easier to handle and you will save on freight charges. And while spiral gaskets require near-perfect conditions, Black-Max® gaskets seal on rough, pitted surfaces under less compressive load.
-
Ceramic Blanket resists temperature as high as 2300°. This material is lightweight and has very low thermal conductivity, excellent handling strength, low heat storage, thermal shock resistance and corrosion resistance (commonly used acid and alkali). It also provides excellent sound absorption and excellent fire protection.
-
Resists temperature as high as 2300° F. This material is lightweight and has very low thermal conductivity. It provides excellent insulation at high temperature. It also resists corrosive chemicals, commonly used acid and alkali. The fiber is strong and abrasive. It can be used in tough environment.
-
Resists temperature as high as 2300° F. This material is lightweight and has very low thermal conductivity. It provides excellent insulation at high temperature. It also resists corrosive chemicals, commonly used acid and alkali. The fiber is strong and abrasive. It can be used in tough environment.
-
Resists temperature as high as 2300° F. This material is lightweight and has very low thermal conductivity. It provides excellent insulation at high temperature. It also resists corrosive chemicals, commonly used acid and alkali. The fiber is strong and abrasive. It can be used in tough environment.
-
Fiberglass textile products are made from high temperature E-glass. It has outstanding heat resistance, high tensile strength, low thermal conductivity, and excellent chemical resistance. They are durable, resistant to mildew, and have no hazard to health. Fiberglass textiles are ideal material for various industrial insulation applications. They are a good substitute for asbestos for 1000° F level applications.
-
Fiberglass textile products are made from high temperature E-glass. It has outstanding heat resistance, high tensile strength, low thermal conductivity, and excellent chemical resistance. They are durable, resistant to mildew, and have no hazard to health. Fiberglass textiles are ideal material for various industrial insulation applications. They are a good substitute for asbestos for 1000° F level applications.
-
Made with aramid fiber and a NBR binder. These gaskets can be used in a wide range of general service applications. They offer excellent sealability characteristics and can be made in many shapes and sizes in addition to ANSI B.16.21 flanges.
-
Made with aramid fiber and a NBR binder. These gaskets can be used in a wide range of general service applications. They offer excellent sealability characteristics and can be made in many shapes and sizes in addition to ANSI B.16.21 flanges.
-
Made with aramid fiber and a NBR binder. These gaskets can be used in a wide range of general service applications. They offer excellent sealability characteristics and can be made in many shapes and sizes in addition to ANSI B.16.21 flanges.
-
Made with aramid fiber and a NBR binder. These gaskets can be used in a wide range of general service applications. They offer excellent sealability characteristics and can be made in many shapes and sizes in addition to ANSI B.16.21 flanges.
-
Made with aramid fiber and a NBR binder. These gaskets can be used in a wide range of general service applications. They offer excellent sealability characteristics and can be made in many shapes and sizes in addition to ANSI B.16.21 flanges.
-
Spiral Wound gaskets utilizes an external ring where the ID is grooved to insert a sealing element. The external ring or centering ring is designed to properly guide the gasket on a bolted flange accurately centering gasket. The Centering also provides additional radial strength to prevent gasket blowout and acts as a compression limiter.
-
Made with aramid fiber and a NBR binder. These gaskets can be used in a wide range of general service applications. They offer excellent sealability characteristics and can be made in many shapes and sizes in addition to ANSI B.16.21 flanges.
-
Spiral Wound gaskets utilizes an external ring where the ID is grooved to insert a sealing element. The external ring or centering ring is designed to properly guide the gasket on a bolted flange accurately centering gasket. The Centering also provides additional radial strength to prevent gasket blowout and acts as a compression limiter.
-
Flexible Graphite Pump/Valve Packing
Pure graphite packing is braided from specially treated flexible graphite yarn. This flexible graphite yarn is made from exfoliated high purity crystalline mineral graphite (flake graphite). It maintains all characteristics of mineral graphite: heat resistant, chemical resistant, resilient, lubricant, pliable, conformable, and thermal conductive. -
Flexible Graphite Pump/Valve Packing
Pure graphite packing is braided from specially treated flexible graphite yarn. This flexible graphite yarn is made from exfoliated high purity crystalline mineral graphite (flake graphite). It maintains all characteristics of mineral graphite: heat resistant, chemical resistant, resilient, lubricant, pliable, conformable, and thermal conductive. -
Made with aramid fiber and a NBR binder. These gaskets can be used in a wide range of general service applications. They offer excellent sealability characteristics and can be made in many shapes and sizes in addition to ANSI B.16.21 flanges.
-
High purity PTFE(Teflon®) filament braided packing with lubricant.
Braided Mechanical Compression Packing, also commonly known as braided packing, compression packing or mechanical packing, is a soft, pliant and resilient material that is used to inserted into the annular space or stuffing box to seal a rotating or reciprocating device such as pumps and valves. -
Braided synthetic fiber, PTFE impregnated and lubricated.
Braided Mechanical Compression Packing, also commonly known as braided packing, compression packing or mechanical packing, is a soft, pliant and resilient material that is used to inserted into the annular space or stuffing box to seal a rotating or reciprocating device such as pumps and valves. -
Made with aramid fiber and a NBR binder. These gaskets can be used in a wide range of general service applications. They offer excellent sealability characteristics and can be made in many shapes and sizes in addition to ANSI B.16.21 flanges.
-
TETRA-MAX JS is produced by expanding PTFE into a soft, compressible gasket material made of 100% pure PTFE strip to which an adhesive backing is applied. It is a form-in-place gasket that conforms to almost any clean sealing surface. Upon compression, it forms a thin, hard ribbon that fills in surface irregularities and creates an extremely tight seal. It is capable of withstanding a wider range of pressures, temperatures and chemical environments than any other soft gasket. Convenient adhesive strip and peel-off backing allow easy installation on both horizontal and vertical surfaces.
-
Made from mechanical grade PTFE resin these gaskets can handle a wide range of aggressive chemicals.
-
Made with aramid fiber and a NBR binder. These gaskets can be used in a wide range of general service applications. They offer excellent sealability characteristics and can be made in many shapes and sizes in addition to ANSI B16.5 flanges.
