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1/2 inch ML4800 braided packing.

ML4800 is consutrcuted of aramid fibers. Aramid is a hard fiber that forms imperfectly around a shaft, creating gaps that accelrarate leakage. The aramid fibers are treated with PTFE dispersion, which fills and seals the gaps in the packing fibers. After braiding, a PTFE coating is applied and the packing is forced air-dried. ML4800 packing will not wick.

ML4800 braided packing performs well in extremely abrasive environments. It is recommended for caustics, mild acids, chemicals, air, oil, gases, solvents, and general service applications.

ML4800 is suitable for shaft speeds up to 1900 fpm. The max temperature is 500°F / 260°C and the pH range is 3-11.

The approximate yield for ML4800-1/2 is 5.5 ft/lb.

3/4 inch ML4800 braided packing.

ML4800 is consutrcuted of aramid fibers. Aramid is a hard fiber that forms imperfectly around a shaft, creating gaps that accelrarate leakage. The aramid fibers are treated with PTFE dispersion, which fills and seals the gaps in the packing fibers. After braiding, a PTFE coating is applied and the packing is forced air-dried. ML4800 packing will not wick.

ML4800 braided packing performs well in extremely abrasive environments. It is recommended for caustics, mild acids, chemicals, air, oil, gases, solvents, and general service applications.

ML4800 is suitable for shaft speeds up to 1900 fpm. The max temperature is 500°F / 260°C and the pH range is 3-11.

The approximate yield for ML4800-3/4 is 2.7 ft/lb.

3/8 inch ML4800 braided packing.

ML4800 is consutrcuted of aramid fibers. Aramid is a hard fiber that forms imperfectly around a shaft, creating gaps that accelrarate leakage. The aramid fibers are treated with PTFE dispersion, which fills and seals the gaps in the packing fibers. After braiding, a PTFE coating is applied and the packing is forced air-dried. ML4800 packing will not wick.

ML4800 braided packing performs well in extremely abrasive environments. It is recommended for caustics, mild acids, chemicals, air, oil, gases, solvents, and general service applications.

ML4800 is suitable for shaft speeds up to 1900 fpm. The max temperature is 500°F / 260°C and the pH range is 3-11.

The approximate yield for ML4800-3/8 is 11.1 ft/lb.

1 inch ML4800 braided packing.

ML4800 is consutrcuted of aramid fibers. Aramid is a hard fiber that forms imperfectly around a shaft, creating gaps that accelrarate leakage. The aramid fibers are treated with PTFE dispersion, which fills and seals the gaps in the packing fibers. After braiding, a PTFE coating is applied and the packing is forced air-dried. ML4800 packing will not wick.

ML4800 braided packing performs well in extremely abrasive environments. It is recommended for caustics, mild acids, chemicals, air, oil, gases, solvents, and general service applications.

ML4800 is suitable for shaft speeds up to 1900 fpm. The max temperature is 500°F / 260°C and the pH range is 3-11.

The approximate yield for ML4800-1 is 1.5 ft/lb.

5/8 inch ML4800 braided packing.

ML4800 is consutrcuted of aramid fibers. Aramid is a hard fiber that forms imperfectly around a shaft, creating gaps that accelrarate leakage. The aramid fibers are treated with PTFE dispersion, which fills and seals the gaps in the packing fibers. After braiding, a PTFE coating is applied and the packing is forced air-dried. ML4800 packing will not wick.

ML4800 braided packing performs well in extremely abrasive environments. It is recommended for caustics, mild acids, chemicals, air, oil, gases, solvents, and general service applications.

ML4800 is suitable for shaft speeds up to 1900 fpm. The max temperature is 500°F / 260°C and the pH range is 3-11.

The approximate yield for ML4800-5/8 is 4 ft/lb.

7/16 inch ML4800 braided packing.

ML4800 is consutrcuted of aramid fibers. Aramid is a hard fiber that forms imperfectly around a shaft, creating gaps that accelrarate leakage. The aramid fibers are treated with PTFE dispersion, which fills and seals the gaps in the packing fibers. After braiding, a PTFE coating is applied and the packing is forced air-dried. ML4800 packing will not wick.

ML4800 braided packing performs well in extremely abrasive environments. It is recommended for caustics, mild acids, chemicals, air, oil, gases, solvents, and general service applications.

ML4800 is suitable for shaft speeds up to 1900 fpm. The max temperature is 500°F / 260°C and the pH range is 3-11.

The approximate yield for ML4800-7/16 is 7.4 ft/lb.

7/8 inch ML4800 braided packing.

ML4800 is consutrcuted of aramid fibers. Aramid is a hard fiber that forms imperfectly around a shaft, creating gaps that accelrarate leakage. The aramid fibers are treated with PTFE dispersion, which fills and seals the gaps in the packing fibers. After braiding, a PTFE coating is applied and the packing is forced air-dried. ML4800 packing will not wick.

ML4800 braided packing performs well in extremely abrasive environments. It is recommended for caustics, mild acids, chemicals, air, oil, gases, solvents, and general service applications.

ML4800 is suitable for shaft speeds up to 1900 fpm. The max temperature is 500°F / 260°C and the pH range is 3-11.

The approximate yield for ML4800-7/8 is 2.1 ft/lb.

9/16 inch ML4800 braided packing.

ML4800 is consutrcuted of aramid fibers. Aramid is a hard fiber that forms imperfectly around a shaft, creating gaps that accelrarate leakage. The aramid fibers are treated with PTFE dispersion, which fills and seals the gaps in the packing fibers. After braiding, a PTFE coating is applied and the packing is forced air-dried. ML4800 packing will not wick.

ML4800 braided packing performs well in extremely abrasive environments. It is recommended for caustics, mild acids, chemicals, air, oil, gases, solvents, and general service applications.

ML4800 is suitable for shaft speeds up to 1900 fpm. The max temperature is 500°F / 260°C and the pH range is 3-11.

The approximate yield for ML4800-9/16 is 4.5 ft/lb.