1" Camlock Gasket (5-Pack)

1" Camlock Gasket (5-Pack)
  • 1" Camlock Gasket (5-Pack)
  • 1" Camlock Gasket (5-Pack) - CG1-5
  • 1" Camlock Gasket (5-Pack) - CG1-5
  • 1" Camlock Gasket (5-Pack) - CG1-5
  • 1" Camlock Gasket (5-Pack) - CG1-5
  • 1" Camlock Gasket (5-Pack)
  • 1" Camlock Gasket (5-Pack) - CG1-5
  • 1" Camlock Gasket (5-Pack) - CG1-5
  • 1" Camlock Gasket (5-Pack) - CG1-5
  • 1" Camlock Gasket (5-Pack) - CG1-5
Price: Price: $7.00
Product Status - In Stock
Shipping Cost - Free on orders over $100
Ready to Ship - 10 or more
When Will it Ship - 11/29/2021 (Order by 4p ET)
Transit Time - 2 to 5 Business Days
Eligible for Express Shipping - Yes
Stock Levels Updated 11/27/2021

    Item Number: CG1-5
    Weight: 0.05 Lbs
    Minimum Purchase Quantity of: 1

    • Made in USA
    • Outside Diameter (OD): 1 9/16"
    • Inside Diameter (ID): 1 1/16"
    • Thickness: 1/4"
    • Color: Black
    • Material: Buna-N
    • Includes - 5 Gaskets

    These Buna-N gaskets for female cam and groove couplings.

    NITRILE (NBR, Buna-N): Acrylonitrile-butadiene

    Trade Names

    • Breon
    • Butaprene
    • Butacril
    • Chemigum
    • Chemivic
    • Elaprim
    • FR-N
    • Hycar
    • Krynac
    • NYsyn
    • NYsynblak
    • Paracril
    • Paracril OZO
    • Perbunan N
    • Tylac
    • Nipol

    Advantages: Very good resistance to oil and gasoline; superior resistance to petroleum-based hydraulic fluids; wide range of service temperatures (-65 to 300°F); good resistance to hydrocarbon solvents; very good resistance to alkalis and acids.

    Limitations: Inferior resistance to ozone, sunlight, and natural aging; poor resistance to oxygenated solvents.

    Remarks: Nitrile and neoprene are the highest-volume oil-resistant elastomers. Nitrile is superior to neoprene in resistance to oil, gasoline, and aromatic solvents. However, it does not perform as well as neoprene in applications requiring exposure to weather, ozone, and sunlight. Furthermore, it has no inherent flame resistance.

    The properties of nitrile vary considerably with the ratio of acrylonitrile and butadiene. In general, as the acrylonitrile content of the elastomer increases, oil and solvent resistance and abrasion resistance improve. When the acrylonitrile content decreases, these properties deteriorate, and low-temperature flexibility and resilience improve. When nitrile is modified by polyvinyl chloride (PVC) resins, its resistance to weather, ozone, and sunlight improves considerably without significant sacrifice in oil-resisting properties. PVC/nitrile is similar to neoprene, in general, however, it is much inferior to neoprene in adhesion to fabrics and metals.

    Carboxylated nitrile is generally tougher and more resistant to tear and abrasion than conventional nitrile, but it is less resilient and flexible at low temperatures.