Dixon
4" Fuel Resistant Buna Cam & Groove Gasket
- SKU:
- NLDIX400-G-BF
- Availability:
- Limited quantity available.
- Weight:
- 0.10 LBS
Description
4" Fuel Resistant Buna Cam & Groove Gasket
The Dixon 400-G-BF is a 4" fuel-resistant cam and groove gasket designed to provide dependable sealing performance in demanding fluid transfer systems. Manufactured from durable Buna-N (nitrile rubber), this gasket offers excellent resistance to fuels, oils, and petroleum-based products commonly encountered in industrial and transportation applications.
Featuring a black body with a distinctive green identification stripe, the gasket is engineered for compatibility with standard 4" camlock and cam & groove couplings while helping maintain leak-resistant connections during operation.
Key Features
- Designed for 4" cam & groove and camlock couplings
- Fuel-resistant Buna-N (nitrile rubber) construction
- Black gasket with one green identification stripe
- Resists fuels, oils, and petroleum-based products
- Provides reliable sealing performance
- Suitable for industrial fluid transfer systems
- FDA-compliant material for non-potable water applications
- Lightweight design weighing approximately 0.07 lb
- Sold individually (break quantity: 1 each)
- Made in USA
Construction Details
Manufactured from high-quality Buna-N rubber, this gasket provides excellent resistance to petroleum products while maintaining flexibility and sealing integrity under normal operating conditions.
The distinctive green stripe allows for quick visual identification of fuel-service gasket material during maintenance and inspection procedures.
Precision sizing ensures proper fitment within compatible 4" cam and groove couplings for dependable sealing performance.
Important Notes
Verify gasket material compatibility with the specific fluids and operating conditions of your application prior to installation.
Designed for use in compatible 4" cam & groove coupling assemblies.
Regular inspection and replacement of worn gaskets helps maintain leak-free system performance.