Dixon
4" Aluminum Grooved Bolted Clamp
- SKU:
- NLDIXDBV-VB400
- Availability:
- Limited quantity available.
- Weight:
- 2.00 LBS
Description
4" Aluminum Grooved Bolted Clamp
The Dixon DBV-VB400 is a 4-inch aluminum grooved bolted clamp engineered to provide secure, leak-resistant connections in Victaulic-style grooved piping systems. Designed for use in demanding bulk transfer, petroleum, chemical, and industrial fluid handling environments, this clamp combines lightweight construction with dependable sealing performance.
Supplied with an FKM-B gasket and corrosion-resistant aluminum body, the DBV-VB400 delivers reliable operation in biodiesel, ethanol, and other challenging service applications while simplifying installation and maintenance of grooved piping systems.
Key Features
- 4" grooved bolted clamp
- Victaulic-style grooved pipe connection
- Lightweight aluminum construction
- FKM-B (Viton®-type) gasket included
- 120 PSI maximum working pressure
- Temperature range: 20°F to 300°F (-6.7°C to 149°C)
- Compatible with biodiesel and ethanol service
- Corrosion-resistant design
- Leak-tight sealing performance
- Recommended bolt torque: 20 ft-lbs
Construction Details
Manufactured from durable aluminum, the clamp offers an excellent balance of strength, reduced weight, and corrosion resistance for long service life in industrial and transport-related applications.
The supplied FKM-B gasket provides dependable sealing performance across a broad temperature range while maintaining compatibility with biodiesel, ethanol, and various petroleum-based fluids.
The bolted clamp design allows for secure installation on grooved piping systems while facilitating maintenance and component replacement when required.
Important Notes
Designed for use with compatible Victaulic-style grooved piping systems and components.
Proper bolt tightening to the recommended 20 ft-lbs torque specification is essential for optimal sealing performance.
Verify chemical compatibility, pressure requirements, and installation practices before use in critical service applications.