Allstar Performance Braided PTFE AN Hose 3AN Straight Female 6 Inch - P#46300-6
The Allstar Performance Braided PTFE AN Hose is engineered for high-performance automotive applications, offering a reliable and durable solution for fluid transfer. This specific model features a 3AN straight female connection and measures 6 inches in length, making it ideal for various plumbing needs in racing and performance vehicles. The braiding not only provides additional strength but also ensures flexibility and resistance to kinking under high pressures, which is essential for maintaining optimal fluid flow.
Constructed from premium PTFE (Polytetrafluoroethylene), this hose is designed to withstand extreme temperatures and harsh chemicals, ensuring longevity across applications including fuel, oil, coolant, and hydraulic fluids. The inner diameter is optimized for a snug fit to standard 3AN fittings, promoting a leak-free performance while maintaining the necessary flexibility to accommodate complex routing paths in your build.
Furthermore, the Allstar Performance Braided PTFE Hose presents a lightweight option for racers looking to enhance their vehicle's efficiency without added weight. Its clear design allows for easy visual inspection of fluid conditions, helping to detect any potential issues before they become serious problems.
FITMENT: This hose is compatible with any system utilizing 3AN fittings, suitable for a variety of custom automotive applications in performance or racing environments. Its straight design is particularly beneficial in areas where angled fittings would complicate installation.
Key Features & Benefits
- High-quality PTFE construction for superior chemical resistance.
- Braided design increases tensile strength and flexibility.
- 6-inch length for versatile installations without excessive bulk.
- 3AN straight female connection ensures compatibility with standard fittings.
- Lightweight construction to support performance without adding weight.
- Clear outer sheath allows for easy inspection of fluid conditions.
