Racedom AN female to PTFE 90 degree Hose Adapter
The 90-degree design is crucial for fluid systems that require tight turns without compromising flow efficiency or causing hose damage. Paired with the robust properties of PTFE hoses, this adapter offers unmatched durability, performance, and flexibility. With its precision design, robust build, and optimized performance, the AN Female to PTFE 90-Degree Hose Adapter is an indispensable component for professionals and enthusiasts looking to achieve reliable, high-quality connections in their fluid systems.
The AN Female to PTFE 90-Degree Hose Adapter is a high-quality, precision-engineered fitting designed to connect AN-style hoses to PTFE (Polytetrafluoroethylene) hoses in a 90-degree configuration. This adapter is widely used in automotive, industrial, and performance applications where a sharp bend is necessary to route hoses around tight corners or obstacles without compromising performance.
Key Features:
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Premium Construction:
- Made from 6061-T6 aluminum, offering a lightweight yet strong and durable solution for fluid connections.
- Coated with an anodized finish (commonly in black, blue, or red) to resist corrosion and provide a professional appearance.
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90-Degree Configuration:
- The 90-degree design allows for sharp turns in fluid lines, ideal for setups where space is limited or where hoses need to be routed efficiently around other components.
- Ensures reduced stress on the hose, minimizing kinks and maintaining optimal flow.
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Thread Type:
- Features standard AN (Army/Navy) 37° flare threads, providing a reliable, vibration-resistant, and leak-proof connection.
- Fully compatible with other AN fittings and PTFE-lined hoses for versatile applications.
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PTFE Compatibility:
- Designed to work specifically with PTFE-lined hoses, which are highly resistant to high temperatures, pressures, and chemical corrosion.
- Includes a PTFE olive (ferrule) to ensure a secure seal between the hose and the fitting.
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Performance Specifications:
- High Pressure Rating: Can typically handle pressures up to 1000 PSI or more, depending on size and application.
- Wide Temperature Range: Capable of withstanding extreme conditions, from -65°F to 450°F (-54°C to 232°C).
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Size Variations:
- Available in a variety of AN sizes, including AN-3, AN-4, AN-6, AN-8, and larger, to suit different hose diameters and flow requirements.
Applications:
- Automotive Performance:
- Fuel lines, oil cooling systems, power steering systems, and turbocharger applications.
- Ideal for tight engine bays or custom setups where space constraints demand angled connections.
- Industrial Use:
- Hydraulic systems, chemical transport, and pneumatic setups requiring sharp bends.
- Marine Applications:
- Corrosion-resistant design makes it suitable for fuel and oil systems in boats.
- Aerospace:
- Hydraulic and fuel systems in specialized environments with limited space.
Benefits:
- Space Optimization:
- The 90-degree angle simplifies routing in tight spaces, making it easier to connect hoses without excessive bending or strain.
- Reliable Sealing:
- The combination of AN threads and the PTFE olive ensures a leak-free and secure connection, even under high pressure or vibration.
- Durability:
- Resistant to wear, corrosion, and extreme temperatures, ensuring long-lasting performance.
- Versatile Compatibility:
- Works with a variety of AN hose sizes and fittings, making it suitable for multiple systems and configurations.
- Professional Appearance:
- The anodized finish not only protects the fitting but also provides a polished and aesthetically pleasing look for custom builds.
Installation Tips:
- Preparation:
- Ensure the PTFE hose is cut cleanly and squarely using a sharp hose cutter.
- Inspect threads and fittings for cleanliness before installation.
- Alignment:
- Confirm the 90-degree angle aligns properly with your system to avoid unnecessary strain on the hose or fitting.
- Tightening:
- Use aluminum AN wrenches to avoid scratching the anodized finish and ensure a secure connection.
- Testing:
- After installation, test the system under low pressure to check for leaks before full operation.




















