AF299-06SS Aeroflow Teflon S/S Olive Insert 6 An Suit Teflon Hose End 6 An 5 Pk

Description

Achieve superior sealing and corrosion resistance in your fluid transfer systems with the Aeroflow TEFLON Stainless Steel Olive Inserts. These replacement olives are engineered to fit -6 AN TEFLON hose ends, ensuring a secure, leak-proof connection that withstands high pressure and temperature variations.

Traditional hose fittings can fail under stress due to material degradation or poor sealing. These olives solve that by combining corrosion-resistant stainless steel with a TEFLON lining, delivering enhanced durability and chemical resistance. The 16 cm length and precise dimensions (9 cm width, 2 cm height) ensure an exact fit for optimal compression and sealing within the hose end assembly.

• Stainless Steel Construction: Provides robust resistance to corrosion, extending the service life of hose connections in harsh environments.
• TEFLON Lining Compatibility: Designed specifically to suit TEFLON hose ends, minimizing friction and chemical wear for stable fluid flow.
• Precision Dimensions: Measuring 16.00 cm in length, 9.00 cm in width, and 2.00 cm in height, these inserts guarantee consistent and reliable hose sealing.
• Lightweight Design: At 0.0750 kg per insert, they add minimal weight to your assembly without compromising structural integrity.
• Pack of Five: Provides multiple replacements or allows for multiple hose assemblies without frequent reordering.

These olives are an essential component for maintaining the integrity of -6 AN TEFLON hose ends, commonly used in automotive, aerospace, and industrial fluid systems. Their design ensures that the hose connection remains sealed under pressure, reducing downtime and maintenance costs associated with leaks or failures.

Invest in these Aeroflow TEFLON stainless steel olive inserts to enhance the reliability and longevity of your hose fittings. Their exact specification and material quality deliver peace of mind in critical fluid transfer applications, supporting both performance and safety standards.