Vibrant 4 Ply Reinforced Silicone 90 Degree Transition Elbow - 2.5 in. to 2.75 in. I.D., Black

Vibrant Performance Aramid Reinforced Silicone 90 Degrees Transition Elbows feature High Temperature Resistant Aramid Reinforcement Fabric between each layer of silicone which allows for an impressive Operating Temperature Range of -75 Degrees F to 392 Degrees F (-60 Degrees C to 200 Degrees C). These elbows are intended for use in applications where pressurized tubing and connection points require a tight radius bend and size transition to accommodate the installation of piping in limited space. Not suitable for use with Oil/Fuel. 90 Degree Reducer Hose Coupler; 2.5 in. Inlet ID; 2.75 in. Outlet ID; 4 in. Leg Length From Tangent; 2.75 in. Centerline Radius; 43 PSI Maximum Operating Pressure; Black; Rated for temperatures ranging from -65°F to 350°F Universal application

• Capable of withstanding extreme temperatures and heavy duty pressure conditions without swelling or bursting
• Rated for temperatures ranging from -65 F to 350 F
• Hand wrapped and feature 4-ply reinforcement
• Meets or exceeds SAE J20 specifications
• Suitable for coolant service
• 4 Ply Reinforced Silicone
• 1 Year Limited Warranty
• UV and Ozone resistant

The Vibrant 2781 4 Ply Reinforced Silicone 90 Degree Transition Elbow is designed for high-performance automotive and industrial applications requiring tight radius bends and efficient size transitions. Featuring a durable silicone construction reinforced with aramid fabric, this elbow can withstand extreme temperatures from -75°F to 392°F, making it suitable for demanding environments. Its high-temperature resistance ensures reliable operation without swelling or bursting, even under heavy-duty pressure conditions. This transition elbow is hand-wrapped with four layers of reinforcement, which guarantees added strength and longevity while maintaining flexibility. The black silicone material provides UV and ozone resistance, protecting the component from environmental degradation and ensuring long-term durability in outdoor or under-hood applications.