90 Degree Reducing Silicone Elbow Hose

2025-10-21T11:47:32+01:00

Price: 11.83 - 30.12 (129 variants)

Silicone 90° Reducing Elbow is a reinforced high-performance hose designed to connect pipes of different diameters while providing a smooth 90-degree bend. Built with a smooth extruded silicone compound inner layer, polyester braid reinforcement, and a durable silicone outer layer, the elbow offers excellent strength, flexibility, and resistance to heat and pressure. The reducing elbow design simplifies system layouts by combining size transition with angled routing, reducing the need for multiple connectors. Conforming to SAE J20 R3 standards, this multi-ply hose operates effectively across a temperature range of -50°C to +250°C, making it suitable for demanding automotive, marine, and industrial environments. Available in diameters from 6.5 mm to 127 mm with 150 mm leg lengths, the silicone reducing elbow provides reliable performance for coolant, air, and fluid handling systems.

Key Features:

Inner Layer: Smooth extruded silicone compound for efficient sealing and flow.

Reinforcement: Polyester braids for dimensional stability and pressure resistance.

Outer Layer: High-quality silicone offering thermal, ozone, and abrasion resistance.

Construction: 3–4 ply reinforced wall with 150 mm leg length for secure fitment.

Operating Temperature: -50°C to +250°C (peak +250°C).

Internal Diameter Range: 6.5 mm to 127 mm.

Working Pressure: From 12.33 bar (small bore) down to 1.9 bar (large bore).

Bursting Pressure: Typically 3x working pressure (up to 37 bar).

Bend Angle: 90° with reducing bore transition.

Standard: SAE J20 R3 compliant.

The silicone 90° reducing elbow is engineered to provide secure and durable connections where both size reduction and angular routing are required. The polyester reinforcement ensures dimensional stability and consistent pressure performance, while the silicone layers deliver resistance to heat, ozone, and environmental degradation. The smooth bore design promotes efficient fluid transfer with minimal turbulence, while the reinforced wall ensures durability under vibration, thermal cycling, and continuous use. With working pressures from 12.33 bar for small diameters down