Silicone Wire Reinforced Hose is a heavy-duty, flexible hose designed for demanding applications requiring strength, flexibility, and resistance to collapse under vacuum or bend stress. Constructed with a smooth extruded silicone compound inner layer, reinforced with polyester braids and an embedded steel wire helix, the hose provides excellent durability, pressure resistance, and kink prevention. The robust design ensures reliable performance in coolant, air, and fluid transfer systems across automotive, marine, and industrial environments. Operating between -50°C and +250°C, this multi-layered hose meets SAE J20 R3 standards, combining long service life with outstanding thermal and mechanical resilience. Supplied in 1-metre lengths and available in sizes from 6 mm to 35 mm internal diameter, the wire-reinforced silicone hose is suited to both pressure and vacuum applications.

Key Features:

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

• Reinforcement: Polyester braids with integrated steel wire helix for anti-kink strength.

• Outer Layer: High-grade silicone providing resistance to ozone, abrasion, and heat.

• Construction: Multi-ply with embedded wire for vacuum and pressure stability.

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

• Internal Diameter Range: 6 mm to 35 mm.

• Working Pressure: Up to 10 bar (smaller sizes) and 8 bar (larger sizes).

• Bursting Pressure: Up to 30 bar (approx. 3x working pressure).

• Bending Radius: From 96 mm to 288 mm depending on bore size.

• Length Supplied: 1-metre sections.

• Standard: SAE J20 R3 compliant.

The silicone wire reinforced hose is engineered to provide both flexibility and robust performance in high-demand applications. The steel wire helix embedded within the multi-ply silicone structure prevents collapse under vacuum conditions, making it ideal for suction lines, while the polyester braid reinforcement stabilises the hose under working pressures up to 10 bar. The smooth bore design ensures efficient flow with minimal turbulence, while the silicone exterior protects against cracking, ozone,