Oil Line Metal Braided 500Mm 18" 1/4 F X 1/4 F

Oil Line Metal Braided 500Mm 18" 1/4 F X 1/4 F

Oil Line Metal Braided 500mm (18") 1/4" F x 1/4" F

Product Summary:

The 500mm Metal Braided Oil Line (1/4" Female x 1/4" Female) is a heavy-duty, high-quality flexible hose designed for safe and reliable fuel oil transfer in domestic and commercial oil-fired heating systems. With a durable stainless steel braided outer sleeve, this oil line offers excellent resistance to pressure, heat, and abrasion—ideal for installations where a secure and long-lasting connection is required.

Key Features:

• Length: 500mm / 18 inches – compact for tight installation spaces

• Connection: 1/4" BSP Female x 1/4" BSP Female threaded ends

• Material: Stainless steel braided for strength and reliability

• High Pressure Resistance – suitable for oil burner fuel lines

• Flexible Design – ideal for awkward or confined access areas

• Corrosion & Abrasion Resistant – extended operational life

• Leak-proof Performance – reinforced end fittings for extra security

Compatible With:

Suitable for use with a wide range of oil heating systems, including:

• Aga, Grant, Warmflow, Worcester Bosch, Firebird, HRM, Trianco, Ecoflam, Riello, Bentone, Nuway

• Compatible with oil burners, pumps, and control valves using 1/4" BSP female fittings

• Ideal for both original installations and retrofit/replacement applications

When to Replace:

• If the current oil line shows signs of wear, cracking, corrosion or bulging

• During burner servicing or annual maintenance

• When upgrading or repositioning your oil heating system components

• After extended periods of use or exposure to weather or chemicals

Technical Specifications:

• Length: 500mm / 18 inches

• Connections: 1/4" BSP Female x 1/4" BSP Female

• Outer Layer: Stainless steel braid

• Inner Tube: Oil-resistant rubber or synthetic polymer (depending on spec)

• Operating Pressure: Suitable for typical oil line applications

• Temperature Range: Designed to withstand normal oil heating system temperatures