The BS3212/2 High Pressure Hose is a premium offering by Hydraflex, designed for the effective transportation and handling of LPG gas under high pressure. This hose finds its utility primarily in the realms of gas welding and leisure applications. The hose adheres to the stringent BS3212/2 and EN16436-1 Class 2 standards, ensuring high quality and reliability​​.

Construction and Compliance

The construction materials provide a robust and durable structure capable of withstanding temperature ranges between -30°C and +60°C. The 12.5mm variant of the hose has a unique construction with a PVC filled BSS40 core reinforced with a Polyester stitch, covered by a PVC filled BS552 smooth orange coating. The hose complies with the BS3212/2 standard and is assembled to the BS EN 1256 standard in the UK by an ISO9001 accredited company, ensuring its quality and performance are in line with regulatory requirements​.


The hose is designed for transporting LPG, CNG, methylacetylene, and propandiene mixes (MPS), making it highly suitable for welding, cutting, and other leisure applications. The flexibility and durability of the hose make it a reliable choice for these critical applications​2​​​.

Benefits and Features

The Hydraflex BS3212/2 High Pressure Hose offers a blend of flexibility, durability, and high-pressure tolerance, making it an ideal choice for demanding gas handling applications. The option of having the hose braided with galvanised steel or stainless steel enhances its strength and durability. The hose assemblies can be customised with various fittings, ensuring they meet the specific needs of the user​​.

Availability and Customisation

Hydraflex offers the hose in various configurations, with the option for braided or unbraided variants. The hose assemblies can be fitted or unfitted based on customer requirements. Furthermore, Hydraflex provides the flexibility of requesting other fittings and lengths, showcasing a strong commitment to meeting individual client needs. The hose assemblies are manufactured on request, ensuring each assembly is tailored to meet the specific demands of the application​.

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