Vulcathene Enfusion Double Branch Tee

• Manufacturer: Durapipe
• Material: Black co-polymer polypropylene (PP)
• Jointing method: Electrofusion using Enfusion Control Unit
• Fitting type: Double branch tee
• Connection type: Enfusion socket x Enfusion socket x Enfusion socket x Enfusion socket
• Nominal sizes: 51mm - 102mm
• Operating temperature: -20°C to 100°C
• Standards: Manufactured to ISO 9001
• Approvals: BBA Approved, Certificate 24/7091
• Application: Chemical waste drainage systems

This Enfusion double branch tee is designed to connect four equal diameter Vulcathene pipes within chemical waste drainage systems, allowing two opposing branch connections to be introduced from a single fitting. It is particularly useful where multiple waste lines need to connect into a compact, centralised section of pipework.

All four outlets are formed with Enfusion sockets, enabling each connection to be fully fused to the pipe using the Enfusion Control Unit. During installation, the integral resistance wires moulded into each socket are energised to deliver a controlled electrofusion process, ensuring consistent fusion temperature, time and joint quality across all connections.

Manufactured from black co-polymer polypropylene, the double branch tee offers excellent resistance to aggressive chemical waste and elevated operating temperatures. In applications where pipework is buried, routed overhead, installed within ceiling voids or positioned within drainage stacks, Enfusion jointing provides a secure and dependable alternative to mechanical connections.

• Four-way equal connection: Connects four pipes of the same diameter within the system
• Compact system layout: Ideal for combining multiple branch connections in limited space
• Designed for chemical drainage: Suitable for laboratory, healthcare and industrial waste systems
• Fully fused joints: Enfusion sockets on all branches provide high integrity connections
• BBA approved: Independently certified for quality and long-term reliability
• Excellent chemical resistance: Polypropylene construction performs reliably in aggressive environments