ABS Tee 90° Plain x Thread F

• Material: Acrylonitrile butadiene styrene (ABS)
• Colour: Light grey
• Size range: 1/2 inch to 3 inch
• Connection type: Plain solvent weld tee x female BSP thread, 90 degree
• Thread type: BSP parallel female thread
• Joining method: Solvent cement with ABS cleaner on the plain connections
• Approvals: WRAS approval 1703070 where applicable, BSI Kitemark KM60042
• Temperature range: -40°C to 60°C
• Standards: BS 5391, BS 5392, EN 10226 1, DIN 2999, DIN DVS 2204 3
• Chemical resistance: Resistant to diluted inorganic acids, salts, animal fats, oils and organic acids, not suitable for petrol, alcohol, organic solvents or vegetable oils
• Applications: Forming branch connections where ABS solvent weld pipework interfaces with threaded equipment, dosing lines, valves and industrial components

This 90 degree plain x female threaded tee provides a convenient way to branch off an ABS solvent weld pipeline while incorporating a BSP threaded outlet for valves, instruments or equipment. The two plain ends are designed for solvent welding to ABS pipe, creating strong and permanent joints, while the threaded branch allows for a detachable mechanical connection. This combination makes the fitting ideal for systems requiring both secure pipe bonding and serviceable threaded access. Manufactured from high quality ABS, the tee offers dependable impact resistance, minimal moisture uptake and stable performance across a broad temperature range, making it suitable for a wide range of industrial and processing applications.

• Mixed connection tee: Combines two solvent weld sockets with a female BSP threaded branch
• Provides serviceable access: Threaded outlet allows equipment to be removed without cutting pipe
• Strong solvent weld integrity: Ensures reliable long term performance on the plain ends
• Durable ABS construction: High impact strength and dimensional stability over time
• Compatible with many diluted chemicals: Suitable for common industrial process media
• WRAS and Kitemark certified: Independently tested for performance and material quality
• Efficient branching design: Forms a clear 90 degree take off point for system layout flexibility