ABS Reducing Bush Plain x Thread F

• Material: Acrylonitrile butadiene styrene (ABS)
• Colour: Light grey
• Connection type: Plain solvent weld reducing bush x female BSP thread
• Joining method: Solvent cement with ABS cleaner on the plain side, threaded mechanical connection on the BSP end
• Thread type: BSP parallel female thread
• Approvals: WRAS approval 1703070 where applicable, BSI Kitemark KM60042
• Temperature range: -40°C to 60°C
• Standards: BS 5392, BS 5391, EN 10226 1, DIN 2999, DIN DVS 2204 3
• Chemical resistance: Suitable for diluted acids, salts, oils and fats, not suitable for petrol, alcohol, organic solvents or vegetable oils
• Applications: Reducing a plain ABS fitting while providing a threaded connection for valves, instruments or accessories

This plain x female threaded reducing bush is designed to be solvent welded inside an ABS fitting to reduce its size and introduce a BSP threaded connection. The plain OD is bonded using ABS solvent cement and cleaner, creating a secure and permanent reduction within the existing fitting. The female BSP thread then allows a male threaded component to be connected, offering a practical solution when integrating equipment such as gauges, dosing units or valves into ABS systems. Produced from durable ABS, the bush provides consistent dimensional stability, good impact strength and dependable performance in a wide range of industrial environments.

• Reduces fitting size: Allows a larger plain socket to accept a smaller threaded connection
• Secure solvent weld installation: Plain side bonds permanently into an ABS fitting using ABS cement
• Functional BSP threaded outlet: Accepts male threaded accessories and components
• Strong ABS construction: Lightweight, impact resistant and reliable in varied operating conditions
• Chemical resistance: Suitable for many diluted industrial and process chemicals
• WRAS and Kitemark certified: Meets recognised UK performance and safety standards
• Compact design: Fits neatly within the host fitting for an unobtrusive transition