45 Degrees Tee ABS Solvent Cement Fitting PN10 d20-110mm

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The Georg Fischer 45-degree ABS tee is an injection-moulded solvent cement fitting designed for branching and directional transitions at an acute 45-degree angle within metric industrial piping installations. Manufactured from high-grade Acrylonitrile Butadiene Styrene (ABS), this component enables smooth hydraulic splitting and convergence of process streams with reduced turbulence and head loss compared to standard 90-degree tees. Operating at a nominal pressure rating of PN10 (10 bar at 20°C), the fitting provides dependable containment across demanding secondary refrigeration, chilled water loops, drinking water distribution, and industrial effluent transport. As an authorised Georg Fischer distributor, BigWeld supplies the complete metric series spanning outer diameters from d20 mm up to d110 mm.

ABS thermoplastic material offers exceptional mechanical resilience, retaining high impact strength and ductile behaviour across an expansive operational temperature window from -40°C to +60°C. Unlike metallic branching components, this solvent cement fitting is fully immune to galvanic and electrochemical corrosion, scale formation, and encrustation, preserving constant hydraulic throughput and low friction losses throughout decades of service. The material is halogen-free and physiologically harmless, making it an ideal choice for high-purity water treatment, aquatic life-support systems, and marine applications. Its lightweight structure substantially reduces dead loads on pipe hangers and simplifies overhead assembly in industrial plants and commercial utility shafts.

Jointing is executed via cold solvent cement welding using Tangit ABS adhesive and dedicated cleaner, producing a homogenous, chemically welded joint that equals or exceeds the mechanical burst resistance of the parent pipe. The precision-machined socket dimensions guarantee uniform interference fit and rapid capillary distribution of the bonding agent. The 45-degree branch geometry optimizes velocity profiles in liquid networks, preventing sediment accumulation in utility headers and pump manifolds.