Solvent cement reducing tee 90 degrees ABS metric PN10

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This GF Piping Systems ABS 90 degrees reducing tee is engineered for branch distribution and diameter reduction in industrial metric piping networks. Manufactured by Georg Fischer from premium Acrylonitrile Butadiene Styrene (ABS), this solvent cement fitting delivers reliable flow diversion at a right angle while transitioning to a reduced pipe diameter. Operating at a nominal pressure rating of PN10 (10 bar) at 20 degrees Celsius, it provides high impact resistance, dimensional stability, and dependable chemical resistance across refrigeration, chilled water circuits, water treatment facilities, marine engineering, and potable water distribution installations.

The component is molded with calibrated metric sockets according to strict industrial tolerances, ensuring precise alignment and high structural integrity when joined using solvent cement. The smooth internal bore minimizes friction losses, restricts limescale accumulation, and preserves hydraulic efficiency across prolonged operational cycles. The fitting features the characteristic RAL 7001 gravel grey finish, matching metric ABS piping systems and ensuring clear visual identification within technical plants. Its halogen-free thermoplastic formulation eliminates electrochemical corrosion risks commonly encountered in metallic alternatives handling secondary refrigerants or glycol solutions.

BigWeld supplies complete industrial thermoplastic piping systems across Europe as an authorised Georg Fischer distributor. To guarantee pressure containment and joint longevity, solvent cementing must be conducted using compatible solvent cement and cleaner, such as Tangit ABS and Tangit cleaner. The reducing branch accommodates pipe diameters ranging from 25x20 mm up to 63x50 mm, permitting compact manifold designs and direct flow transitions without the need for supplementary reducing bushes. Each fitting undergoes rigorous quality controls to verify pressure resistance and mechanical resilience in demanding process environments.