Range of gate valves with brass bodies, brass wedges and PTFE gaskets. The valves are operated via a non-rising spindle with a hand wheel operating member. The Z2020.028 compression model is for use with copper pipe (manufactured to EN1057). Maximum working pressure 16.0 bar. Maximum operating temperature 85°C.
Range of resilient seated gate valves with blue epoxy coated ductile iron bodies and bonnets and ductile iron wedges encapsulated in EPDM. The valves are operated via a non-rising spindle with a hand wheel operating member. Maximum working pressure 16.0 bar. Maximum operating temperature 80°C.
Range of screw down stop valves incorporating brass or bronze bodies and EPDM gaskets. Valves with compression connections are for use with copper pipe (manufactured to EN1057). Maximum working pressure 16.0 bar. Maximum operating temperature 80°C.
Range of push-fit, screw down stop valves with plastic bodies for use with copper pipe (manufactured to EN1057), PEX pipe (manufactured to BS 7291-3) and/or MDPE pipe (manufactured to EN 12201 (inserts required). For above and below ground use. Maximum working pressure:16.0 bar Maximum operating temperature: 20.0°C.
'SF-CM1'. Factory applied, grey coloured, sulphate resistant cement mortar. Mix cement mortar, sand & water in a 2:1:0.4 mass ratio and apply as per manufacturer's user instructions 'SF-CM1', 'Vision A1' dated '2024-7'. Cure for 12 hours@23°C. For use with water up to 23°C. This material is only approved for the mixing & curing conditions that appear on the approval. If the mix and/or cure conditions are varied from those specified on the approval then the material is not covered by the scope of the approval.
‘Eurokote® 48-20 Brun Rouge’. Factory applied, red coloured, two-part epoxy coating. ‘Eurokote® 48-20 Ivoirine’ was added to the approval in March 2026. Factory applied, white coloured, two-part epoxy coating. Mix resin and hardener in a 2.13:1 mass ratio and apply as manufacturer's TDS dated '10/12/2024'. Cure for 24 hours@20°C. For use with water up to 23°C.
'PMSP5112-M, PMSP5113-M, PMSP5114-M, PMSP5115-M, EP5112D01SC, EP5113D01SC, EP5114D01SC & EP5115D01SC'. Factory applied, blue coloured, Porcelain Vitreous Enamel coatings. Apply as per manufacturer's User Manual 'PEM 37', 'Edition 01', dated '14/10/2020'. Cure for 5 minutes@840°C. For use with water up to 85°C. This material is only approved for the curing conditions that appear on the approval. If the cure conditions are varied from those specified on the approval then the material is not covered by the scope of the approval.
'JSAW-JAL (Blue Epoxy GPC)'. Factory applied, two-component, blue coloured epoxy coating. Mix parts A & B in a volume ratio of 3:1 and apply as per manufacturer’s Work Instructions ‘JSAW/SMG/DISP/PRO/W1-16’, version ‘4.0’, effective date ’01.08.2025’. Cure for 12 hours @30°C. For use with water up to 65°C. This material is only approved for the mixing & curing conditions that appear on the approval. If the mix and/or cure conditions are varied from those specified on the approval then the material is not covered by the scope of the approval.
'FGB15A -White, FGB15A -21364A Grey & FGB15A -21404A Grey'. ISOPOL modified, white or grey coloured brush Gelcoats. Apply as per manufacturer's TDS dated '04/11/2022'. Cure for 120 minutes@18°C. For use with water up to 23°C. This material is only approved for the mixing & curing conditions that appear on the approval. If the mix and/or cure conditions are varied from those specified on the approval then the material is not covered by the scope of the approval.
'Tesnit BA-U Yellow & Blue'. Fibre/NBR materials, available in yellow or blue colours, manufactured by calendaring. Tesnit BA-U Blue is for use with water up to 85°C. Between September 2025 and February 2026, Tesnit BA-U Yellow was for use with water up to 23°C. Between March 2026 and September 2030, Tesnit BA-U Yellow is for use with water up to 85°C. Store and handle in accordance with 'STORING & HANDLING INSTRUCTIONS, dated November 12, 2025'. For use only as a jointing/gasket material having been tested at a reduced surface area to volume ratio.
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