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DisabledToilets > Showering > Showering Mixers and Valves > Pressure Reducing Valves > Mini Pressure Reducing Valve
Ref: PRV £0.00 £0.00 ex VAT Delivery: £3.00 inc VAT (£2.50 ex VAT) About VAT exemption × About VAT Exemption Disabled people can claim VAT exemption on installations, repairs, maintenance, products that have been designed solely for disabled people, spare parts and accessories. To claim back the VAT on your purchase, visit this page. Exemption form Please Choose PRV113903800 Mini Pressure Reducing Valve 3/8 £15.99 + vat PRV113905000 Mini Pressure Reducing Valve ½" £15.99 + vat PRV11391500 Mini Pressure Reducing Valve 15mm £15.00+ vat PRV27190400 ½" female x ¾" male mini pressure reducing valve £1300+ vat Product Description Mini Pressure Reducing Valves (PRV) are designed to reduce fluid pressure to optimal system levels and to maintain that level, preventing damage to system components located downstream of the PRV. Due to the PRV’s compact design they can be used even in areas where space is limited. To avoid cavitation the number of PRVs used to achieve the reduction in pressure must be considered. Static and Dynamic pressure control Can be installed horizontally or vertically Integral serviceable filter Port for pressure gauge Gauges available Downloads Related Products
Ref: PRV
£0.00 £0.00 ex VAT
Delivery: £3.00 inc VAT (£2.50 ex VAT)
Disabled people can claim VAT exemption on installations, repairs, maintenance, products that have been designed solely for disabled people, spare parts and accessories.
To claim back the VAT on your purchase, visit this page.
Exemption form
Please Choose PRV113903800 Mini Pressure Reducing Valve 3/8 £15.99 + vat PRV113905000 Mini Pressure Reducing Valve ½" £15.99 + vat PRV11391500 Mini Pressure Reducing Valve 15mm £15.00+ vat PRV27190400 ½" female x ¾" male mini pressure reducing valve £1300+ vat
Mini Pressure Reducing Valves (PRV) are designed to reduce fluid pressure to optimal system levels and to maintain that level, preventing damage to system components located downstream of the PRV. Due to the PRV’s compact design they can be used even in areas where space is limited. To avoid cavitation the number of PRVs used to achieve the reduction in pressure must be considered.
