Modern type, UL/ULC listed, FM approved, modern type, lateral elbow inlet, nuts/bolts & stem rod in AISI 316 (A4)

Complete drainage after full cut - off the flow. Stainless steel stem with rolled thread. O-ring stem sealing, packing cork protected against medium. Forged packing cork protected against unscrewing, EPDM fully vulcanized valve plug. UV resistant epoxy coating minimum 250 microns according to EN ISO

Fire hydrant with double closing breakage protected, possibility rotating head 0° to 360°, monolitic head with outlet connectors. Hydrant has a place for individual logo/ arms. Corrosion resistant internal and external parts.

Fluids used • Water Advantages • Instant intervention • No shock effect • Automatic discharge • No pumping Sectors Used It is used in water extinguishing systems of factories, warehouses, buildings and industrial facilities, as well as in cities and towns for direct intervention during fires a

Underground fire hydrant that is an emergency support and is compliant with EN 14339, EN 1074-6 standards.

Hydrant with 'N' certification from AENOR according to UNE 23.405 and 'CE' certification according to UNE-EN 14339 standards.

Hydrant with 'N' certification from AENOR according to UNE 23.407 and 'CE' certification according to UNE-EN 14339 standards.

The UL / FM / AWWA Fire Hydrant is manufactured in strict accordance with AWWA C502 Standard. Ductile-Iron Upper Barrel, Lower Barrel, and Hydrant Base (Shoe) are Standard. 5.25” Main Valve Opening (MVO), (1) 4.5” Pumper Nozzle, (2) 2.5” Hose Nozzles (NHT Thread) are Standard. Other nozzle sizes, qu

The Waterous Classic Pacer by AMERICAN Flow Control merges a classic look with all the traditional features of the standard Waterous Pacer® design. The Classic Pacer is AWWA rated for 250 psig and meets or exceeds all of the requirements of ANSI/AWWA C502. Its ductile iron construction assures stre

The internally valved pillar hydrant body self-drains automatically to avoid any risk of frost damage in cold climates. Outlet configuration are designed to meet individual client requirements, including multi-valved hose, large bore pumper and flanged monitor connections.

Bronze Fire Hydrant designed for use on Offshore Platforms. Manufactured of ASTM B62 C83600 Bronze Alloy for Superior Corrosion Resistance. Two 2.5” Hose Nozzles, with NFPA Standard 1963 Hose Nozzle Threads. UL Listed / FM Approved. Meets AWWA C503 Standard. Available with 4 Inch Monitor Flange outl

The SEQUOIA™ fire hydrant, by AMERICAN Flow Control® incorporates more than a century of experience in design, manufacture and field experience from the iconic American-Darling and Waterous brands. This means dependable and efficient operation when needed. The SEQUOIA hydrant is rated at 350 psig

The UL / FM / AWWA Wet-Barrel Fire Hydrant is manufactured in strict accordance with AWWA C503 Standard. High Strength Ductile-Iron Barrel construction. (1) 4.5” Pumper Nozzle, (2) 2.5” Hose Nozzles (NHT Thread) are Standard. Other nozzle sizes, quantities, and configurations available. “Storz” nozz

AVK wet barrel hydrant is designed to be a trouble free, easy to maintain hydrant. The hydrant is rated for a working pressure of 200 psi, is UL listed and FM approved, and meets or exceeds the requirements of the AWWA C503 standard for wet barrel fire hydrants (where applicable). AVK series 24 hydr

ABO 900 series inter-flange soft-sealing centric industrial butterfly valves. Demountable with easy service.

PN16 lug type butterfly valve with NBR seat and A-316 stainless steel disc. Made of ductile GGG40 cast iron with RAL5013 epoxy paint coating. The valve is suitable for shutting off the flow of a fluid partially or completely. It withstands a maximum working pressure of 16 bar (250 psi) and can withs

Resilient seated gate valve with electric actuator flanged with monolithic ISO top flange and full bore gate valve. Body bonnet and wedge made of ductile cast iron EN-GJS 400-15, NBR/EPDM fully vulcanised wedge. Epoxy coating minimum 250 microns according to EN ISO 12944-5, GSK RAL certificate. Wedg

Its purpose is to expel accumulated air from a pipe when it is pressurized and in service.