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Home Catalogue Pressure control High performance butterfly valves TTV Colossus Butterfly Valve 50HX4040SS Double Eccentric and Double Flange type Carbon Steel body / CF8M disc / AISI316 seat with locakble lever operated

Specifications

  • Applications

    Saturated steam, heat-insulated gases, bitumen, asphalt, corrosive liquids, thermal oil, cogeneration.

  • Max. operating pressure

    Max. 25 bar

  • Body Design

    Double Flanged S13 serie (*),
    (*) Flanged S20 serie on request.

  • Seat Design

    Double Eccentric, Metal RIGID Seat

  • Body material

    Carbon Steel A216 WCB

  • Disc materials

    Stainless steel CF8M + 40 µm Hard Chrome (polished)

  • Seat material

    Metal-Metal RIGID (Stainless steel AISI 316 Seat (machined))

  • Working temperature

    -29°C up to +360°C,
    Special design high temperature 500ºC.

  • Valve Leakage Class

    Tightness Class V

  • Actuator Type

    Lever Operated, Hand Wheel

  • Connections

    Flanged PN16/25/40,
    Flanged Class 150/300 on request (drilled from EN casting)

TTV Colossus Butterfly Valve 50HX4040SS Double Eccentric and Double Flange type Carbon Steel body / CF8M disc / AISI316 seat with locakble lever operated

Product code: 50HX4040SS

Available on request

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TTV Colossus Butterfly Valve 50HX4040SS with double eccentric and double flange type. It is a valve that combines the good tightness of the ball and gate valve and the low cost and lightness of the butterfly valve. Fabricated from A216 WCB carbon steel.
AISI 316 stainless steel seat, is especially celebrated for its outstanding capability in elevated-temperature settings. It can endure heat up to 500°C, establishing it as the preferred element for severe heat uses, like those observed in energy production, aviation, and high-pressure vapour setups.
The Colossus is one of our most reliable products because it's made from high-quality materials that can withstand the harshest conditions while still working reliably over long periods of time with minimal maintenance required.

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