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Showing 33–48 of 101 results

  • km03

    Steelyes Steel Doors KM03

    STEELYES STEEL DOORS KM03

    DOOR SIZE JAMB SIZE
    71cm x 210cm x 50mm 80cm x 2176cm x 50mm
    81.5cm x 210cm x 50mm 90cm x 2176cm x 50mm
    91.5cm x 210cm x 50mm 100cm x 2176cm x 50mm

  • km06

    Steelyes Steel Doors KM06

    STEELYES STEEL DOORS KM06

    DOOR SIZE JAMB SIZE
    71cm x 210cm x 70mm 80cm x 2176cm x 70mm
    81.5cm x 210cm x 70mm 90cm x 2176cm x 70mm
    91.5cm x 210cm x 70mm 100cm x 2176cm x 70mm

  • km07

    Steelyes Steel Doors KM07

    STEELYES STEEL DOORS KM07

    DOOR SIZE JAMB SIZE
    71cm x 210cm x 50mm 80cm x 2176cm x 50mm
    81.5cm x 210cm x 50mm 90cm x 2176cm x 50mm
    91.5cm x 210cm x 50mm 100cm x 2176cm x 50mm

  • Copy of tap 45 elbow copy

    TAP 45° Elbow

    No LEAK. No RUST.

    German Technology.

    Hot and cold piping system.

    Made of High Molecular Weight Polypropylene Random Co-polymers suitably stabilized for high temperature applications.


  • Copy of tap 90 elbow copy

    TAP 90° Elbow

    No LEAK. No RUST.

    German Technology.

    Hot and cold piping system.

    Made of High Molecular Weight Polypropylene Random Co-polymers suitably stabilized for high temperature applications.


  • bypass bend

    TAP Bypass Bend

    No LEAK. No RUST.

    German Technology.

    Hot and cold piping system.

    Made of High Molecular Weight Polypropylene Random Co-polymers suitably stabilized for high temperature applications.


  • Copy of tap coupling copy

    TAP Coupling

    No LEAK. No RUST.

    German Technology.

    Hot and cold piping system.

    Made of High Molecular Weight Polypropylene Random Co-polymers suitably stabilized for high temperature applications.


  • elbow reducer

    TAP Elbow Reducer

    No LEAK. No RUST.

    German Technology.

    Hot and cold piping system.

    Made of High Molecular Weight Polypropylene Random Co-polymers suitably stabilized for high temperature applications.


  • Copy of tap end cap copy

    TAP End Cap

    No LEAK. No RUST.

    German Technology.

    Hot and cold piping system.

    Made of High Molecular Weight Polypropylene Random Co-polymers suitably stabilized for high temperature applications.


  • female threaded coupling

    TAP Female Threaded Coupling

    No LEAK. No RUST.

    German Technology.

    Hot and cold piping system.

    Made of High Molecular Weight Polypropylene Random Co-polymers suitably stabilized for high temperature applications.


  • Copy of tap female threaded elbow copy

    TAP Female Threaded Elbow

    No LEAK. No RUST.

    German Technology.

    Hot and cold piping system.

    Made of High Molecular Weight Polypropylene Random Co-polymers suitably stabilized for high temperature applications.


  • Copy of tap female threaded tee copy

    TAP Female Threaded Tee

    No LEAK. No RUST.

    German Technology.

    Hot and cold piping system.

    Made of High Molecular Weight Polypropylene Random Co-polymers suitably stabilized for high temperature applications.


  • female threaded union

    TAP Female Threaded Union

    No LEAK. No RUST.

    German Technology.

    Hot and cold piping system.

    Made of High Molecular Weight Polypropylene Random Co-polymers suitably stabilized for high temperature applications.


  • flange set

    TAP Flange Set

    No LEAK. No RUST.

    German Technology.

    Hot and cold piping system.

    Made of High Molecular Weight Polypropylene Random Co-polymers suitably stabilized for high temperature applications.


  • male threaded coupling

    TAP Male Threaded Coupling

    No LEAK. No RUST.

    German Technology.

    Hot and cold piping system.

    Made of High Molecular Weight Polypropylene Random Co-polymers suitably stabilized for high temperature applications.


  • Copy of tap male threaded elbow copy

    TAP Male Threaded Elbow

    No LEAK. No RUST.

    German Technology.

    Hot and cold piping system.

    Made of High Molecular Weight Polypropylene Random Co-polymers suitably stabilized for high temperature applications.