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  • Plain Channel

    • Customized 316 strut channel C Shaped c channel 41 x 21 strut channels Steel Channel

      Customized 316 strut channel C Shaped c channel 41 x 21 strut channels Steel Channel

      Metal C Section Channel (Unistrut Bracket)

       

      1)Standard: 41*41, 41*21,etc

      2)back to back: 41×41,41×62,41×82..
      3) thickness: 1.0mm~3.0mm.
      4) Length: according to customer’s requirement.
      5) BH4141 (BH4125) is also available in stainless steel or other thickness on special order.

      6)Many different sizes shape of the slotted hole are available.

       

       

       

       

      C Section Channel Performance:

       

      >convenient in construction and save much time and labor.

      >light and cheap.

      >high mechanical strength.

      >various kinds of fittings can make up of many combinations also for sale.

      >attractive in appearance.

    • Qinkai Plain Steel Solid Strut Channel Section Steel Unslotted Channel

      Qinkai Plain Steel Solid Strut Channel Section Steel Unslotted Channel

      Technical Details

      The load values shown are in accordance with AS/NZS4600:1996, using a minimum yield stress for Fy of 210 MPa on plain channel/strut.

      The published results are based on a uniformly loaded, simply supported span.

      Deflection has been calculated using standard formulae at the maximum permissible stress.

      These strut channels have solid walls, so they’re ideal for sections that don’t require fittings or accessories. They also provide a cleaner appearance than slotted strut channels. These strut channels support wiring, plumbing, and mechanical components in electrical and construction applications.

    • Qinkai Steel Stainless Steel Aluminum Frp Solid Strut Channel/Section Steel

      Qinkai Steel Stainless Steel Aluminum Frp Solid Strut Channel/Section Steel

      41x41mm, 41x21mm, or 41x62mm Steel, Aluminium, or FRP Plain Channel/Strut in 6m lengths; Stocked in standard or ribbed profile versions

      Technical Details

      The load values shown are in accordance with AS/NZS4600:1996, using a minimum yield stress for Fy of 210 MPa on plain channel/strut.

      The published results are based on a uniformly loaded, simply supported span.

      Deflection has been calculated using standard formulae at the maximum permissible stress.