SiSiC Beam

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Description

RBSiC (SiSiC) cross Beams are used for the loading structure systems of tunnel kilns,
shuttle kilns, and many other industrial kilns. RBSiC (SiSiC) cross beams have higher
strength, and there are no deformations even at very high temperatures. Also, the beams
display long operational life. SiSiC beams are the most suitable kiln furniture for
sanitaryware and electrical porcelain applications. RBSiC (SiSiC) has excellent thermal
conductivity, so it is available to save energy with less weight of the kiln car.

Bearing Capacity of RBSiC (SiSiC) Beams

W Side H Side δ W Side H Side W Side H Side
30 30 5 74 74 147 147
30 40 5 117 95 235 190
40 40 6 165 165 330 330
50 50 6 283 283 567 567
50 60 6 374 331 748 662
50 70 8 573 451 1143 902
60 90 9 1060 799 2120 1598
80 80 7 935 935 1869 1869
100 100 8 1708 1708 3416 3416
110 110 10 2498 2498 4997 4997

SiSiC Beam Technical Parameters

SiSiC Beam Diagram

  • The Bending Strength of RBSiC (SiSiC) Beams is 250 MPa.
  • Safety coefficient: 5.
  • Concentrated Loading = Value in the Table × 1/L
  • Uniformly Distributed Loading = Value in the Table × 1/L
  • Working temperature: 1350°C
  • Beam sizes: H = 20-200 mm, W = 20-200 mm, L = 50-4500 mm, δ = 4-12 mm

Application

High-temperature furnace industry: The square beam supports used in ceramic roller kilns and shuttle kilns.

New Energy and Semiconductors: The load-bearing structures of Lithium battery material sintering furnaces and semiconductor diffusion furnaces.

Metallurgy and Chemical Engineering: Corrosion-resistant linings and supports for non-ferrous metal smelting furnaces commonly used alongside graphite silicon cabide crucibles.

 

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