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Seamless Aluminum Duct To Bear The Pressure How Much

  Seamless Aluminum Duct to bear the pressure how much

  The use of 2024 refrigerant air-conditioning seamless Aluminum Duct, to withstand 30 kg pressure no problem; use R410a refrigerant air-conditioning Aluminum Duct, to withstand 44 kg pressure no problem. Try not to be too much pressure Oh Too great is dangerous. First, the seamless Aluminum Duct than the seam pressure is better, seamless Aluminum Duct texture is relatively uniform, the weld pipe in the weld part of the chemical composition will be a small amount of burning, so the mechanical properties slightly worse and seamless, but not a difference Very big. Second, if it is bent with the proposed use of seamless pipe, welded pipe is easy to crack, bending radius is relatively large, then no problem, it is because the high-frequency welded pipe although welded joints, but it is composite aluminum, which consists of two Above the composition of aluminum alloy, generally its surface layer of brazing layer

  The use of 2024 refrigerant air-conditioning seamless Aluminum Duct, to withstand 30 kg pressure no problem; use R410a refrigerant air-conditioning Aluminum Duct, to withstand 44 kg pressure no problem. Try not to be too much pressure Oh Too great is dangerous.

  First, the seamless Aluminum Duct than the seam pressure is better, seamless Aluminum Duct texture is relatively uniform, the weld pipe in the weld part of the chemical composition will be a small amount of burning, so the mechanical properties slightly worse and seamless, but not a difference Very big.

  Second, if it is bent with the proposed use of seamless pipe, welded pipe is easy to crack, bending radius is relatively large, then no problem, it is because the high-frequency welded pipe although welded joints, but it is composite aluminum, which consists of two Above the composition of aluminum alloy, generally its surface layer of brazing layer.

  Seamless steel pipe to bear the pressure calculation formula Method:

  A: to know the diameter of the wall thickness can withstand the pressure calculation method (different tensile strength of different materials):

  Pressure = (wall thickness * 2 * steel pipe tensile strength) / (outer diameter * coefficient)

  Two: to know the diameter and pressure to find the wall thickness calculation method:

  Wall thickness = (pressure * diameter * coefficient) / (2 * steel pipe tensile strength)