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What is the laser cutting tolerance for A573Gr.65 carbon content

What is the laser cutting tolerance for A573Gr.65 carbon content

  • May 08 , 2021
A36 plates technical parameters, A36 ms steel sheets datasheet: A36 steel consists of carbon 0.25% max., phosphorus 0.040% max., sulphuric 0.050% max., silicon 0.40% max. and copper 0.20% max. Mechanical properties of A36 steel include yield strength 250M

A36 plates technical parameters, A36 ms steel sheets datasheet: A36 steel consists of carbon 0.25% max., phosphorus 0.040% max., sulphuric 0.050% max., silicon 0.40% max. and copper 0.20% max. Mechanical properties of A36 steel include yield strength 250Mpa min., tensile strength 400-500Mpa and elongation 20% min. Brinell hardness 119-162 HBW, based on the conversion from tensile strength. Modulus of elasticity (Young's modulus): 200 GPa (29×103 ksi). Shear modulus: 79.3 GPa (11.5×103 ksi). The density of A573Gr.65 carbon content, A36 plates is 7.85g/cm3.

The recent improvement in demand is also reflected in A573Gr.65 carbon content social inventory. This year, the growth rate of A573Gr.65 carbon content social inventory has slowed down compared with the same period last year, which indirectly reflects that the demand of A573Gr.65 carbon content this year is better than that of last year. In addition, A573Gr.65 carbon content production, which has set new highs again and again, has slowed down this month, with a slight decline. The decline of A573Gr.65 carbon content production will also alleviate the relationship between supply and demand.

A573Gr.65 carbon content 2020 October inventory: 16*2200*12000, 10*2400*8450, 27*3510*7900, 14*2070*9060, 38*3300*13400, 30*2020*7000, 10*2400*8300, 35*2230*6000, 10*2200*8000, 8*2210*11000, 30*1600*10720, 25*2100*8400, 23.5*2950*10500, 38*3300*13400, 30*1600*10720, 8*2200*11200, 24*2500*5800, 25*2400*11600, 35*2220*10000, 21.5*1630*13480, 20*1950*9150, 80*2250*8850, 30*1600*10720, 21.5*1630*13480.

Try to use A573Gr.65 carbon content high-quality alkaline covered electrode as much as possible, and don't use inferior electrode to save money. According to the theory of chromium poor, chromium carbide will be precipitated on the upper edge of the grain boundary of the weld and heat affected zone when the A573Gr.65 carbon content temperature range is between 450 ℃ and 850 ℃, resulting in chromium poor grain boundary, which is insufficient to resist corrosion.

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