The significance to develop SA633 Grade C steel plate

BEBON is known for delivering huge requirements of these products to its clients all over the world. These carbon steel plates, alloy steel angles, steel structures are used by a number of industries, factories workshops, shipbuilding, bridges, oil storage tanks, SA633 Grade C steel plate steel structure, landscape buildings and many more places. We have a spacious, state-of-the-art, fully advanced and modernized warehouse that stores tonnes of our value-adding products.

The company has SA633 Grade C steel plate advanced production equipment and machining technology, excellent marketing team and domestic regional channel partners, and sound management plan for product market development and after-sales service. After years of cooperation experience SA633 Grade C steel plate, we have accumulated a large number of customers at home and abroad, and won unanimous praise.

As the thickness and hardness of SA633 Grade C steel plate increase, the tendency to crack at the cutting edge increases. In order to prevent the SA633 Grade C steel plate from cutting cracks, preheating should be carried out before SA633 Grade C steel plate cutting. Special attention should be paid to preheating to make the entire SA633 Grade C steel plate interface evenly heated to avoid local overheating in the area contacting the heat source. If the whole SA633 Grade C steel plate cannot be preheated, the partial preheating method can be used instead.

Composition characteristics of low alloy structural steel, SA633 Grade C steel plate: (1) Low carbon: the carbon content of low alloy structural steel is less than 0.20% due to the high requirements of toughness, weldability and cold formability. (2) The alloy elements such as manganese are added. (3) The addition of Nb, Ti or V and other auxiliary elements: a small amount of Nb, Ti or V forms fine carbides or carbonitrides in the steel, which is beneficial to obtain fine ferrite grains and improve the strength and toughness of low alloy structural steel. In addition, adding a small amount of copper (≤ 0.4%) and phosphorus (about 0.1%) can improve the corrosion resistance. The addition of a small amount of rare earth elements can remove sulfur and gas, purify the steel, and improve the toughness and process performance of low alloy structural steel.

When providing technical services on site, the after-sales personnel shall strictly abide by the safety rules and regulations of the construction site, consciously take safety protection measures (such as wearing safety helmet when entering the construction site), accept the supervision and management of the site; without permission on the construction site, they shall not dismantle, smear or damage any goods; the commissioning of contract goods shall be carried out under the supervision of the site supervisor If necessary, it shall be approved by the site supervisor or the person in charge of the project department.