180 degree bending technology of stainless steel | DSP

DSP Co., Ltd. is a world-top-tier color-coated metal sheet and tube manufacturer that delivers the beauty to the world as a global leading company in metallic color coatings.

It is DSP’s corporation mission that provides its excellent quality products to consumers at reasonable prices. And DSP has been making an investment in Research & Development for innovative products over 30 years since its establishment in 1988. It will continue to enable DSP to achieve the customer satisfaction with quality assurance and reasonable price.

DSP has bending technology that can be designed in various ways. DSP bending technology is a state-of-the-art technology that assures the highest secure in the process. It leads to the universalization of metal materials at reasonable prices. stainless steel roofing

With such cutting-edge bending know-how, DSP are capable of various processing such as 180° bending according to the customer’s request. 180° bending is harder and more fluidly. It can be bent according to the construction method such as 180 degrees bending. DSP products do not peel off even after 180° bending.

DSP also has an expertise in cutting technology that can outperform competitors to be processed in many ways. DSP can trim its products in many ways according to the construction method such as 180 degree bending and 10mm section bending up to 7 mm bent. Such technology can make the DSP products more efficiently and more rigidly than other company’s products. color inox manufacturer

DSP color laminated stainless steel plate can significantly reduce the cost burden and improve the weakness and smoothness of stainless steel based on its unique fabrication technology that the surface is stainless steel and the structure is plated steel plate. The price burden of stainless steel plate is considerable from the perspective of customers. Therefore, in order to reduce the customer's price burden, DSP developed such laminated stainless steel plate that is a bonded plate of two different materials with improved economic efficiency.