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Product Introduction：
The core cold drawn steel plates introduced include DC series cold rolled steel sheets complying with the EU EN10130 standard, covering full-gradient materials from conventional stamping to ultra-deep drawing, as well as national standard Q235B annealed cold rolled steel coil cut plates.They are core sheet metal substrates with excellent versatility and formability in the industrial field.
DC materials of different grades can adapt to stamping and forming requirements of different depths, covering working conditions from ordinary shallow stamping, conventional deep drawing to precision ultra-deep drawing, fully matching diversified metal processing scenarios.
Product Advantage：
All plates in this series belong to Precision cold rolled sheet. Manufactured by precision cold rolling technology, they feature flat and smooth surface, accurate thickness tolerance and uniform material properties. After annealing treatment, their toughness and processability are greatly improved, supporting various basic and precision processing technologies such as bending, cutting, punching, welding and stamping forming.
Conventional deep-drawing plates meet the performance standards ofEN10130 DC04 deep drawing cold rolled steel sheet for automotive stamping parts. With excellent elongation and crack resistance, they have extremely high stamping stability and can be used for batch deep drawing processing of various automotive structural and interior stamping parts.
High-end ultra-deep drawing plates possess the core characteristics of DC06 ultra-deep drawing cold rolled steel sheet for precision metal forming. They have low work hardening rate and excellent ductility, enabling high-precision precision metal forming of complex curved surfaces and special-shaped structures without wrinkling, cracking, deformation and other defects after processing, suitable for high-end precision forming working conditions.
General economical plates are dominated by Q235B annealed cold rolled steel coil cut plate for general hardware processing. The internal stress is eliminated by complete annealing process, with moderate material hardness and high cost performance, which can easily meet the basic processing and forming needs of various general hardware.
The overall DC series plates present gradient forming advantages. With progressive performance from simple stamping, conventional deep drawing, high-difficulty deep drawing to ultimate precision ultra-deep drawing, they fully cover processing needs in civil, general industrial, high-endautomobile, precision manufacturing and other fields.
Product Uses:
Basic-grade cold rolled plates are applied to ordinary sheet metal processing, manufacturing general products such as ordinary home appliance brackets, cabinet plates, decorative sheet metal,simple hardware stamping parts and ordinary equipment accessories. Medium-grade deepdrawing plates meet the processing and production requirements of small and medium-sized home appliance shells, lamp accessories, conventional kitchen and bathroom stretched hardware parts, and general sheet metal components.
Plates with automotive-grade deep drawing performance are core materials for auto parts processing, widely used in the batch production of various automotive stamping parts such as automobile inner door panels, instrument panel brackets, chassis decorative parts and automotive interior sheet metal. High-grade deep-drawing plates are suitable for products with high stretching requirements, including kitchen and bathroom products, equipment oil tank shells and home appliance shells with complex curved surfaces.
High-end ultra-deep drawing precision plates are specialized in the field of high-precision metal forming, mostly used in high-end precision manufacturing scenarios such as high-end automobile outer panels, precision instrument shells and ultra-thin complex special-shaped stretched parts. With high cost performance, annealed Q235B cold rolled cut plates are widely used in general hardware processing, storage shelves, electromechanical chassis and cabinets, ordinary equipment bases, various welded structural parts and other conventional industrial scenarios.
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