Laminated steel plates are primarily used in areas that require “multiple property compatibility + structural stability,” spanning industrial manufacturing, construction, electronics, and more:
Electronics manufacturing: used in multilayer PCB lamination templates to ensure uniform pressure and temperature, preserving bonding strength and surface flatness; also in electronic component packaging molds.
Construction engineering: bridge and factory building frameworks, high-rise steel structural load-bearing parts, composite panels for roofs and walls (strength + thermal insulation/corrosion resistance); seismic supports and curtain wall frameworks.
Machinery and automotive: automotive body structural parts, engine blocks/cylinder heads lamination templates, wear-resistant liners, high-strength connectors, precision machinery guides and worktables requiring high accuracy and wear resistance.
Petrochemical and new energy: corrosion-resistant piping components, valves, pumps, chemical reactors; in new energy, used for lithium battery electrode lamination, PV module frames.
Aerospace and medical devices: aerospace electronic component manufacturing, structural part forming; medical instruments, surgical tools, and implant forming templates (requiring biocompatibility and high strength).