Through precision die-cutting, lamination, and forming processes, insulating materials, conductive materials, cushioning materials, and other materials are processed into functional components that meet customer design requirements. These products are widely used in electronic equipment, communication equipment, servers, industrial equipment, and other applications.

Insulating materials such as PET, PC, PP,and PI are processed into insulating structural components of various shapes and sizes through precision die-cutting. These components offer excellent electrical insulation properties and mechanical stability, and can be used for electrical isolation, short-circuit protection, and structural protection inside electronic equipment.

Applications: Powersupply modules, server chassis, and insulation protection for electronic components.

Made by combining elastic foam withconductive materials, conductive foam offers excellent compression recovery and electrical conductivity. It can fill structural gaps between components while providing electrical contact and electromagnetic shielding functions.

Silicone foam materials are processed into functional components of various shapes and sizes through precision die-cutting. These components offer excellent compression recovery, resistance to high and low temperatures, and cushioning performance. They can be used for sealing, vibration protection, cushioning, and gap filling inside equipment.

Applications: Servers, cushioning protection and thermal insulation for electronic components, anti-vibration pads, and structural gap filling.

Highly conductive copper foil materialsare processed into functional components of various shapes through precision die-cutting. These components offer excellent electrical conductivity and electromagnetic shielding performance. Conductive adhesive can be applied as required to enable bonding, grounding, and protection against signal interference.
Applications: Electromagneticshielding, grounding connections, and electrical conduction for electronic components.

Primarily made of polyester film (PET), Mylar film offers excellent electrical insulation properties, dimensional stability, and wear resistance. It can be processed into protective sheets and insulating structural components of various shapes through precision die-cutting.

Applications: Electricalinsulation for electronic components, surface protection, scratch protection, and structural isolation.