2025-05-14

Electromagnetic Shielding and Grounding of Smart Phone Camera Modules Application Background

In the design of smartphones, camera modules are vulnerable to internal high-frequency signals (such as 5G RF) or external electromagnetic interference (EMI), which can lead to imaging noise or signal distortion. Single-sided black conductive fabric, with its excellent conductivity, flexibility and light-blocking properties, has become one of the solutions.

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2025-05-14

Packaging of battery packs for new energy vehicles

Implementation Plan: The conductive surface is connected to the battery casing for grounding, quickly discharging static electricity. The insulating surface isolates adjacent battery cells, preventing short circuits. Parameters: High-temperature resistance up to 120℃, nickel plating for corrosion prevention (thickness 0.0015mm).

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2025-05-14

Medical equipment radiation shielding

Application scenario: The MRI equipment needs to shield against external electromagnetic interference, and the insulating surface must not pose any threat to patient safety. Implementation Plan: The conductive surface forms a shielding layer, attenuating the environmental electromagnetic waves. The insulating surface is in close contact with the equipment casing and complies with medical insulation standards. Test data: Shielding effectiveness: 75 dB (20 MHz to 1 GHz).

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2025-05-13

Industrial high-frequency furnace electromagnetic protection furnace

Application scenario: The operators of the high-frequency furnace need to protect themselves from radiation, and at the same time, the insulating surface prevents the high temperature of the furnace from being conducted.

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