Do PEEK Braided Sleeve have a shielding effect?

The original meaning of shielding is to cover and block. It has different meanings in different places. Shielding also refers to protection, such as: shielding clothing, shielding protective film, etc., whose function is to prevent static electricity and other radiation sources. The main function of Peek Braided Sleeve is electronics/electromagnetic induction/signal shielding.

1. Performance parameters of PEEK Braided Sleeve
Optical properties: transmittance 50%-70%.
Actual shielding effect: 50-60dB.
Features: Good transmittance: black surface, low reflective surface, high transmittance and good shielding properties.
Better breathability: breathable.
Better process performance: The material is soft, has good plasticity, is not easy to wrinkle, is easy to cut to the required length, and does not require metal drawing.
2. Related information about PEEK Braided Sleeve
PEEK Braided Sleeve can both shield electromagnetic radiation and transmit light. It is a shielding material that can be used for observation holes. It has been widely used in radar detection screens, computer display equipment, photocopiers, radio stations, and spectrum analyzers. , instruments, dashboards and other data and picture display windows, electronic devices and shielded room observation windows are electromagnetic shielded.
3. Selling Points of PEEK Braided Sleeve Products
(1) Electromagnetic radiation protection, which is very good at blocking the harm of radio waves to the human body.
(2) Shield interference signals to ensure normal operation of experimental instruments.
(3) Prevent electromagnetic leakage: It is best to shield and suppress electromagnetic signals through the display window.
4. Product introduction of PEEK Braided Sleeve
(1) Used for electromagnetic shielding or electromagnetic radiation protection and other parts that require light transmission, such as: instrument display window shielding.
(2) Used in electromagnetic shielding or electromagnetic radiation protection areas that require ventilation, such as main chassis, network cabinets, ventilation windows, etc.
(3) Used for electromagnetic shielding or electromagnetic radiation protection on walls, floors, ceilings, etc.: such as laboratories, computer rooms, strong and weak current rooms, and observation stations.
(4) Used in cables and wires to resist electromagnetic interference and have the buffering effect of electromagnetic shielding.