Online customer service
Customer service hotline
0769-8101 5500 0769-8101 5500
Service time:
8:00 - 24:00
Customer service group:
在线客服

Widely used
Precision metal stamping parts

Product main direction positioning: absorbing materials, thermally conductive materials, precision metal parts, features

Shenzhen Weimeide Material Technology Co., Ltd. is committed to the research, development, production and application of new electronic materials. The main products are oriented in shielding materials, absorbing materials, thermal materials

About Winmade

Connectors

Computer,PAD & Phone

Nuclear power

Rail Transit

Automotive electronics

2018

07 27

China Compulsory Product Certification (3C Certification) Published time: 2018-07-27|15 Views|Share: The 3C certification is called the “Compulsory Product Certification System”.

2018

07 27

Thermal design is a relatively new industry that has emerged with the development of the communications and information technology industries, and is increasingly being valued. With the continuous improvement of the performance of communication and information products and the increasing requirements for the portability and miniaturization of communication and

2018

07 27

Electromagnetic interference (Electromagnetic Interference), referred to as EMI, has both conducted and radiated interference. Conducted interference is mainly caused by interference signals generated by electronic devices through the conductive medium or the common power line. Radiated interference means that the interference signals generated by the electronic devices transmit the interference signals to another electrical network or electronic device through spatial coupling. 

2018

07 27

The relevant concepts, definitions and terms of EMC are described in detail in the national standard GB/T4365 "Electromagnetic Compatibility Terminology" issued in 1995. Here are just a few main concepts to be explained. Virmet's electromagnetic shielding materials help various electronic equipment systems solve electromagnetic compatibility problems.