Our main products include flexible substrate coating, shielding materials, absorbing materials, precious metal slurries, and more!

Provide customers with professional and convenient electromagnetic shielding and conductive material application solutions

Flexible electrode materials, shielding materials, conductive materials, absorbing materials, and new material technology solution providers

Hotline
Hotline
13826586185(Mr. Duan)
duanlian@xianjinyuan.cn

Wechat QRcode

Wechat QRcode
banner
Current：Home >News >Frontier News
News center
先进院（深圳）科技有限公司

Hotline:0755-22277778 Tel：0755-22277778 
Mobile：13826586185（Mr.Duan）
Fax：0755-22277776
E-mail：duanlian@xianjinyuan.cn

Frontier News

2023-02-28Advanced Institute (Shenzhen) Technology Co., Ltd
2025-07-28RFID Radio Frequency Printing Silver Paste: A New Chapter in Technological Manufacturing
2025-07-28Pressure free sintering conductive silver paste: an innovative work of advanced institute technology
2025-07-28Nickel plated copper foil tape: a new chapter in technological anti-corrosion
2025-07-24Nickel plated copper foil tape, nickel plated layer protection, enhances the corrosion resistance of copper foil tape
2025-07-24Gold plated copper foil tape, excellent conductivity, suitable for connecting and shielding high-end electronic devices
2025-07-24防水防潮铝箔胶带：科技守护下的生活细节艺术
2025-07-23High conductivity copper foil tape
2025-07-23Stainless steel electromagnetic shielding ventilation window: an innovative work of harmonious coexistence between technology and nature
2025-07-23Lightweight foam metal shielding window
2025-07-23High elasticity conductive cloth pad: an innovative crystallization of advanced technology
2025-07-23Pressure free sintering technology for conductive silver paste: an innovative breakthrough in advanced institute technology
2025-07-23Exploring the technological innovation path of specialized silver paste for high-temperature resistors
2025-07-23High adhesion line silver paste: innovative breakthrough in advanced institute technology production
2025-07-23高分散性纳米导电银浆：重塑电子领域的均匀导电新纪元
2025-07-23Low temperature curing conductive silver paste, suitable for low-temperature working environment, maintaining conductivity
2025-07-23Fine coating speed control circuit: revolutionary breakthrough of thick film silver palladium paste
2025-07-22Special silver palladium slurry for speed control system: a precision manufacturing revolution led by technology
2025-07-22High sensitivity oil level detection: innovative breakthrough of silver palladium slurry
2025-07-22High sensitivity oil level sensor silver palladium paste, improving sensor response speed and accuracy
2025-07-21Fine coated piezoelectric ceramic filter conductive silver paste, suitable for high-frequency circuit design
2025-07-21High reliability LTCC low-temperature solidification silver paste: innovative breakthrough of advanced institute technology
2025-07-21PI Copper Plated Silver Microelectronics Packaging: Advanced Technology Leads a New Era of Packaging
2025-07-21PI Copper Silver Plating Technology for Flexible Circuit Boards
2025-07-21Precision PI film aluminum plating, electronic component packaging, providing reliable shielding and protection
2025-07-21High flexibility and toughness PI copper plated tin plated film, electronic packaging material, enhances overall performance stability
2025-07-21High flexibility and toughness PI copper plated tin plated film, electronic packaging material, enhances overall performance stability
2025-07-21Innovation in the Integration of PET Platinum Coating Film and Sensor Technology
2025-07-20双面镀镍铜箔，高韧性，适用于柔性印刷电路板
2025-07-205um gold-plated copper foil
Coating on flexible substrates
Precious metal slurry
Shielding materials
Absorbing material
Thermal conductive material
News
Hotline
0755-22277778
13826586185(Mr.Duan)
Wechat QRcode Wechat QRcode

Advanced Institute (Shenzhen) Technology Co., Ltd， © two thousand and twenty-onewww.avanzado.cn. All rights reservedGuangdong ICP No. 2021051947-1  © two thousand and twenty-onewww.xianjinyuan.cn. All rights reservedGuangdong ICP No. 2021051947-2