Mechanic Nano 20 Conductive Silver Paste
₱150.00
Out of stock
Mechanic Nano 20 Conductive Silver Paste
Mechanic Nano 20 Conductive Silver Paste is
a professional-grade repair material formulated with nano-sized silver particles for high electrical conductivity and strong adhesion. It is widely used for repairing damaged circuits and creating conductive pathways on various electronics and flexible screens.
Key features
Nano-technology: The paste contains nano-sized silver powder with an average particle size of less than 0.1µm, ensuring exceptional conductivity even in a flexible, paste form.
High solid content: With a solid content of 85%, the paste has a high concentration of silver, contributing to its strong conductivity.
Ultra-low resistance: It provides ultra-low electrical resistance, allowing for efficient current transmission.
Excellent adhesion: The paste is designed to bond firmly to a variety of substrates, including glass, ceramics, and plastics.
High-temperature resistance: It can maintain its electrical properties and adhesion even in high-temperature electronic environments, withstanding up to 105℃.
Typical applications
is a versatile tool used across many industries, including:
Mobile phone repair: Fixes display issues like yellow, green, or white screens and repairs broken circuit traces on flexible screen cables for both Apple and Android devices.
Electronics manufacturing and repair: Restores circuits on printed circuit boards (PCBs), integrated circuits (ICs), and touch screens.
Sensors and antennas: Used for repairing or creating antennas for radio-frequency identification (RFID) and other sensors.
Conductive coatings: Applies conductive pathways and coatings for electromagnetic shielding.
Other industries: Has applications in solar cells, automotive electronics, medical equipment, and aerospace electronics.
How to use
For optimal results, follow these steps:
Use a soft-tipped brush or another precise application tool to apply the paste to the damaged area.
Once applied, the paste can be cured by applying heat from a hot air gun or other heat source.
The paste dries quickly to form a strong, permanent conductive path.