Principle of Antistatic Agent
General Short-life low-molecular anti-static Working Mechanism
Common anti-static agent forms hydrophilic layer at surface to release static charge from polymer through moisture in air but easily lose performance when met by humidity, external friction. There is also likely migration happening, so it was viewed short-term.
Distinct Working Mechanism of Nano High-Molecular Antistatic
GYC-AT-series can be averagely compounded in plastic/resin, forming a network that allows electric charge to conduct from layer to layer without being removed
by washing or wiping
The change of surface electric resistance after adding GYC-AT-SERIES
|
|
Without adding GYC-AT-SERIES |
After adding GYC-AT-SERIES |
|
PP fiber |
10^16-20 |
10^8-10 |
|
PET |
10^12-14 |
10^8-10 |
|
NYLON |
10^13-14 |
10^8-10 |
|
ACRYLIC RESIN |
10^14-15 |
10^8-10 |
|
PU RESIN |
10^13-15 |
10^8-10 |