Mechanism of action
The hydrophilic groups in the P4N molecule form a water-absorbing conductive layer on the surface of the product. The superficial layer is distributed in fine layers or tendons to form a conductive surface layer. Internally, a "core-shell structure" is formed and electrostatic charges are leaked through this path. , it can absorb water on the surface to form a conductive surface layer to achieve antistatic effect, and reduce the surface resistance of the material to achieve long-term antistatic effect.
Comparative test data of surface resistance value of test samples under national standard conditions (temperature 23°C, humidity 50%):
| Experimental samples | 2 days | 10 days | 20 days | 40 days |
| Blank fiberglass cloth |
2.56×1011 |
6.63×1010 |
9.53×1010 |
4.32×1010 |
| P4N fiberglass cloth |
8.23×108 |
6.13×107 |
8.66×107 |
3.66×108 |
Product appearance
Light yellow liquid, odorless, non-volatile
Usage and dosage
The aqueous solution of P4N diluted to 2% is the infiltration solution for fiberglass cloth. After infiltrating the fiberglass cloth, long-lasting and excellent antistatic effect can be achieved.
Packaging and storage
Packed in plastic barrels, 25kg/barrel, use up as much as possible after opening, or seal and store as soon as possible, store in a cool and dry place, shelf life is one year.
Physical and chemical parameters
| product name | pH value | Heating loss/% | Viscosity/mPa.s | Flash point/℃ |
|
P4N |
9.0±1.0 |
≤3.0 |
1400-1500 |
270 |
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