Water-based conductive coating is prepared by rationally blending water-based resin, carbon nano-material, surfactant and other additives. The product employs carbon nanomaterial as the heating medium with the purpose of making full use of the outstanding advantages of electrical conductivity, such as high heat- transfer rate, far infrared functional protrusion, high mechanical strength, good toughness and other aspects. Carbon nanomaterial is implanted into the matrix of water-soluble high molecular resin by means of molecular structure design technology in this process. Combined Nanotechnology with functional material, as prepared water-based conductive heating coating is environment-friendly with high electrical conductivity, thermal conductivity, etc.
1、Green, free-solvent water-based resin as the main film-forming element is used. It does not emit VOC and pollution of the environment.
2、Excellent electrical conductivity.
3、Emitting far infrared ray in a wavelength range of 7.5~13μm.
4、Excellent adhesion with poxy glass fiber board, PET, glass and ceramic substrate.
5、Rate of resistance change less than 10%.
6、Long-term, stable performance, and uniform heating after curing.
Widely applicable in electric heating products such as low temperature radiation electric heating film, far infrared electric blanket, heating plate, and defogging mirror.
1、Decontaminated and degreased substrate is preferred, otherwise it affects the actual use.
2、Suggested Cure condition: 120℃ , 10min.
3、Weight amount per dry film thickness of 25μm about 0.15kg-0.20kg/m2.
4、Water washing available.
5 kg/bucket、20 kg/bucket
Products should be stored at 5-25 ̊C, avoiding direct sunlight, heat and fire.
It can be originally preserved for more than 6 months in a cool, dry and ventilated storage place.