Transparent Energy Saving Nano Glass Insulation Coating for Residential Window Glass
Product Description
Performance Data
| Product Properties | Nanoparticle coating | |||
| Dynamic viscosity(S) | 6~8 | GB/T1723 Viscosity meter for 4 cup coating | ||
| Surface | Blue liquid | Visualization | ||
| Weight(%) at 25℃ | 1.050~1.150 | Specific gravity method | ||
| Recommended curing conditions | ||||
| Drying time(min at room temperature) | 35~45 | Apply the coating uniformly onto a 1mm thick glass slide using a 25 μm coating rod.The time when the surface is lightly touched without fingerprints is considered the surface drying time,and the time when the hardness reaches 3H is considered the actual drying time. |
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| Number of days at room temperature | 7 | |||
| Physical properties after curing | ||||
| Hardness (pencil) | >3H | GB/T6739-2022 | ||
| Adhesion(grid method,1 mm)/grade | 0 | GB/T9286-2021 | ||
| Resistance to water | Room temperature water | No abnormalities in 168 hours |
GB/T1733-1993 | |
| Boiling water | No abnormalities at 8:00 | |||
| Acid Rain with pH=3 | No abnormalities in 168 hours | GB/T9274-1988 | ||
| Alkaline resistance saturated calcium hydroxide aqueous solution |
No abnormalities in 168 hours |
GB/T9265-2009 | ||
| UVA(340nm)resistance:0.68 W/m²,240h | Surface | Non-foaming,non-peeling,and non-cracking | JG-T 338-2011 GB/T9286-2021 GB/T1766-2008 |
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Pulverization/Grading |
0 | |||
| Adhesion level | 0 | |||
| Optical properties after curing | ||||
| Infrared blocking rate% | ≥90 | Apply the coating onto a slide after 1 mm,with a dry film thickness of 8-10 μm,and measure the optical transmittance using the LS183 optical transmittance analyzer from Linshang Technology. |
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| Visible light transmittance% | ≥70 | |||
| Ultraviolet light transmittance(%) | >55 | |||
Core Advantages
1. Single-group distribution method - No need for mixing, simple and convenient to use, and low construction difficulty.
2. Odorless nano-scale material - Environmentally friendly, no pungent smell, safe for both indoor and outdoor construction.
3. Dual application methods - can be brushed or sprayed, meeting the construction requirements of different glass surfaces.
4. High transparency and excellent optical performance - visible light transmittance ≥70%, does not affect natural lighting, and blocks infrared rays at the same time.
5. Highly efficient heat insulation and UV/infrared blocking rate ≥90%, effectively blocking UV rays and keeping indoor sunlight sterilized.
6. Normal-temperature wet curing - No heating equipment required, energy-saving, and convenient for on-site construction.
7. Excellent physical and chemical properties - resistant to water, boiling water, acid rain and alkali; No peeling, no cracking, no bubbling.
8. High hardness and strong adhesion - Pencil hardness bbbb3h, adhesion grade 0, scratch-resistant, and long-lasting adhesion to glass.
9. Excellent weather resistance - anti-aging, stable performance in various harsh outdoor environments.
10. Energy conservation and environmental protection - Reduce indoor heating and cooling energy consumption to meet building energy conservation requirements.
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FAQ
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