Nano-ceramic

Nano-Ceramic Technology Overview

Using vacuum magnetron sputtering technology, nano-ceramic particles (e.g., Titanium Nitride, TiN) are evenly coated onto high-transparency polyester substrates, forming a multi-layer composite structure.

  • Heat Insulation Principle: Absorbs (rather than reflects) infrared rays, reducing heat transfer without signal interference.

  • Durability: Ceramic particles offer superior oxidation resistance, with ΔE≤1.5 (3000-hour xenon test), far exceeding the industry standard of ΔE≤3.0.

  • Eco-Friendly: 100% non-metallic composition, compliant with RoHS/REACH standards, suitable for new energy vehicle electronics.


Product Line

 Item No.

VLT

IRR

UVR

THK

TC70 70% 91% 99% 2Mil
TC35 35% 91% 99% 2Mil
TC20 20% 92% 99% 2Mil
TC15 15% 92% 99% 2Mil
TC10 8% 92% 99% 2Mil
TC05 3.5% 98% 99% 2Mil

 


Competitive Edge

  1. Heat Insulation Efficiency: 15% higher IR rejection than traditional metal films, with no signal interference.

  2. Installation-Friendly: 2mil thickness optimizes elongation (≥500%), ensuring bubble-free application on complex curves.


Custom OEM Solutions

As a factory, we offer comprehensive customization services to meet diverse needs:

  1. Material Customization

    • Substrate: Various thicknesses (1.5mil-2mil) and VLT levels (5%-70%).

    • Adhesive: Low, medium, or high tack pressure-sensitive adhesives for different installation environments.

  2. Functional Upgrades

    • Anti-Static Coating: Surface resistance ≤10⁶Ω, ideal for NEV sensor cleaning.

    • Explosion-Proof Enhancement: Glass adhesion strength ≥3.5N/cm, reducing shatter risk by 90%.

  3. Packaging & Branding

    • Custom roll sizes (e.g., 1.52m×15m or 1.52m×30m).

    • Logo printing, exclusive packaging design, and multi-language manuals.

  4. Technical Support & Training

    • Free installation training and toolkits.

    • 48-hour after-sales response for remote troubleshooting.

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