Next-Generation Photocatalytic Coatings

Advanced TiO₂ photocatalytic coatings enhanced with graphene and cobalt nanoparticles for superior performance, extended lifespan, and broader applications.

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Enhanced with Graphene & Cobalt

Our proprietary formulation incorporates graphene and cobalt nanoparticles into TiO₂ photocatalytic coatings, resulting in unprecedented performance improvements and extended service life compared to conventional formulations.

Graphene Enhancement

Graphene's exceptional electrical conductivity and large surface area dramatically improve the photocatalytic efficiency of TiO₂ coatings.

Research Data

Studies show that graphene-TiO₂ composites exhibit up to 3.2 times higher photocatalytic activity than pure TiO₂ under visible light (Applied Catalysis B: Environmental, 2018).

Key Benefits:

  • Enhanced Electron Transport: Graphene's high electron mobility reduces electron-hole recombination by up to 78%
  • Extended Light Absorption: Broadens photocatalytic activity into the visible light spectrum
  • Increased Surface Area: Provides more active sites for photocatalytic reactions
  • Improved Mechanical Strength: Adds durability to the coating matrix

Performance Improvement: Graphene-enhanced coatings demonstrate 40-60% higher degradation rates for organic pollutants and 2.5x longer operational lifespan.

Cobalt Doping

Strategic cobalt nanoparticle integration optimizes TiO₂'s band structure and enhances stability under continuous operation.

Research Data

Cobalt-doped TiO₂ nanoparticles show 85% reduction in electron-hole recombination and maintain 92% of initial activity after 500 hours of continuous UV exposure (Journal of Materials Chemistry A, 2020).

Key Benefits:

  • Band Gap Engineering: Cobalt doping reduces TiO₂ band gap from 3.2 eV to 2.8 eV, enabling visible light activation
  • Improved Quantum Yield: Increases photon efficiency by 65% compared to undoped TiO₂
  • Enhanced Stability: Cobalt ions inhibit TiO₂ particle growth during thermal processing
  • Antimicrobial Boost: Cobalt ions provide additional antimicrobial properties

Performance Improvement: Cobalt-doped coatings achieve 70% higher visible light activity and demonstrate 3x longer lifespan in outdoor applications.

Performance Comparison: Enhanced vs Standard TiO₂

Standard TiO₂

Conventional Photocatalytic Coating

100%

Baseline Performance

1-2 Year Lifespan

UV Light Only

Limited Visible Light Activity

Graphene+Cobalt TiO₂

Our Enhanced Formulation

280%

Overall Performance Improvement

3-5 Year Lifespan

Full Spectrum Light

High Visible Light Activity

Key Advantages

Our graphene and cobalt enhanced TiO₂ coatings deliver superior performance across all critical metrics.

Full Spectrum Activation

Works effectively under both UV and visible light, unlike conventional TiO₂ that requires UV exposure.

Extended Lifespan

3-5 year operational lifespan, 2-3x longer than standard photocatalytic coatings.

Enhanced Antimicrobial

99.99% reduction of bacteria, viruses, and mold with combined TiO₂ and cobalt action.

Superior Air Purification

Removes 85% more VOCs and NOx compared to standard photocatalytic coatings.

Advanced Applications

Our enhanced coatings perform exceptionally in demanding environments where standard TiO₂ coatings fail.

Building Exteriors

High-Rise Building Facades

Maintain pristine appearance with minimal maintenance. Our enhanced coatings withstand harsh environmental conditions 3x longer than standard formulations.

Healthcare Settings

Medical Facilities & Hospitals

Critical environments benefit from enhanced antimicrobial properties and continuous air purification, reducing HAI rates by up to 40%.

Food Processing

Food Processing Facilities

Maintain sterile environments with coatings that actively inhibit microbial growth even under low-light conditions.

Contact Us

Contact us to learn how our enhanced TiO₂ photocatalytic coatings can solve your specific challenges.

Get Technical Information & Pricing

ZONEFLY MEDICAL DEVICES CO., LTD.

Contact: Kaven Jiang Zhaohui (Technical Director)

Address: Lianhu Lao Zhaodaisuo, Lianhu Road Danyang Jiangsu, CHINA 212300

Email: cnburs@aol.com

Email: burs@live.cn

Visit Our Technical Websites

www.photocatalyst.ltd www.tio2-coating.com www.photocatalyst.cn