Product

Product Portfolio

Patents and Certifications

Continuous R&D

Product Portfolio

Our solutions deliver effective, eco-friendly cooling and temperature control for diverse applications, from green architecture to industry and everyday use.

iPaint

iFilm

iPaint Auto

iCeramic

iTextile

iPaint

iPaint leverages polymer blends and inorganic particles to achieve optimal optical and thermal properties, boasting an impressive 95% solar reflectivity and mid-infrared emissivity. This breakthrough surpasses the 90% reflectivity limit of previous thermal insulation coatings.

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Solar reflectivity up to

Mid-infrared emissivity up to

iPaint

Provide all-round cooling and temperature control solutions for diverse scenarios.

iPaint Architecture

iPaint Power & Telecom

iPaint New Energy

iPaint Logistics

iPaint Grain Storage

iPant Photovoltaic

iPaint Chemical Industry

iFilm

The PET optical film used in iFilm has a high mid-infrared emissivity of up to 94%. By efficiently reflecting and refracting light and heat, the film reduces thermal gain and indoor temperatures, while still allowing high visible light transmission and blocking ultraviolet rays. This balanced approach provides both effective thermal insulation and high light transmittance. The film can be used on interior or exterior glass surfaces to significantly lower cooling needs and energy consumption.

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Maximum Mid-infrared Emissivity

72.7

Maximum Visible Light Transmitted

90.5

Maximum Infrared Blocking Rate

99.9

Maximum UV Block Rate

iPaint Auto

It utilizes hyperbranched polymers and inorganic optical materials to deliver exceptional optical performance and thermal efficiency, thereby creating a more comfortable driving environment and enhancing endurance. Additionally, it offers high resistance to moisture and scratches, along with other excellent mechanical properties, ensuring efficient cooling and a durable appearance for vehicles under various conditions.

Interior Temperature Control

Comfort and Energy Efficiency

Mechanical Stability

iCeramic

The product is made from solid waste raw materials that are pressed and sintered at high temperature to ensure mechanical strength and water permeability. This process helps alleviate urban waterlogging and promotes the development of sponge cities. Its surface is sintered with all-inorganic materials, creating a multi-level porous structure. Additionally, its excellent optical performance contributes to efficient thermal energy management and effectively reduces pavement temperature.

Solar Reflectivity up to 99.6%

Mid-infrared Emissivity up to 96.5%

Resistance to High Temperatures over 1000°C

iTextile

Made of cooling materials that feature efficient heat transfer, the product demonstrates outstanding performance in sunlight reflection and human body heat dissipation. Through radiation, air convection, evaporation, and conduction, it achieves heat dissipation, moisture absorption and quick drying. Additionally, it features strong UV resistance and can self-adjust heat energy according to the environment, enabling automatic management of personal thermal comfort both indoors and outdoors.

Efficient Heat Transfer

Strong UV Resistance

High Personal Comfort

Patents and Certifications

The products have been certified to ISO 14001, 45001, and 9001 standards, meeting stringent mechanical property requirements such as waterproof, oil-proof, dust-proof, flame-retardant, and highly hydrophobic characteristics. They comply with RoHS, REACH, HKCC, and China Green Product requirements, ensuring safety and harmlessness. They have received the Platinum rating in Construction Industry Council (CIC) Green Product Certification.

Global Patents

Green Product Certifications

RoHS Test

REACH Test

China Green Product Certification

Hong Kong Eco Mark (HKCC) Certification

ArchSD Test

CIC Green Product Certification

DCL Certification

Ongoing Research and Development

Thermochromic Smart Window

The innovative thermochromic smart window, inspired by the design of medical masks, features excellent breathability, superior weather resistance, and low haze. It can dynamically adjust indoor radiant heat absorption to match the building's light and heat requirements, intelligently optimizing thermal load.

Electricity-free Cooling Pavement Material

The electricity-free cooling pavement material surpasses traditional pavement materials with its reduced solar absorptivity and increased mid-infrared emissivity. Incorporating high-energy bandgap inorganic nanoparticles greatly enhances sunlight reflection, effectively lowering road surface temperatures and mitigating the urban heat island effect.

Biodegradable Textile with Dual-Mode Thermal Management Capability

Utilizing biodegradable materials and thermochromic nanoparticles, the textile can autonomously regulate solar reflection and mid-infrared emission based on ambient temperature. This enables the textile to provide warmth in winter and coolness in summer, autonomously ensuring personal thermal comfort across seasons.