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ESG

Environmentally friendly and sustainable

 

UV resin

UV RESIN

In the context of the global challenges of resource scarcity, environmental pollution, and climate change, traditional polymer materials—dependent on fossil fuels, with high carbon emissions during production and difficult natural degradation after disposal—have become a significant constraint to sustainable development. As an alternative, ​​eco-sustainable resins​​ aim to achieve "environmental friendliness, resource circulation, and a low carbon footprint." Through innovations in raw materials, process optimization, and expanded applications, they are gradually emerging as a core force in driving the green transformation of the new materials field.

Meet the team

Resin is an important class of polymer materials, widely used in coatings, adhesives, composite materials, 3D printing, electronic encapsulation, and other fields. Traditional resins have long been controversial due to their reliance on fossil resources, poor degradability, and environmental pollution. However, with technological advancements and the escalating demand for environmental sustainability, the eco-friendliness and sustainability of "resin" as a material are achieving breakthroughs through three key directions: raw material substitution, process optimization, and recycling utilization, gradually transitioning toward a "green and low-carbon" future.

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GEL POLISH

 

The UV resin for gel nail polish utilizes light-curing technology to eliminate traditional solvent evaporation, enabling rapid film formation with vibrant colors. It balances health safety and low-carbon efficiency, pioneering a new trend in sustainable development for the nail industry.

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ADHESIVE

 

The UV adhesive employs ultraviolet (UV) curing technology, eliminating the need for heating or solvents, significantly reducing energy consumption and carbon emissions. Its curing process releases no volatile organic compounds (VOCs), offering an environmentally friendly solution with high bonding strength.

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3D PRINTING

 

The 3D printing UV resin cures through ultraviolet (UV) light exposure without requiring high-temperature baking, significantly reducing energy consumption. Its curing process releases no solvents or toxic gases, delivering high printing precision with recyclable waste materials.

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UV INK

 

UV inks utilize ultraviolet (UV) curing technology that eliminates solvent evaporation, achieving near-zero VOC emissions. Their energy-efficient curing process delivers superior film performance while minimizing pollution at the source, aligning with green printing and carbon-neutral sustainability goals.

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FUNCTIONAL COATINGS

 

Functional coating UV resins cure via ultraviolet light without solvents or high-temperature baking, delivering exceptional weather resistance, corrosion protection, and energy efficiency. They minimize VOC emissions while enabling high-performance, eco-friendly protective coatings for sustainable industrial applications.​

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VACUUM PLATING

 

Vacuum coating UV resin relies on ultraviolet (UV) curing technology, breaking free from the dependence on high-temperature baking and organic solvents in traditional processes. The curing process requires no high-temperature environment, avoiding high energy consumption issues. The resulting coating layer offers high glossiness, strong adhesion, and excellent wear resistance, meeting both the decorative and functional requirements of vacuum coating.

GEL POLISH
ADHESIVE
3D PRINTING
UV INK
FUNCTIONAL COATINGS
VACUUM PLATING
Uv For Curing Resin

As a company dedicated to the R&D and innovation of UV resins, Zicai UV Resins provides a diverse product range covering wood coatings, inks, adhesives, 3D printing, nail gels, functional coatings, and vacuum electroplating. Guided by the core philosophy of "Green Technology Empowering Industrial Upgrading," our UV resin systems leverage advanced ultraviolet (UV) curing technology to fundamentally address the challenges of traditional high-pollution coating processes.

Our full product line achieves ​​near-zero solvent volatilization and VOC emissions during curing​​, significantly reducing air pollution and carbon emissions in production. By ​​eliminating the need for high-temperature baking​​, we substantially cut energy consumption, aligning with global low-carbon manufacturing trends. Simultaneously, our resins deliver ​​exceptional hardness, superior abrasion resistance, and outstanding weather and corrosion resistance​​, ensuring both outstanding coating performance and leading environmental standards.

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