NEXT-GENERATION MATERIALS

REDEFINING
SOLAR
INFRASTRUCTURE

85% Lower Carbon
TÜV Certified Quality
25+ Years Lifespan
FUTURE OF SOLAR

REDEFINING
DURABILITY

Engineered To Endure...

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50+ Years Life
30% Lighter
0% Corrosion
Our Solutions

ENGINEERED FOR EXTREMES

Discover our range of next-generation composite infrastructure solutions, designed to outperform traditional aluminum in every environment.

01

Module Frames

Compatible with 182mm/210mm cells. 25% lighter than aluminum, zero corrosion, and superior insulation for lower PID risk.

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02

Structural Profiles

High-load bearing beams and channels for mounting structures. Engineered for highly corrosive soil and coastal areas.

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03

Bespoke Solutions

Custom pultrusion dies tailored to your geometric requirements. Rapid prototyping and scalable production.

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Global Impact And Scale

Designed for Scaling
Across the World

We are more than just a manufacturer. Through our strategic Joint Venture with Furui New Materials, we are building the world's largest capacity for composite solar frames.

"Pioneering the inevitable shift from aluminum to advanced composites."

— Curion Leadership Team

Performance Reinvented

KEY PERFORMANCE ADVANTAGES

Advanced composite technology built for strength, stability, and efficiency.

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Superior Tensile Strength

Offers 4–4.5× higher tensile strength than aluminum, ensuring exceptional durability and structural stability in extreme conditions.

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Thermal Expansion Compatibility

Thermal expansion closely matches glass, reducing sealant failure and minimizing the risk of glass cracking under temperature shifts.

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Lightweight Construction

Approximately 25% lighter than aluminum and 75% lighter than steel, enabling easier handling and faster installation.

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Reduced PID (Electrically Insulating)

Non-conductive material eliminates grounding requirements and prevents leakage currents, ensuring safer operation.

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Cost-Efficient System

15–20% overall system savings compared to aluminum frames, making it a highly economical choice for large-scale projects.

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Design Flexibility & Precision

Advanced pultrusion technology enables consistent profiles, tight tolerances, and customizable designs.

Versatile Applications

COMPOSITE FRAMES APPLICATION SCENARIOS

The wide application can meet the demands of the market and has its unique advantages in various fields.

Offshore Solar

SEA AND OFFSHORE

Superior corrosion resistance against salt mist and humid environments. High-strength composite material ensures structural integrity in harsh offshore conditions.

Desert Solar

DESERT

Strong load resistance with 100% rebound after load release. Thermal expansion matches glass, preventing deformation and module stress in extreme temperature shifts.

Snow Solar

ICE AND SNOW

Exceptional load-bearing capacity withstands heavy snow accumulation. Low thermal conductivity minimizes ice adhesion and maintains energy yield in freezing climates.

Black Aesthetic Solar

BLACK AESTHETICS

Sleek, matte black finish for seamless integration with modern architecture. A premium, non-reflective choice for residential and commercial rooftops.

Our Vision

The Future of Infrastructure

We are transforming the global renewable energy landscape by replacing traditional materials with high-performance Polyurethane Composites. Our mission is to set a new standard for durability and efficiency.

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Get Connected

We Are Here To Help

Whether you need technical datasheets, commercial quotes, or partnership details, our team is ready.

Sales Inquiry

Request quotes for bulk orders or discuss commercial partnership opportunities.

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Technical Support

Get expert advice on material specs, installation guidelines, and R&D questions.

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Visit Us

Locate our Global Headquarters in Vadodara, Gujarat or schedule a facility tour.

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