太阳能材料
(79 个材料)

Produced in Indonesia with full-process traceability

Raw materials sourced from the U.S.

Automated & intelligent production lines for quality and on-time delivery

Exceptional tensile strength (≥100 MPa in both directions) and elongation properties

Low heat shrinkage (<1.5%) and high thermal index (120°C)

High breakdown voltage (≥20 kV) and resistance to partial discharge (≥1500 VDC)

Inner reflectance of over 80%

Available in customizable widths

Delivers a rigid and durable support structure for PV cells

Reduces mechanical stress on cells, enhancing their longevity and performance

Ensures panel stability by preventing vibrations and maintaining an upright structure

Anti-PID: Exceptional Protection Against Potential Induced Degradation.

High Insulation: Ensures Electrical Safety And Enhances Performance.

Outstanding Adhesion: Secures Solar Cells Firmly, Improving Longevity.

Cross-Linking Speed: Facilitates Quicker And More Efficient Manufacturing.

Connect main beam and column-by-column connections.

Inherent corrosion resistance makes it a quintessential material to protect solar panels.

The PV module is fixed on the purlin used in the pressing block.

White EVA increases PV module power efficiency remarkably.

S201W‘s rough surface increases light diffuse reflection and PV module power efficiency.

Excellent durability with good performance in DH & UV aging.

Outstanding material compatibility and strong adhesive ability.

Ensures excellent peeling strength and no delamination for 25 years in outdoor conditions

Superior Performance and Efficiency

Versatile and Adaptive Design

Innovative Models for Targeted Applications, including ZR-920, ZR-921 and BJ-505

Eco-friendly and Stable

High Voltage and Current Capacity: Designed to handle up to 1500V and 35A

Robust Safety Standards: Certified to IEC62790 and UL3730, with a Class II safety rating and IP68 waterproof protection

Efficient Connectivity: Features a compact design with 4mm²/12AWG wire size and efficient electrical resistance

Flame-Retardant, Durable

The base connector fixes the column

Connect main beam and column-by-column connections

Connect internal purlins by purlin connections and then connect with the main beam

The PV module is fixed on the purlin used pressing block

Provide a rigid and robust support structure for the PV cells

Minimize the mechanical stress cells may otherwise experience.

The rigidity helps the solar panel to stay upright and prevents vibrations from affecting the overall structure.

Provide a rigid and robust support structure for the PV cells.

Minimize the mechanical stress cells may otherwise experience.

The rigidity helps the solar panel to stay upright and prevents vibrations from affecting the overall structure.

Excellent anti-PID and anti-snail trails ability.

Excellent durability with good performance in DH & UV aging.

Good light transmittance and long-term retention.

Outstanding material compatibility and strong adhesive ability.

Export the Electrical Energy Generated by The Solar Module Through the Cable.

The Built-In Diode Can Prevent the Risk of Hot Spots in The Photovoltaic Module.

Provide a Secure Connection Between the Solar Panels and The Rest of The System.

High Tensile Strength: Ensures Durability And Longevity.

Excellent Transparency: Maximizes Solar Energy Capture.

Outstanding Adhesion: Secures Solar Cells Effectively.

UV Protection: Protects Against Harmful Rays, Extending Panel Life.

Weatherability And Reliability: Performs Well In Various Climates.

Produced in Indonesia with full-process traceability

Raw materials sourced from the U.S.

Automated & intelligent production lines for quality and on-time delivery

Produced in Indonesia with full-process traceability

Raw materials sourced from the U.S.

Automated & intelligent production lines for quality and on-time delivery

Exceptional Durability: Offers high tensile strength and excellent weather ability

Superior Transparency: Designed for outstanding light transmission (≥91% at 550nm)

Comprehensive UV and Snail Trail Protection

Delivers superior adhesion to glass and backsheet materials, along with excellent elongation properties (≥400%)

Provide a rigid and robust support structure for the PV cells

Minimize the mechanical stress cells may otherwise experience.

The rigidity helps the solar panel to stay upright and prevents vibrations from affecting the overall structure.

The base connector fixes the column

Connect main beam and column-by-column connections

Connect internal purlins by purlin connections and then connect with the main beam

The PV module is fixed on the purlin used pressing block