Low Iron 2 3.2mm AR Coating Tempered Solar Panel Glass

Exceptional Clarity: Made from Ultra Clear Pattern Solar Glass with low iron content, it ensures unparalleled clarity and a minimal green tint, maximizing light penetration for optimal solar efficiency.

High Transmittance: With a light transmittance of 90.5%, our solar glass enhances solar energy conversion, ensuring high efficiency in power generation.

Durability: Engineered to withstand challenging conditions, it boasts a compressive strength (CS) of ≥450 MPa and a depth of layer (DOL) of ≥8 µm, marking superior durability and resistance to impact.

AR Coating: Features an Anti-Reflective coating that significantly reduces surface reflections, further boosting light absorption and solar panel efficiency.

Precision Engineered: Manufactured with precision through board cutting, smooth edge processing, and physical tempering, our glass panels are designed for seamless integration into solar systems.

Technical Specifications:

Transmittance: 90.5%

Material: Ultra Clear Pattern Solar Glass

Compressive Strength (CS): ≥450 MPa

Depth of Layer (DOL): ≥8 µm

Thickness Options: Available in 4mm and 3.2mm to cater to various application needs.

Surface Treatment: Anti-Reflective Coating



Manufacturing Process:

Board Cutting: Advanced cutting technology ensures precise dimensions for a perfect fit, accommodating custom requirements for solar projects.

Smooth Edge Processing: Edges are meticulously smoothed, enhancing safety during handling and installation.

Physical Tempering: The glass undergoes a controlled thermal treatment, significantly increasing its strength and resistance to thermal stress and impacts. This process ensures safety and longevity, making it suitable for demanding environments.



Applications:

Solar Photovoltaic Panels: Ideal for both residential and commercial solar installations, enhancing efficiency and durability.

Renewable Energy Projects: A crucial component for projects focused on sustainable energy solutions, providing high performance and reliability.

Architectural Applications: Its clarity and strength make it suitable for integrating solar technology into building designs, offering both aesthetic appeal and functional energy generation.



More Selectable Glass Processing Techniques:

AR, AG, AF, ITO, FTO COATING

Silkscreen Printing

Step 1: PE film coating(Normally) / paper(For sea shipment prevent wet).

Step 2: Kraft paper for fixation.

Step 3: Carton for glass safety protection.

Step 4: Custom make plywood case with hinge for custom(fumigation + convenient inspection) convenience.

Step 5: Packing strap for further fixation.

Port: Shenzhen or Hongkong