Migo Glass, a leading AG solar glass manufacturer in China, proudly announces a significant achievement: after two years of continuous development, we have successfully reached mass production of anti-glare (AG) tempered solar glass, with a stable daily output of 30,000 m². This high-performance AG glass for solar modules is currently supplied mainly to the Japanese solar market, which is known globally for its strict quality and durability requirements.
Over the past month, our Japanese clients worked on-site at Migo Glass for more than 30 consecutive days, conducting joint testing, process verification, and optical inspections. Their commitment to precision has pushed our team to elevate every stage of production - making Migo Glass one of the most reliable anti-glare solar glass suppliers for high-efficiency PV modules.
Why Migo Glass AG Solar Glass Stands Out in the Global PV Market
We use Fsolar ultra-white prismatic patterned solar glass as the base material, available in 3.2mm / 2.0mm / 1.6mm AG tempered glass. This substrate is widely recognized for delivering superior optical performance for high-transmittance AG photovoltaic glass.
Advantages of Fsolar patterned solar glass used by Migo Glass:
Large-scale melting capacity → stable color, stable iron content
Higher furnace temperature → enhanced melt homogenization
Ultra-low impurity level → clearer AG substrate
Shallow prismatic pattern → shorter acid-etching time & higher AG efficiency
Excellent flatness after AG etching → ideal for solar module lamination
Consistent light transmittance & haze value, crucial for module efficiency
This ensures our AG glass meets the expectations of customers seeking high-performance anti-glare solar glass for PV modules in Japan, Europe, and North America.
AG Glass Processing Workflow - High-Precision Anti-Glare Technology
Migo Glass applies a fully optimized AG acid-etching workflow, designed for large-volume international B2B clients.
1. Raw Glass Selection
Fsolar ultra-white patterned solar glass
Controlled Fe₂O₃ range
Optimized melt stability for AG etching
2. Precision Cutting & Edge Grinding
B2B module-size customization
CNC double-edge grinding for consistent lamination
3. Tempering Process
SOOS continuous tempering furnace
3.2mm+ fully tempered / 1.6–2.0mm semi-tempered
Ensures surface strength suitable for anti-glare solar panel manufacturing
4. Acid-Etching Anti-Glare Treatment
(Core technology for AG solar glass)
Controlled micro-etching
Roughness Ra adjusted for optimum haze & transmittance
Uniform matte AG surface
Produces high-transmittance anti-glare solar glass for PV modules
5. Multi-Stage Rinsing & Neutralization
Ensures zero acid residue
Strict surface cleanliness for module laminators
6. Optical & Surface Inspection
Haze value testing
Transmittance measurement
Flatness and stress uniformity
Microscopic defect scanning
7. Export-Grade Packaging
Moisture-proof, vibration-resistant
Designed for long-distance export to Japan, Europe, and North America
Applications of Migo Glass AG Solar Glass
High-efficiency crystalline silicon modules
Anti-glare photovoltaic systems near airports & highways
Solar farms requiring low reflection
BIPV façade systems with AG performance
Special environments with optical safety requirements
Our AG glass is engineered for clients who require stable, high-transmittance, anti-glare solar glass for large-scale module production.
Migo Glass Commitment
This milestone confirms Migo Glass as a trusted global AG solar glass supplier, with the capability to support projects across Japan, Europe, North America, and emerging PV markets.
We will continue enhancing AG technology, improving optical performance, and expanding production capacity to meet the world's growing demand for premium anti-glare solar glass.
