Anti-Reflective Glass

Anti-Reflective Glass Manufacturer for Museum, Display and Optical Projects

North One Glass supplies anti-reflective glass for projects that need clearer viewing, lower visible reflection and reliable custom processing. The category covers premium AR98 (visible light transmission up to 99%), cost-effective AR94, UV75 (UV filtering up to 75%) and UV99 (99% UV blocking), so buyers can compare the optical target, coated side, substrate, thickness, fabrication and sample approval before ordering.

Get Fast Quote

RFQ checklist

Specify Anti-Reflective Glass

Confirm these points before requesting a sample or quotation.

Model route Use AR98 for premium clarity with visible light transmission up to 99%, AR94 for cost-effective large displays, UV75 for UV filtering up to 75%, and UV99 for 99% UV blocking. Confirm the coating and test conditions for the selected grade.
Application route Match the page to museum showcases, framed artwork, retail display cases, aquariums, electronic displays or optical viewing equipment.
Optical data Attach transmission and reflection values to the model, substrate, thickness, coated sides, wavelength range, angle and test method.
Quotation inputs Send thickness, finished size, quantity, edge work, holes, tempering, lamination, sample requirement, packing route and destination.
Processing and delivery notes

Custom cutting, edge grinding, drilling, tempering and lamination can be reviewed for the selected AR construction. Compatible AR constructions include durable coating performance, chemical resistance and large-size capability up to 3,300 x 16,000 mm, but finished feasibility must be confirmed by model and processing sequence.

Conditions and limitations

Do not combine AR98, AR94, UV75 and UV99 values into one universal specification. Claims such as up to 99% transmission, below 0.5% reflection, above 98.5% transmission or 0.7% reflection belong to specific grades and test conditions. Approve a labeled sample under representative lighting before bulk production.