Post-Temperable Glass Coatings

Engineered for strength, clarity, and streamlined fabrication.

Innovation That Simplifies Tempered Glass Projects

Tru Vue has developed a new anti-reflective coating innovation engineered to withstand the intense heat and process conditions of tempering furnaces. Our post-temperable coatings simplify glass projects by allowing fabricators to temper coated glass without compromising durability or optical performance. Available with single-sided or double-sided anti-reflective coating options these solutions offer unmatched versatility and reliability.

How It Works

Post-temperable coatings are engineered to withstand the high heat and stress of tempering furnaces. This process transforms glass into “safety glass,” approximately four times stronger than annealed glass, while preserving the coating’s optical clarity and durability. Tru Vue’s coatings maintain less than 1% total light reflectance and neutral off-angle color for superior visibility. The permanent, uniform layer resists scratches, weathering, and harsh environmental conditions—ideal for both indoor and outdoor applications.

Benefits of Tru Vue Post-Temperable Coatings

Our post-temperable coatings make projects easier and more efficient – allowing tempering after coating without sacrificing durability or clarity. This innovation saves time, reduces complexity, and delivers premium visual performance.

Streamlined Fabrication

Simplify your glass projects with Tru Vue’s innovative post-temperable coating. No need for lamination - once tempered, the glass is ready for fabrication, reducing complexity and saving time and money.

Ultra-Low Reflectivity

Paired with Tru Vue’s anti-reflective technology, post-temperable coatings deliver tempered glass with exceptional clarity, vibrant color, and minimal glare - ideal for premium displays and architectural applications.

Durability & Weather Resistance

Tru Vue’s post-temperable coatings are tested for salt spray, fog, humidity, and abrasion. This ensures long-term performance in harsh outdoor conditions and high-touch applications.