Vanalstynes Lens Coating

Vanalstynes – The Lens Coating Specialists

We supply opticians right across the UK with our extensive range of coating services for all standard plastic / high index and glass lenses. All Vanalstynes coatings perform in the upper quartile for hardness and QUVT (accelerated weathering). Our anti-reflection coatings have an average reflectance of 0.5% or 99.50% transmission over the visible spectrum. An express service with express delivery is available.

For more information, click on the product images below or get in touch. 

optiHARD - Vanalstynes Optical Manufacturers

optiHARD

Our standard scratch resistant coating is designed to give superior scratch resistance over uncoated lenses.

optiMAR - Vanalstynes Optical Manufacturers

optiMAR

Applied over a hard coat, our multi-layer anti-reflective coating with hydrophobic top coat gives excellent visual performance and durability.

optiCLEAR - Vanalstynes Optical Manufacturers

optiCLEAR

A premium anti-reflective coating that combines the benefits of optiMAR with the addition of ultra-smooth oleophobic properties.

optiMAR-uv-Plus - Vanalstynes Optical Manufacturers

optiMAR UV Plus

optiMAR UV gives excellent visual performance and durability with protection from front surface UV and back surface reflected UV with super hydrophobic and oleophobic properties.

optiBLUE - Vanalstynes Optical Manufacturers

optiBLUE

Designed specifically to provide added comfort and protection to users of digital devices including smartphones, tablets and laptops.

optiGO antireflective coating - Vanalstynes Optical Manufacturers

NEW – optiGO In Motion

Designed for everyday use and enhanced for low light and night time driving, optiGO In Motion minimises reflections and improves eye comfort in times of bad visibility.

optiFLASH Mirror Coatings - Vanalstynes Optical Manufacturers

optiFLASH UV

Applied on the convex surface of a tinted or polarising lens, our semi-transparent mirror coating is combined with an anti-reflective coating on the concave surface.