The most preferred/ popular sunglasses standards are mainly below: International Standard:ISO12312-1, ISO12311 (replace Europe Standard EN1836) America Standard: ANSI Z80.3 Australian/New Zealand standard: AS/NZS 1067.1, AS/NZS 1067.2

The most preferred/ popularSafety Eyewear Standards below: International Standard: ISO DIS 16321 Europe Standard: EN166, EN167, EN168 America Standard: ANSI Z87.1 Australian/New Zealand standard: AS/NZS 1337.1

Mandatory Requirements Optical power Spherical and cylindrical power Spatial deviation Prismatic deviation Luminous transmittance of lenses Ultraviolet Ray Transmission Resistance to thermal exposure Resistance to ultraviolet radiation Resistance to corrosion Resistance to ignition Penetration of vents High-speed impact resistance Optional Requirements Resistance to surface damage due to flying fine particles Resistance to fogging of lenses or filters Protection against molten metals and hot solids Protection against droplets Protection against streams of liquids Protection against large dust particles Protection against gases and fine dust Protection against radiant heat Chemical resistance ATEX requirement

Mandatory Requirements Material & Surface Quality Luminous transmittance of lenses Refractive power Spherical and astigmatic power Local variations Prism imbalance Minimum robustness of filters Frame deformation and retention of filters Resistance to solar radiation Resistance to ignition Optional Requirements Impact resistance of the filter, strength level 1 Impact resistance of the filter, strength level 2 or 3 Increased endurance of sunglasses Resistance to perspiration Resistance to abrasion

Mandatory Requirements Field of vision Lenses requirements: Optical power Transmittance Variations in luminous transmittance Quality of material and surface Resistance to ultraviolet radiation Mechanical strength Protection against water and snow Resistance to ignition Suitability for cleaning and care Optional Requirements Resistance to surface damage by fine particles Resistance to fogging of oculars Enhanced infrared absorption of oculars

Optical requirements Field of vision Spherical, astigmatic and prismatic refractive powers Luminous transmittance of lenses Quality of material and surface Robustness Resistance to ageing Resistance to corrosion Resistance to ignition Particular requirements Protection against optical radiation Protection against high-speed particles Protection against molten metals and hot solids Protection against droplets and splashes of liquids Protection against large dust particles Protection against gases and fine dust particles Protection against short circuit electric arc Lateral Protection Optional requirements Resistance to surface damage by fine particles Resistance to fogging of oculars Oculars with enhanced reflectance in the infrared Protection against high speed particles at extremes of temperature

Optical Requirements Optical Quality Luminous Transmittance Haze – Clear Lenses Only Refractive Power, Astigmatism, Resolving Power, Prism and Prism Imbalance Physical Requirements Drop Ball Impact Resistance Ignition Corrosion Resistance of Metal Components Minimum Coverage Area Light Tightness Lateral Protection High Mass Impact High Velocity Impact Penetration Test (lenses only) Droplet and Splash Hazard Dust Hazard Fine Dust Hazard