In this study, We measured transmittance and color change of various photochromic lens as a function of temperature(6, 12, $28^{circ}C$), irradiation time of UVA lamp and the types of materials(plastic and glass) and distribution of photochromic ingredients(coated and bulk type). The coated-type photochromic lens showed higher saturated value than bulk-type lens without regard to temperature. And darkening rate of smoke color lenses were higher compare to brown lens in case of glass photochromic lens. All of photochromic lens passed ANSI Z80.3 regulation in transmittance and color independent of temperature. The saturated values of plastic photochromic lens excluded coated-type and glass photochromic lens were ranked as cosmetic use. The saturated value of coated-type. Tbr and TMs were general applications in $6^{circ}C$ and $12^{circ}C$, but cosmetic purpose in $28^{circ}C$. The darkening rate was increased with decreasing temperature, whereas the fading rate became higher with increasing temperature.