路陽LUYOR LUV-80紫外線防護面罩FACE SHIELD UV-Absorbing

在操作紫外燈時，您戴上防紫外面罩保護面部皮膚及眼睛。
短波紫外輻射容易造成皮膚灼傷和眼睛紅腫。因此，紫外線工作人員須佩戴紫外線防護眼鏡或面罩。
紫外線防護面罩覆蓋臉部和頸部，阻止紫外線的輻射。

此產品僅用于防護180-400nm紫外線，不能用于防沖擊、防飛濺、防焊接紫外線等用途。
路陽LUYOR LUV-80紫外線防護面罩FACE SHIELD UV-Absorbing

柔軟前額襯墊提供長時間舒適佩戴
吸收紫外線
易于安裝，面屏容易安裝在頭箍上
帶有半部頭盔的紫外線面罩能夠穩定地固定在操作人員頭部，有效保護操作人員整個面部的紫外線輻射，紫外線防護面罩是熒光檢測、生命科學實驗人員的保護用品
LUV-80保護眼睛及面部，防止強紫外線。滿足ANSI,Z87.1及OSHA 1910.133關于眼睛及面部保護的安全規范。
紫外防護眼鏡防紫外線，保護眼睛，經過濾后的紫外光輻射低于10-5，低于NIOH(美國職業安全及健康協會）中HSM73-11009規定的允許紫外輻射水平。

Description
Ultraviolet light is a natural part of our environment, most commonly found in sunlight. It is an invisible bａnd of electromagnetic radiation just beyond the violet end of the visible spectrum. This bａnd is generally divided into short,medium and long wavelength regions that differ in their effects on the human body.

The short wavelength region, also known as far ultraviolet, germicidal or UV-C, extends from 180 to 280nm. Although it has little penetrating power, short wave can cause severe burns to the eyes and skin. The usual artificial sources of this radiation are low pressure, mercury vapor lamps and certain other metal vapor lamps used in UV sterilization, chromatography, mineralogy, EPROM erasing, photochemical reaction, etc.

The medium wavelength region, also known as middle ultraviolet, erythermal or UV-B, extends from 280 to 320nm. It has high penetrating power and can seriously burn the eyes and skin. The usual artificial sources of this radiation are “sun lamps" used for cosmetic or therapeutic purposes and vitamin production.

The long wavelength region, also known as near ultraviolet, black light, Wood’s light or UV-A, extends from 320 to 400nm. Some people are overly sensitive to radiation in this region and may experience “blue haze" interference when viewing sources of long wave UV.

Although everyone is exposed to UV sources natural and/or artificial on a daily basis, unprotected and prolonged exposure to any form of UV light, including long wave UV, can result in cataracts and possibly cancer. Even brief exposures can be hazardous if the intensity is high enough.