起订量:
1.8KW风冷氙弧灯管
中级会员第14年
生产厂家杭州奥科环境试验设备有限公司简称“奥科环试”是一家专业从事高低温试验箱、高低温交变试验箱、高低温交变湿热试验箱、恒温恒湿试验箱、温度冲击试验箱、盐雾腐蚀试验箱、臭氧老化试验箱、老化房、电磁吸合式振动台、IP防尘防水试验设备、氙灯紫外老化试验箱等环境试验设备研发,生产与销售为一体的高新技术企业。奥科环试位于杭州余杭钱江经济开发区,这里环境优美,交通便利,是高新技术企业的发展基地。公司本着“以质量求生存,以信誉求发展”的原则为科研、军事、航空、电子、汽车、石油、化工、医疗、通讯、各大院校等企事业单位,提供符合GB、GJB、IEC、ISO、ASTM、MIL、DIN等标准的各类环境试验设备,并可根据用户的需求设计制造各类非标性设备。
奥科环试奉行“进取 求实 严谨 团结”的方针,不断开拓创新,以技术为核心、视质量为生命、奉用户为上帝,竭诚为您提供高性价比的自控产品及无微不至的服务。
Company Introduction
Hangzhou Aoc Environmental Test Equipment Co.Ltd., being Aoc E.T. for short, is a high and new technology enterprise, which is specialized in the research, development, production and sale of different types of environment test equipment. Aoc E.T. is located at Hangzhou West Lake The. It’s the development base for high and new technology enterprises with beautiful environment and convenient transportation. Aoc E.T. has one overseas Chinese, one professional, three senior engineers and several engineers. The strong technology-based team and complete production process bring the top production quality. Holding the tenet of searching survival by quality and trying for development with honor, Aoc E.T. provides different types of environment test equipment, fitting in with the standard of GB、GJB、IEC、ISO、ASTM、MIL、DIN, for enterprises and government units of scientific research, military, aviation, electron, auto, petroleum, chemical industry, medical treatment, news dispatch, school and so on. Aoc E. T. can also design and make different types of unstandard equipment according to the consumers’ requirement.
Pursuing the principle of enterprise, being realistic, strictness and unity, Aoc E. T. has been developing and innovating, concentrating on the technology, regarding quality as life and regarding consumers as god. Aoc E. T. is willing to offer automatic controlled production with best service.
SN型风冷氙弧灯管能模拟全阳光光谱。来再现不同环境下存在的破坏性光波,可以为科研、产品开发和质量控制提供相应的环境模拟和加速试验。
一、风冷灯管功率:1.8KW/支
二、灯管总长:400㎜
三、灯管外径:10㎜
四、辐射强度:500~1200W/m2
五、氙灯波长:290~800nm
氙灯发射的光源波长范围是从低于270 nm直到红外区,氙灯要经过适当的滤光和有效冷却,滤去较短波长射线和较多的红外射线,使到达试验样品表面的光谱与到达地面的阳光光谱相近似。