Optical Grade UV Quartz

(Silica core/Silica clad)

Dolan-Jenner’s quartz on quartz optical grade UV quartz transmits from 200-2100nm (.20-2.1µ).  This high grade .004 diameter fiber is able to withstand temperatures ranging from -40°F to 2000°F (-40°C to 1095°C). This special quartz fiber consists of both a fused silica core and cladding material allowing it to be practically free of secondary fluorescence at 254nm and exhibit no discoloration under X-Ray, gamma or short UV radiation.   (Specifications)

Optical Grade UV Quartz

(Silica core/PCS clad)

Dolan-Jenner’s PCS optical grade UV quartz transmits from 220-2200nm (.22-2.2µ).  This high grade .010 diameter fiber is able to withstand temperatures ranging from -40°F to 372°F (-40°C to 175°C). This special quartz fiber consists of a fused silica core and a siloxane polymer cladding material allowing it to be practically free of secondary fluorescence at 254nm and exhibit no discoloration under X-Ray, gamma or short UV radiation.   (Specifications)

Industrial Grade IUV

(Silica core/PCS clad)

Dolan-Jenner’s PCS Industrial grade IUV quartz transmits from 260-2200nm (.26-2.2µ).  This high grade .010 diameter fiber is able to withstand temperatures ranging from -40°F to 372°F (-40°C to 175°C). This special quartz fiber consists of a fused silica core and a siloxane polymer cladding material allowing it to show some fluorescence at 254 nm and will darken in gamma or X-ray environments.  (Specifications)

Extended Infrared Grade IR

(Silica core/PCS clad)

Dolan-Jenner’s PCS Extended Infrared grade IR quartz transmits from 300-2700nm (.30-2.7µ).  This high grade .010 diameter fiber is able to withstand temperatures ranging from -40°F to 372°F (-40°C to 175°C). This special quartz fiber consists of a fused silica core and a siloxane polymer cladding material allowing it to be free of the water absorption dip at 1400nm. (Specifications)