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New Glass Types

2018

Date Glass Code Description
       

2017

Date Glass Code Description
11/30/2017 S-LAH63Q 804396 An optical glass with high refractive indices and the smallest positive dn/dT value within the LAH glass family. In Automotive camera lens systems, the focal length is often a fixed distance. Refractive ... READ MORE...
10/30/2017 S-LAM73 794371 Cars are used in environments where the temperature change is large from below zero (cold district) to more than 50 °C (inside car in summer). In the optical system of Automotive camera lenses, it's ... READ MORE...
10/11/2017 S-BAL35R
S-BSL7R
S-BSM22R
PBM2R

PBM8R
589610
516641
622532
620365
596394
Ohara has now added a new family of radiation resistant glass types. These non-browning glasses include S-BSL7R, S-BAL35R, PBM2R, PBM8R and S-BSM22R. These are available in blank and pressing formats, but can also be provided as bulk strip material. ... READ MORE...
06/30/2017 S-LAH97 755523 An optical glass for polished lenses, S-LAH97 has been developed as a lower cost replacement for S-YGH51. We are pleased to introduce S-LAH97 as an optical glass which can be effective for cost... READ MORE...
05/31/2017 S-LAL54Q 651562 An optical glass for polished lens which has improved on water resistance, acid resistance and mechanical strength required for Automotive camera lenses. Existing glass materials at the region of LAL are... READ MORE...
05/31/2017 S-LAH52Q 800422 S-LAH52Q is an optical glass which has extremely large positive dn/dT. Cars are used in environments where temperatures range from below zero (cold district) to 50 °C or above (inside car in summer). READ MORE...
05/31/2017 S-LAL20 699511 S-LAL20 s an optical glass which has negative dn/dT.Cars are used in environments where the temperature ranges from below zero (cold district) to 50 °C or above (inside car in summer). And it's common... READ MORE...
04/18/2017 S-TIH57 963241 S-TIH57 is an optical glass recommended for polished lens blank applications. It offers a lower cost high-performance alternative for higher refractive index than S-TIH53 which is currently... READ MORE..