| H-202 | Hydrophobic Coating Material, Gray Tablet f10~15×5~7mm, 99.9% |
| L-102 LIR (LaF3) | Crystal Granules 1~5mm, 99.99% (possible substitute ThF4 for UV to IR Coatings) |
| L-301 LiNbO3 | Mono-crystalline Granules 3~8mm, 99.99% |
| O-101 | Oxide Mixture, 3~12mm Crystal Granules, 99.9% New Middle Index Material |
| P-302 Pr(TiO3)2 | Dark Gray Granules 1~5mm 99.9% New Middle Index Material |
| P-401 PCF P-402 PCF |
Crystal Granules 3~10mm, 99.9% Mono-Crystalline Granules 3~10mm, 99.99% (P-401 and P-402 are possible non-radioactive replacement for Thorium Fluoride for far IR up to 12 micron) |
| S-510 Si3N4 | Silicon Nitride White Gray Granules 3~10mm, 99.9% |
| T-306 SnS | Black Granules 3~8mm, 99.99% |
| T-406 LaTiO3 | Dark Gray Granules 1~5mm, 99.99% |
| T-410 TiO2+Nb2O5 | Dark Gray Granules 1~5mm, 99.99% |
| T-603 Ti3O5p | Pre-melted Granules 3~10mm, 99.99% |
| T-205 Tantalum T-1008 Titanium |
15cc plug, 99.95% 15cc plug, 99.8% |
| Tungsten/Titanium | Alloy Target, Chromium Target and Aluminum/Titanium alloy Target by HIP (Hot Isostatic Pressing) Process |
| Y-102 YF3 | Crystal Granules 1~3mm, 99.99% (Possible non-radioactive replacement for Thorium Fluoride) |
| Y-201 YbF3 | Crystal Granules 1~3mm, 99.99% (Possible non-radioactive replacement for Thorium Fluoride between 3~12 micron) |
| Z-702 ZrOx | Highly Sintered Gray Granule 3~10mm (substitute for ZrO2) |
| Z-808 ZTM | Black Tablet: f8 x 6 mm (substitute for ZrO2+TiO2), 99.99% |