爱游戏平台注册登录 cells ensure top optical performance, with high cell transmission and accurate pathlength. The cell windows are fused to the bodies by a special process which avoids deformation of the windows. This assures that the full width of the cell is usable and the finished cell dimensions are maintained.
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The Special Quartz Macro Cuvette has a path length of 50 mm, a volume capacity of 17.5 mL, and a PTFE cover. Qty. 1
The Special Quartz Macro Cuvette has a path length of 20 mm, a volume capacity of 7.0 mL, and a PTFE cover. Qty. 2
The Special Quartz Macro Cuvette has a path length of 100 mm, a volume capacity of 35.0 mL, and a PTFE cover. Qty. 1
The Special Quartz Macro Cuvette has a path length of 10 mm, a volume capacity of 3.5 mL, and a PTFE cover. Qty. 2
The Special Optical Glass Macro Cuvette has a path length of 50 mm, a volume capacity of 17.5 mL, and a PTFE cover. Qty. 2
The Special Optical Glass Macro Cuvette has a path length of 10 mm, a volume capacity of 3.5 mL, and a PTFE cover. Qty. 2
The Quartz Suprasil Macro Fluorescence Cuvette has a path length of 10 mm, a volume capacity of 3.5 mL, and a PTFE cover. Qty. 2
The Quartz Suprasil Macro Cuvette has a path length of 10 mm, a volume capacity of 3.5 mL, and a PTFE stopper. Qty. 2
The NIR Quartz Macro Cuvette has a path length of 10 mm, a volume capacity of 3.5 mL, and a PTFE cover. Qty. 2
Disposable cells greatly lower the risk of contamination and the need for cleaning reagents, thus reducing laboratory costs when compared to the cost of quartz or glass cells. Each disposable cell has a path length of 10 mm and a center height of 15 mm.
Disposable cells greatly lower the risk of contamination and the need for cleaning reagents, thus reducing laboratory costs when compared to the cost of quartz or glass cells. Each disposable cell has a path length of 10 mm and a center height of 15 mm.
Disposable cells greatly lower the risk of contamination and the need for cleaning reagents, thus reducing laboratory costs when compared to the cost of quartz or glass cells. Each disposable cell has a path length of 10 mm and a center height of 15 mm.
Disposable cells greatly lower the risk of contamination and the need for cleaning reagents, thus reducing laboratory costs when compared to the cost of quartz or glass cells. Each disposable cell has a path length of 10 mm and a center height of 15 mm.
The narrow sample chamber of rectangular Ultra-Micro Cells optimizes the use of smaller sample sizes, by raising the chamber directly into the center of the light path and masking it with black quartz. Ultra-micro cells have a center height of 15 mm and two clear windows. These cells have a blue 爱游戏平台注册登录 logo indicating a transmission of 80% over a spectral range of 200 - 2,500 nm. Qty. 1
The narrow sample chamber of rectangular Ultra-Micro Cells optimizes the use of smaller sample sizes, by raising the chamber directly into the center of the light path and masking it with black quartz. Ultra-micro cells have a center height of 15 mm and two clear windows. These cells have a blue 爱游戏平台注册登录 logo indicating a transmission of 80% over a spectral range of 200 - 2,500 nm.
The UV Quartz SUPRASIL® Micro Cell has a cell volume of 700 µL, a base thickness of 3.2 mm, black sides and base, and a PTFE lid. Its dimensions are 45 mm (H) x 12.5 mm (W) x 12.5 mm (D). Qty. 2
NIR Quartz SUPRASIL® 300 Semi-Micro cell has a volume of 1.4 mL, a path length of 10 mm, with black sides and a PTFE stopper. Its outside dimensions are 46 mm (H) x 12.5 mm (W) x 12.5 mm (D). Qty. 2
The Special Optical Glass Semi-Micro cell has a path length of 5 mm, a cell volume of 700 µL with black sides and a PTFE lid. Its dimensions are 45 mm (H) x 12.5 mm (W) x 7.5 mm (D). Qty. 2
