Specification Brand : ADAMAS-BETA BulletPoint : Cylinders BulletPoint1 : Material:The same specifications,there are two kinds of cuvettes, quartz and glass. Please choose the appropriate material according to your needs. BulletPoint2 : Quartz:The quartz cuvettes are mainly used for analysis in the ultraviolet visible light region,in the wavelength range of 190-2500nm. BulletPoint3 : Glass:The glass cuvettes are mainly used for analysis in the visible light region,in the wavelength range of 320nm-2500nm. BulletPoint4 : Quality: Sustainability and durability. Each piece has a precise and even sheen, free of leaks, bubbles, scratches and holes. BulletPoint5 : Service: International transportation is a long way, if you receive a product that unfortunately has a bump, please contact us in time to get a solution. Color : Quartz,50mm,17.5ml ExternallyAssignedProductIdentifier : 7341565838688 ItemName : ADAMAS-BETA 50mm Quartz Cuvette 17.5ml White Wall Semi-microcuvettes with Stopper for Spectrophotometer,52.5×12.5×45mm,Light path width 5mm ItemPackageDimensions_Height : 1 centimeters ItemPackageDimensions_Length : 3 centimeters ItemPackageDimensions_Width : 2 centimeters ItemPackageQuantity : 1 ItemTypeKeyword : cuvettes Manufacturer : ADAMAS-BETA ModelName : YOMAJURU ModelNumber : YOMAJURU NumberOfBoxes : 1 NumberOfItems : 1 PartNumber : 02089384 ProductDescription : ADAMAS-BETA 5-100mm Cuvette 1.7-35ml White Wall Semi-microcuvettes with Stopper for Spectrophotometer
Correct use of cuvettes
1.When using a cuvette, the two light-transmitting surfaces should be completely parallel and placed vertically in the cuvette holder to ensure that the incident light is perpendicular to the light-transmitting surface during measurement, to avoid light reflection loss and to ensure a fixed optical path.
2.When picking up the cuvette, only touch the frosted glass on both sides with your fingers to avoid touching the optical surface.
3.Do not touch the optical surface with hard or dirty objects.
4.When holding the solution, the height should be 2/3 of the cuvette. If there is any residual liquid on the optical surface, it can be gently absorbed with filter paper, and then wiped with lens paper or silk.