2 PCS UV Quartz Cuvette 10mm Pathlength,Acid and Alkali Resistant Version, 3.5ml Standard Spectrophotometer Cell, Optical Fused Quartz Sample Cell for UV-Vis Absorbance Measurement (190–2500nm)

2 PCS UV Quartz Cuvette 10mm Pathlength,Acid and alkali resistant version, 3.5ml Standard Spectrophotometer Cell with Non-Sealing PTFE Cover and 2 Optical Windows, Optical Fused Quartz Sample Cell for UV-Vis Absorbance Measurement (190–2500nm) Feature: 1.Easy to apply: Featuring reliable adaptability, this cuvette is compatible with most UV and visible spectroscopic analyses and works seamlessly with a variety of spectrophotometers and photometers. It's easy to use and comes in a protective case for convenient storage and transport.  2.Reliable measurement: The 10 mm quartz cuvette of this spectrophotometer quartz cuvette ensures precise light transmission and is heat-resistant up to 600°C (with a PTFE non-sealed cover), making it ideal for use with delicate DNA or RNA samples.  Specifications: Material: quartz Color: clear Capacity: 3.5 ml Spectral range: 190-2500 nm Pathlength: 10 mm  Package includes: 2 x Quartz cuvettes cells  Warm notes: Please allow slight errors in size due to manual measurement. Due to different angles of light and shadow effects, please allow a little color difference with the pattern

• Optical Windows: 2; Spectral Range: 190-2500 nm; Pathlength: 10 mm; Volume: 3.5 ml; Cover: A Non-Sealing PTFE Cover (non-sealing); Dimensions: 12.5x12.5x45 mm
• PRECISE 10mm PATHLENGTH Manufactured with high dimensional accuracy to ensure consistent 10mm optical pathlength, delivering reliable absorbance readings in quantitative analysis.
• 3.5ml STANDARD CAPACITY Standard square cuvette design fits most spectrophotometers
• CHEMICALLY RESISTANT Compatible with acids, organic solvents and aqueous solutions.
• PTFE STOPPER INCLUDED Each Quartz cuvette with leak-resistant PTFE lid.
• HIGH UV TRANSMITTANCE Made from optical fused quartz, offering excellent light transmission from 190nm to 2500nm, ideal for UV-Vis spectrophotometry including DNA/RNA and protein analysis.