10×10mm Q-746 Sealable Fluorescence Cuvette, 3500μL, GL14 Screw Cap with Silicone Seal, UV 190-2500nm, Pack of 1

10×10mm Q-746 Sealable Fluorescence Cuvette (Pack of 1)This high-performance sealable fluorescence cuvette is designed for reliable use in UV-Vis and fluorescence spectroscopy, offering leak-proof sealing and accurate optical performance for your experiments.Core Specifications Type: Q-746 Sealable Fluorescence Cuvette Material: Quartz glass (Code: Q) Optical Path Length: 10 × 10 mm Volume: 3500 μL (3.5 mL) Outer Dimensions: 12.5 × 12.5 × 56 mm Wavelength Range: 190 - 2500 nm (UV) Closure: GL14 screw cap with silicone rubber seal Number of Windows: 4 Package: 1 cuvette per packKey Advantages✅ Leak-Proof Sealing SystemEquipped with a GL14 screw cap and silicone rubber seal, this cuvette provides a secure, airtight closure that prevents sample evaporation, and spills, ensuring the integrity of your samples.✅ Optimal Optical PerformanceConstructed from quality quartz glass, it delivers precise light transmission across the 190-2500nm wavelength range, making it ideal for fluorescence and UV spectroscopy applications.✅ Convenient & Versatile DesignThe 3500μL large volume reduces the need for frequent sample changes, while the 10×10mm optical path length ensures accurate and consistent detection results. Perfect for routine and research-grade laboratory use.Package Includes：1 x 10×10mm Q-746 Sealable Fluorescence Cuvette with GL14 Screw Cap and Silicone Seal

• 1. Thread GL 14, screw cap (closed) and silicone rubber seal:The thread GL 14 and screw cap with a silicone rubber seal ensure secure and leak-free sealing for sample integrity.
• 2. Seal Cell|Thread Cell|Material Color Code Q:Constructed with high-quality material, the Q-746 Sealable cells ensure optimal performance for fluorescence measurements.
• 3. Volume 3500 µl:Generous 3500 µl volume accommodates ample sample sizes, reducing the need for frequent sample changes.
• 4. Wavelength range UV (190 - 2500 nm):The cells' UV wavelength range (190-2500 nm) is ideal for diverse fluorescence studies in the UV spectrum.
• 5. Optical path length 10 x 10 mm:A 10x10 mm optical path length provides precise light transmission, enhancing fluorescence detection accuracy.