Hellma Macro Cuvette 6030 UV, 10mm Thickness, Quartz Glass Herasil, 3500 µL without Lid
Representative image only

Hellma Macro Cuvette 6030 UV, 10mm Thickness, Quartz Glass Herasil, 3500 µL without Lid

Sold by: John Morris Scientific Pty Ltd
(19) In stock
Part #: 9.144 301Manufacturer #: 6030-UV-10-531
Delivery: 2-4 weeks

$241.96

See the available (13) variant products
Product overview

The Hellma Macro Cuvette 6030 UV is designed for precise measurements in UV-Vis spectrophotometry. With a 10mm path length and 3500 µL capacity, this cuvette is ideal for smaller sample volumes while ensuring high accuracy. Made from Herasil quartz glass, this cuvette provides excellent UV transmission and minimal light absorption, making it perfect for a wide range of laboratory applications. The cuvette is designed without a lid, providing convenience for easy sample handling and measurements.

Key Features:

  • Brand: Hellma
  • Material: Herasil quartz glass, offering superior UV transparency and minimal light absorption
  • Capacity: 3500 µL, perfect for smaller sample volumes
  • Path Length: 10mm, providing optimal accuracy for UV-Vis spectrophotometry
  • Design: Without a lid for easy handling and sample access during analysis
  • Applications: Ideal for UV-Vis spectrophotometry, chemical analysis, and research requiring precise measurements
  • Wavelength Range: Suitable for measurements across the UV-Vis range (200-800 nm)

The Hellma Macro Cuvette 6030 UV offers exceptional optical clarity and is an excellent choice for laboratory environments needing precise measurements in UV-Vis spectrophotometry. It is designed for use with smaller sample volumes, making it versatile for various scientific and industrial applications.

Product Specifications
  • HS Code #90279000
  • Typemacro
  • optical materialUV
  • Internal width mm9.5
  • External dimensions (W x D x H) mm12.5 x 12.5 x 45
  • Path length mm10 ± 0.01
  • Capacity µl3500

Just add items to your shopping cart and select “Instant Quote”

View all Hellma products