Quartz 0.1mm Detachable Cuvette, 30ul, Sintered 83, Two-way Light, Quartz Cover, 1pc/ea, C0.12WR

Weight	30 g

SKU: C0.12WR

C0.12WR 0.1mm Quartz Demountable Cuvette, 30ul, Sintered, Two-Way Light, Quartz Cover

~~USD$204.00~~ USD$184.00

In Stock

Precision 0.1mm quartz demountable cuvette for UV-Vis & NIR spectroscopy (190–2500 nm). Two-way light windows, 30 µl volume, quartz cover, Sintered 83 fabrication for ±0.02 mm path accuracy. Ideal for highly concentrated samples requiring short optical path. SKU: C0.12WR

In Stock

SKU: C0.12WR Categories: Cuvettes, Products, Quartz Demountable Cuvettes

Description

The C0.12WR is a quartz demountable cuvette with 0.1 mm path length and two-way light optical configuration — two opposite vertical faces are polished to optical grade, forming the standard transmission geometry for UV-Vis absorbance measurements. With a 30 µl internal volume (8 × 0.1 × 40 mm chamber), the cell is ideal for measuring highly concentrated or strongly absorbing samples. Fabricated using Sintered 83 (>83% transmittance) — high-temperature fusion bonding joins quartz components without adhesives, ensuring zero organic contamination and superior thermal stability. The demountable design features two optically polished quartz windows with a precision spacer, sealed with a quartz cover for chemical compatibility and minimal UV absorption.

Technical Specifications — Demountable Cuvette
Material	Quartz (Fused Silica)	SKU	C0.12WR
Path Length	0.1 mm (±0.02 mm)	Internal Volume	30 µl
Optical Windows	2 (Two-Way Light)	Fabrication	Sintered 83
Transmittance	>83%	Wavelength	190–2500 nm
Exterior Dimensions	12.5 × 1.35 × 45 mm	Interior Dimensions	8 × 0.1 × 40 mm
Closure	Quartz Cover	Package	1pc/ea

Spectroscopy Applications

♦ Highly Concentrated Samples — direct measurement without dilution, reducing volumetric errors

♦ UV-Vis Absorption of Thin Films — coatings characterization and thickness estimation

♦ Protein & Nucleic Acid Quantification — high-concentration A280/A260 measurements

♦ Industrial Dye & Pigment Analysis — concentration QC of strongly absorbing solutions

♦ Pharmaceutical API Testing — purity and concentration assays at production levels

♦ NIR Spectroscopy — strongly absorbing liquids in the near-infrared range

Why Choose Demountable Design?

The demountable design allows complete disassembly for thorough cleaning between samples — essential when working with viscous, staining, or high-concentration solutions that are difficult to rinse from enclosed cuvettes. Unlike standard cuvettes, demountable cells let you replace individual windows if scratched or contaminated, significantly reducing long-term ownership cost. This holder-free configuration is ideal for researchers who use custom mounting fixtures, fiber-optic probe assemblies, or non-standard spectrophotometer geometries.

Why Sintered 83?

Sintered 83 cuvettes use high-temperature fusion bonding to join quartz components without organic adhesives, achieving >83% transmittance. The sintering process ensures zero organic contamination and superior thermal stability, making them ideal for demanding analytical environments.

Usage Tips

Assemble quartz windows with spacer, ensuring no dust or air bubbles in the optical path.
Load sample by capillary action or micropipette (30 µl capacity).
Clean by disassembling and wiping optical faces with lens tissue and spectroscopic-grade solvent.
Do not use abrasive materials or brushes on the polished optical faces.
For instruments without built-in alignment guides, pair with a compatible cell holder for repeatable positioning.
Compatible with Shimadzu, Agilent, PerkinElmer, Thermo Fisher, JASCO, and most commercial spectrophotometers.

Custom Orders
Need a non-standard path length, volume, or window configuration? We manufacture quartz cuvettes to your exact specifications. Request a custom quote.

Disclaimer: Specifications are nominal values measured under standard laboratory conditions. Actual transmittance may vary slightly with wavelength and sample conditions. Images are representative; minor cosmetic variations between production batches are normal and do not affect optical performance.