Quartz 2mm Detachable Cuvette, 600ul, Molded 83, Two-way Light, Quartz Cover, 1pc/ea, C022WE1

Weight	30 g

SKU: C022WE1

C022WE1 2mm Quartz Demountable Cuvette, 600ul, Molded, Two-Way Light, Quartz Cover

~~USD$375.00~~ USD$338.00

In Stock

Precision 2mm quartz demountable cuvette with cell holder for UV-Vis & NIR spectroscopy (190–2500 nm). Two-way light windows, 600 µl volume, quartz cover, Molded 83 fabrication for ±0.02 mm path accuracy. Ideal for dilute to standard samples. SKU: C022WE1

In Stock

SKU: C022WE1 Categories: Cuvettes, Products, Quartz Demountable Cuvettes

Description

The C022WE1 is a quartz demountable cuvette with 2 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 600 µl internal volume (8 × 2 × 40 mm chamber), the cell is ideal for measuring standard concentration or dilute samples. Fabricated using Molded 83 (>83% transmittance) — precision-molded from a single piece of quartz with ultra-precision ±0.02 mm dimensional tolerance, eliminating adhesive joints entirely. 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. Includes a black anodized aluminum cell holder for secure alignment in standard spectrophotometer sample compartments.

Technical Specifications — Demountable Cuvette
Material	Quartz (Fused Silica)	SKU	C022WE1
Path Length	2 mm (±0.02 mm)	Internal Volume	600 µl
Optical Windows	2 (Two-Way Light)	Fabrication	Molded 83
Transmittance	>83%	Wavelength	190–2500 nm
Exterior Dimensions	12.5 × 3.25 × 45 mm	Interior Dimensions	8 × 2 × 40 mm
Closure	Quartz Cover	Package	1pc with Cell Holder

Spectroscopy Applications

♦ Dilute Solution Measurement — enhanced sensitivity for low-concentration analytes

♦ Trace Element Detection — ppb-level measurements with extended optical path

♦ Environmental Monitoring — low-concentration pollutant and nutrient analysis

♦ Beer–Lambert Calibration — building standard curves across wide concentration ranges

♦ Kinetic Studies — longer path length for improved signal-to-noise ratio

♦ Teaching & Student Labs — durable quartz cells for undergraduate spectroscopy courses

Why Demountable with Cell Holder?

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. The included cell holder (black anodized aluminum) provides rigid, repeatable positioning in standard 12.5 mm spectrophotometer sample compartments, eliminating alignment variability between measurements.

Why Molded 83?

Molded 83 cuvettes are precision-molded from a single piece of quartz with no adhesive joints, achieving >83% transmittance. They withstand all common laboratory solvents, concentrated acids, and bases (avoid HF) — the most chemically resistant option available.

Usage Tips

Assemble quartz windows with spacer, ensuring no dust or air bubbles in the optical path.
Load sample by capillary action or micropipette (600 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.
The cell holder aligns the assembly in standard cuvette compartments — verify beam height matches your instrument.
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.