Quartz slot depth 0.5 mm Quartz Sample Chamber Cuvette For Reflection, Standard 80, Two-way Light, 1pc/ea, C011WS1

Weight	30 g

SKU: C011WS1

C011WS1 Quartz slot depth 0.5 mm Two-Way Light Quartz Sample Chamber Cuvette For Reflection Standard 80

Original price was: $181.00.Current price is: $163.00.

In Stock

Quartz slot depth 0.5 mm quartz sample chamber cuvette for reflection, Standard 80 (>80% transmittance). Two-Way Light. 190–2500 nm. SKU: C011WS1.

In Stock

SKU: C011WS1 Categories: Cuvettes, Products, Quartz Custom Cuvettes

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Standard cuvettes ship in 3-5 days. Custom items 1-2 weeks.

Description

The C011WS1 is a quartz quartz sample chamber cuvette for reflection with slot depth 0.5 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. Fabricated using Standard 80 (>80% transmittance) — precision-glued quartz construction, an industry-proven assembly method. Showcases an ultra-flat square plate design (50mm x 50mm x 2mm) with a precision-machined 0.5mm slot depth, creating a thin-layer sample chamber optimized for reflection-mode measurements.

Technical Specifications — Quartz Sample Chamber Cuvette For Reflection
Material	Quartz	SKU	C011WS1
Path Length	slot depth 0.5 mm	Internal Volume	—
Optical Windows	2 (Two-Way Light)	Fabrication	Standard 80
Transmittance	>80%	Wavelength	190–2500 nm
Exterior Dimensions	50 × 2 × 50 mm	Interior Dimensions	40 × 1 × 40 mm
Closure	None (Open Top)	Package	1pc/ea

Spectroscopy Applications

◆ UV-Vis Absorbance Spectroscopy — quantitative concentration, kinetics, Beer–Lambert studies

◆ DNA / RNA Quantification — nucleic-acid purity checks at 260/280 nm

◆ Protein Assays — Bradford, BCA, Lowry, and direct A280 measurements

◆ Enzyme Kinetics — real-time substrate conversion and inhibition studies

◆ Water Quality & Environmental — COD, nitrate, phosphate, heavy-metal colorimetric tests

◆ Pharmaceutical QC — dissolution testing, drug concentration, stability monitoring

◆ Chemical Reaction Monitoring — reaction progress tracking via absorbance changes

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

Why Two-Way Light?

Two-way light cuvettes have two opposite vertical faces polished to optical grade, forming the standard transmission geometry for UV-Vis absorbance measurements. The remaining two faces are frosted to minimize stray-light interference, providing clean baseline performance for quantitative spectrophotometry.

Why Standard 80?

Standard 80 uses precision-glued quartz construction — an industry-proven assembly method delivering >80% UV transmittance from 200–2500 nm. The optical adhesive bond is optimized for aqueous (water-based) solutions, making this fabrication ideal for routine spectrophotometry, QC testing, and educational labs where the sample matrix is known and gentle. Standard 80 offers a cost-effective entry point with reliable, repeatable results under normal operating conditions.

Usage Tips

Rinse with a compatible solvent (e.g., ethanol or the measurement solvent) before first use to remove any residual particles.
Do not use abrasive materials or brushes on the polished optical faces — wipe gently with lens tissue.
Suitable for aqueous (water-based) solutions only. Do not use with organic solvents, strong acids, or strong bases.
Store in the original protective case to prevent scratches on the optical windows.
For baseline correction, fill with your reference solvent, cap the cuvette, and run a blank before sample measurements.

Custom Orders
Need a non-standard path length, volume, window configuration, or closure type? 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.