Quartz 10mm Cuvette Particle Size Sample Cell, 3.5ml, Sintered 80, Four-Way Light, PTFE Cap, Pack of Two, C104CA7
Description
Built using the Sintered 80 fabrication method, the C104CA7 delivers exceptional optical clarity for particle characterization. This quartz particle size sample cell features a 10 mm optical path, 3.5 ml volume, and Four-Way Light configuration — all four polished faces allow light entry and exit, enabling 90° and backscatter detection geometries. The PTFE cap provides reliable sample containment. >80% transmittance across 200–2500 nm. Supplied as Pack of Two.
Technical Specifications — Particle Size Sample Cell
| Specifications | |||
|---|---|---|---|
| Material | Quartz (Fused Silica) | SKU | C104CA7 |
| Type | Particle Size Sample Cell | Path Length | 10 mm |
| Internal Volume | 3.5 ml | Fabrication | Sintered 80 |
| Transmittance | >80% | Wavelength | 200–2500 nm |
| Optical Windows | 4 (Four-Way Light) | Exterior Dimensions | 12 × 12 × 45 mm |
| Interior Dimensions | 10 × 10 × 43 mm | Cap Type | PTFE Cap |
| Package | Pack of Two | ||
Instrument Compatibility
This 10 mm Four-Way Light quartz cuvette is compatible with a wide range of particle size analyzers and DLS instruments, including Malvern Zetasizer series, Brookhaven NanoBrook, Microtrac Nanotrac, Anton Paar Litesizer, Horiba SZ-100, Bettersize NanoPlus, and other instruments accepting 12 × 12 mm square cuvettes with four polished windows.
Applications
◆ Particle Size Analysis
◆ Zeta Potential Measurement
◆ Static Light Scattering (SLS)
◆ Nanoparticle Characterization
◆ Colloidal Stability Studies
◆ Protein Aggregation Analysis
◆ Emulsion Droplet Sizing
Why Four-Way Light?
Unlike standard two-way cuvettes, the C104CA7 features four optically polished faces, enabling scattered-light collection from multiple angles. This is critical for DLS and particle sizing, where detectors are positioned at 90° or 173° (backscatter) relative to the incident laser beam. The four-window design ensures minimal refraction artifacts and maximum signal-to-noise ratio across all detection geometries.
Why Sintered 80?
The Sintered 80 fabrication method (learn more) delivers >80% transmittance across 200–2500 nm, providing reliable optical performance for routine particle analysis at an excellent price-to-performance ratio. Ideal for laboratories running frequent DLS measurements where cost efficiency matters without sacrificing measurement accuracy.
Additional information
| Weight | 30 g |
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