Quartz 10mm Cuvette Particle Size Sample Cell, 3.5ml, Standard 80, Four-Way Light, PTFE Cap, Pack of Two, C104CS93
Description
The C104CS93 quartz cuvette combines a 10 mm optical path with Four-Way Light capability — four optically polished faces allow scattered-light detection at multiple angles, making it ideal for nanoparticle sizing, zeta potential measurements, and colloidal stability studies. With 3.5 ml volume and Standard 80 fabrication (>80% transmittance), this cell works across 200–2500 nm. PTFE cap included. Supplied as Pack of Two.
Technical Specifications — Particle Size Sample Cell
| Specifications | |||
|---|---|---|---|
| Material | Quartz (Fused Silica) | SKU | C104CS93 |
| Type | Particle Size Sample Cell | Path Length | 10 mm |
| Internal Volume | 3.5 ml | Fabrication | Standard 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 C104CS93 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 Standard 80?
The Standard 80 fabrication method (learn more) offers >80% transmittance across 200–2500 nm, providing dependable optical quality at the most economical price point. An excellent choice for high-throughput particle sizing environments and teaching laboratories where cuvettes undergo frequent handling and replacement.
Additional information
| Weight | 30 g |
|---|
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