Quartz 5mm Standard Cuvette, 1.75ml, Molded 0.01, Two-way Light, PTFE Cap, Pack of Two, C052CF2
USD$189.00 USD$171.00
Quartz 5 mm standard cuvette for absorbance spectroscopy (190–2500 nm). 1.75ml volume, Molded 0.01 (>83% transmittance), two-way light windows, ptfe cap. Sold as a pack of two. SKU: C052CF2
Description
The C052CF2 is a quartz (fused silica) standard cuvette with 5 mm path length and two-way light optical windows, designed for UV-Vis and NIR spectrophotometry across 190–2500 nm. The two-way light configuration transmits the beam through two opposing polished optical faces while the two frosted sides minimize stray light interference and internal reflections, delivering clean baseline performance for absorbance measurements. Fabricated using Molded 0.01 — the highest-precision integrally fused one-piece construction available — achieving >83% transmittance and an exceptionally tight path length tolerance of ±0.01 mm. This premium fabrication withstands temperatures up to 1200 °C and resists all common laboratory solvents, acids, and bases. The ±0.01 mm tolerance is critical for the most demanding quantitative work where path accuracy directly impacts measurement reliability. Includes a ptfe cap for chemical-resistant sealing. Supplied as a pack of two for cost-effective parallel or comparative experiments.
| Technical Specifications | |||
|---|---|---|---|
| Material | Quartz (Fused Silica) | SKU | C052CF2 |
| Type | Standard Cuvette | Path Length | 5 mm |
| Volume | 1.75ml | Optical Windows | Two-way Light |
| Fabrication | Molded 0.01 | Transmittance | >83% |
| Wavelength | 190–2500 nm | Cap | PTFE Cap |
| Exterior Dimensions | 12.5 × 7.5 × 45 mm | Interior Dimensions | 10 × 5 × 43 mm |
| Package | Pack of Two | Path Tolerance | ±0.01 mm |
Applications
Why This Cuvette?
The two-way light configuration (two polished optical faces, two frosted sides) provides clean absorbance measurements with minimal stray light. The frosted faces reduce internal reflections and scattering, improving baseline stability and signal-to-noise ratio — particularly important for low-absorbance measurements near the detection limit. The 5 mm path length reduces absorbance by 2× compared to a standard 10 mm cuvette (Beer-Lambert law: A = εlc), making it well-suited for moderately concentrated samples that would saturate a longer-path cell.
Additional information
| Weight | 30 g |
|---|
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