Quartz 10mm Stopper Glass Cuvette Sample Cell, 3.5ml, Sintered 80, Four-Way Light, PTFE Cap, 1pc/ea, C104CA8
10%
USD$142.00 USD$128.00
Glass 10 mm cuvette with stopper, 3.5 ml, Sintered 80 (>80%). Two-Way Light. 340–2500 nm. PTFE Cap. 1 pc/ea. SKU: C104CA8. In Stock.
Description
The C104CA8 is a glass cuvette with stopper featuring a 10 mm optical path length and 3.5 ml volume. Sintered 80 fabrication delivers fused-joint construction for superior chemical resistance. Suitable for UV-Vis spectroscopy across the 340–2500 nm range.
| Specifications — C104CA8 | |||
|---|---|---|---|
| Material | Optical Glass (Sintered 80) | SKU | C104CA8 |
| Type | Stopper Fluorescence Cell (Four-Way Light) (Two-Way Light) | Path Length | 10 mm |
| Volume | 3.5 ml | Optical Windows | 2 (frosted sides) |
| Corner Style | Sharp Corner | Fabrication | Sintered 80 |
| Transmittance | > 80% (340–2500 nm) | Wavelength Range | 340 – 2500 nm |
| Exterior Dimensions | 12.5 × 12.5 × 45 mm | Interior Dimensions | 10 × 10 × 43 mm |
| Cap Type | Glass Stopper | Package | 1 pc/ea |
Spectroscopy Applications
🔬UV-Vis Spectroscopy
Absorbance and transmittance measurements across 340–2500 nm🏥Clinical Diagnostics
Blood chemistry, serum protein, and biomarker analysis💊Pharmaceutical Analysis
Drug concentration, purity, and dissolution testing🌊Environmental Monitoring
Water quality, pollutant detection, and nutrient analysis🍷Food & Beverage Testing
Color measurement, additive analysis, and quality control🎓Educational Laboratories
Teaching spectroscopy principles with durable, affordable cells⚗️Chemical Analysis
Reaction kinetics, titration monitoring, and concentration assays🧪Quality Control
Industrial process monitoring and raw material verification
Absorbance and transmittance measurements across 340–2500 nm🏥Clinical Diagnostics
Blood chemistry, serum protein, and biomarker analysis💊Pharmaceutical Analysis
Drug concentration, purity, and dissolution testing🌊Environmental Monitoring
Water quality, pollutant detection, and nutrient analysis🍷Food & Beverage Testing
Color measurement, additive analysis, and quality control🎓Educational Laboratories
Teaching spectroscopy principles with durable, affordable cells⚗️Chemical Analysis
Reaction kinetics, titration monitoring, and concentration assays🧪Quality Control
Industrial process monitoring and raw material verification
Why Sintered Glass?
Sintered (fused) fabrication bonds cuvette walls using high-temperature fusion rather than adhesive. This creates superior chemical resistance against aggressive solvents and acids, along with greater thermal stability — ideal for labs requiring long service life.
💡 Usage Tips
Filling: Fill to approximately 80% capacity (~2.8 ml) for optimal light path coverage.
Cleaning: Rinse with distilled water, then ethanol or acetone. Dry with lint-free tissue.
Orientation: Align the two clear (polished) windows with the instrument beam path; frosted sides face left and right.
Filling: Fill to approximately 80% capacity (~2.8 ml) for optimal light path coverage.
Cleaning: Rinse with distilled water, then ethanol or acetone. Dry with lint-free tissue.
Orientation: Align the two clear (polished) windows with the instrument beam path; frosted sides face left and right.
🛠 Custom Orders
Need a different path length, volume, or material? We offer custom fabrication. Contact us with your specifications.
Need a different path length, volume, or material? We offer custom fabrication. Contact us with your specifications.
Specifications are nominal and may vary slightly due to manufacturing tolerances. Images are for reference only; actual product appearance may differ.
Additional information
| Weight | 30 g |
|---|
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