2 Pcs 10mm Optical Path Quartz Cuvette Cells with Lids Japanese imported JGS1 fused silica Grade for Spectrophotometer Laboratory Use (Pack 01)
Brand: scuvette. Standard quartz cuvette with lid. Path length 10mm, volume 3.5ml. Japanese imported JGS1 fused silica, glue bonding process (for neutral samples only), >80% paired testing transmittance, max operating temp <100°C, 200nm-2500nm wavelength. Outline dimension 12.5x12.5x45mm. Cuvette is generally rectangular, made of frosted glass at the bottom and on two sides (except fluorescence cuvette that light can penetrate four sides) while the other two sides are light.
Brand: scuvette. Standard quartz cuvette with lid. Path length 10mm, volume 3.5ml. Japanese imported JGS1 fused silica, glue bonding process (for neutral samples only), >80% paired testing transmittance, max operating temp <100°C, 200nm-2500nm wavelength. Outline dimension 12.5x12.5x45mm. Cuvette is generally rectangular, made of frosted glass at the bottom and on two sides (except fluorescence cuvette that light can penetrate four sides) while the other two sides are light.
Process Comparison - 5 Grades
| Grade | Process | Max Temp | Chemical Resistance | Transmittance | Wavelength | Key Feature | Price (2 pcs) |
|---|---|---|---|---|---|---|---|
| Ordinary | Glue bonding | <100°C | Neutral samples only | >80% (paired) | 200-2500nm | Basic, cost-effective | $13.00 |
| Standard | Powder fusion | <600°C | Acid/alkali/organic resistant | >80% (paired) | 200-2500nm | Acid/alkali resistant | $20.00 |
| High Transmittance | Powder fusion | <600°C | Acid/alkali/organic resistant | >83% | 200-2500nm | High optical throughput | $30.00 |
| High Precision | Powder fusion | <600°C | Acid/alkali/organic resistant | >83% | 200-2500nm | Zero interference, high-precision experiments | $50.00 |
| EU Version | Optical contact (light-glue) | ≤1200°C | Acid/alkali/organic resistant | >83% | 200-2500nm | Comparable to German original imports | $150.00 |
CAS Certification
Selection of Cuvettes
Product Image
Product Parameters
Light Transmittance Curve
