Our exquisite 3mm glass cuvettes have become a sensation in the Russian market, celebrated for their unparalleled performance and reliability.
Crafted with supreme precision, we source our materials from Germany. Our cuvettes undergo a high-temperature fusion process, ensuring superior durability over traditional glued alternatives.
Our Competitive Edge:
1 |
Acid and Alkali resistant |
Yes |
2 |
Organic Solvents resistant |
Yes |
3 |
Error rate |
low |
4 |
Repeatability |
high |
Our cuvettes and cells, made from premium quartz and glass, are designed to seamlessly integrate with the majority of spectrophotometers and fluorometers available. We pride ourselves on providing outstanding quality that rivals the competition, all at a price that respects your budget.
Manufacturer's Material: Optical Quartz Glass Cuvette:
Essentially, the caliber of material defines the functionality of the cuvettes. We utilize the highest grade quartz, JGS1, recognized globally as a frontrunner, akin to Corning or Heraeus standards.
Materials Featured: ES Quartz Glass, IR Quartz Glass, Optical Glass
Our Extensive Offerings Include:
Primarily: Standard Cuvettes Designed for Bidirectional Light Passage:
1. Standard cuvette inclusive of a lid.
2. Standard cuvette equipped with a stopper.
3. Micro cuvettes featuring a black wall, with options for lid or stopper.
4. Cylindrical cuvette with a stopper.
5. Tailored solutions to meet specific requirements.
Secondly: Fluorescence Cuvettes Engineered for Omnidirectional Light Passage:
1. Standard fluorescence cuvettes with a stopper.
2. Micro cuvettes available with lid or stopper.
3. Jumbo cuvettes dedicated to fluorescence applications.
4. Custom-designed options for unique needs.
Why overspend on cuvettes and cells when we offer exceptional options right here in China? Choose us for unmatched value and quality.
Aware of the critical need for top-quality laboratory supplies amidst budget constraints, we commit to providing you with superior products that align with your financial considerations.