Dive into precision with our Spectroscopy Fluorescence Rectangular UV Quartz Glass Cuvettes, meticulously crafted with a secure stopper for unparalleled accuracy.
Item code: QS-534
Aperture: 2.0mm
Pathlength: 10.0mm
External size: H47mm x 12.5mm x 12.5mm
As a leading manufacturer of premium cuvettes in China, Yixing Zhicheng Material Co., Ltd. boasts over 30 years of expertise. Our exclusive use of top-tier Synthetic JGS1 quartz sets us apart, ensuring superior transparency and performance compared to ordinary quartz. Explore the distinct differences in the images below.
Secondly, evaluate the transmission percentage (T%) as illustrated below:
| |
Wavelength nm |
Common % |
My % no.1 |
My no.2 % |
| 1 |
200 |
78 |
81 |
80.9 |
| 2 |
210 |
80.3 |
83 |
82.9 |
| 3 |
220 |
81.4 |
83.8 |
83.7 |
| 4 |
230 |
82.1 |
84.3 |
84.2 |
Simply put, the excellence of our cuvettes hinges on superior materials. By utilizing the highest-grade quartz JGS1 available in China, paralleled globally only by Corning and Heraeus, we deliver cuvettes that outperform the rest.
Material Options: ES quartz glass, IR quartz glass, Optical glass
Our Product Offerings Include:
First Category: Standard Cuvettes for Dual Light Passage:
1. Standard cuvette with lid,
2. Standard cuvette with stopper,
3. Micro cuvettes featuring black walls, complete with lid and stopper,
4. Cylinder-type cuvette with stopper,
5. Tailor-made solutions
Second Category: Fluorescence Cuvettes for Quadruple Light Passage:
1. Standard fluorescence cuvettes with stopper,
2. Micro cuvettes available with lid or stopper,
3. Jumbo cuvettes designed for fluorescence applications,
4. Tailor-made solutions
Why incur additional expenses for your cuvettes? We offer the best value proposition in China.
Recognizing the pressing demand for high-caliber laboratory essentials without breaking the budget, we provide top-quality products at prices you can effortlessly afford.
We warmly invite your inquiries regarding our cuvettes, and appreciate your interest in our offerings.
Audited Supplier 
Secondly, evaluate the transmission percentage (T%) as illustrated below:
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