Immerse yourself in precision with our Fluorescence Quartz Cuvette featuring a sophisticated stopper, meticulously crafted from ultra-pure synthetic quartz to ensure optimal fluorimetry performance.
Distinguish your laboratory equipment with our uniquely coded Item: QS-218.
External dimensions are meticulously designed: Height 48mm x Width 12.5mm x Depth 52.5mm, offering compact yet efficient use.
Experience precise measurements with a generous path length of 50mm.
Interior dimensions are expertly configured: Height 38mm x Width 10mm x Depth 50mm, providing ample space for accurate readings.
Crafted from high purity Synthetic Silica, proudly recognized as 'JGS1' in China, ensuring superior clarity and performance.
Featuring four pristine windows, our cuvettes are designed to maximize light transmission and accuracy.
Expertly constructed with cutting-edge high-temperature fused technology, these cuvettes offer unmatched durability and longevity.Manufactured through a sophisticated fire-fusing process, this innovation bestows our cuvettes with exceptional strength and chemical resistance, adept at handling the most demanding chemical environments.
Our cuvettes are crafted from the premium synthetic quartz, JGS1, surpassing the ordinary quartz options prevalent in the market. While some competitors may compromise on quality for cost, our excellence is evident. Witness the quality in the accompanying image:
Rest assured, our machine data speaks volumes. We invite you to compare it yourself to see the precision and reliability we offer:
| Item |
No. |
Model |
A
190.00 nm |
B
200.00 nm |
C
210.00 nm |
D
220.00 nm |
E
230.00 nm |
F
240.00 nm |
G
250.00 nm |
H
260.00 nm |
| 23 |
5-2 |
T% |
81.1 |
82.7 |
83.7 |
84.5 |
84.9 |
85.3 |
85.4 |
85.6 |
| 24 |
5-3 |
T% |
81.3 |
82.9 |
83.8 |
84.6 |
85 |
85.4 |
85.5 |
85.7 |
| 25 |
5-4 |
T% |
80.9 |
82.4 |
83.4 |
84.1 |
84.5 |
85 |
85.1 |
85.5 |
| 26 |
5-5 |
T% |
80.5 |
82.1 |
83.2 |
84 |
84.4 |
85 |
85.1 |
85.5 |
| 27 |
6-1 |
T% |
80.8 |
82.1 |
83.1 |
83.9 |
84.4 |
85 |
85.1 |
85.5 |
| 28 |
6-2 |
T% |
80.8 |
82.3 |
83.4 |
84.1 |
84.5 |
85 |
85.1 |
85.4 |
| 29 |
6-3 |
T% |
80.7 |
82.3 |
83.5 |
84.2 |
84.6 |
85.1 |
85.2 |
85.5 |
| 30 |
6-4 |
T% |
82.1 |
83 |
83.8 |
84.5 |
84.9 |
85.3 |
85.4 |
85.6 |
Indeed, material is the cornerstone of functionality. Our cuvettes made from elite JGS1 quartz, a material that stands shoulder to shoulder with the revered standards of Corning and Heraeus, ensuring impeccable performance.
Moreover, we present an array of options:
First: Standard Cuvettes, engineered for dual light passage to maximize efficiency:
1. Standard cuvette, thoughtfully designed with a practical lid for ease of use,
2. Standard cuvette, enhanced with a secure stopper for robust performance,
3. Micro cuvettes, featuring a unique black wall, complete with a lid and stopper for versatile applications,
4. Cylindrical type cuvette, paired with a stopper, combining style and functionality,
5. Custom designs, meticulously crafted to meet your exact specifications.
Second: Fluorescence Cuvettes, expertly designed for quadruple light passage to enrich your research outcomes:
1. Standard fluorescence cuvettes, complete with a stopper for seamless operation,
2. Micro cuvette, granting the flexibility of a lid or stopper to suit varied needs,
3. Jumbo cuvettes, precisely engineered for advanced fluorescence applications,
4. Customizable options, tailored to fit your unique requirements.
We warmly invite you to reach out with inquiries about our cuvettes. Our commitment is to provide not just competitive pricing, but also exceptional service tailored to your needs.
We extend our heartfelt gratitude for selecting us as your trusted partner in meeting your cuvette needs.
Audited Supplier 
Expertly constructed with cutting-edge high-temperature fused technology, these cuvettes offer unmatched durability and longevity.Manufactured through a sophisticated fire-fusing process, this innovation bestows our cuvettes with exceptional strength and chemical resistance, adept at handling the most demanding chemical environments.
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