Introducing our exceptional Near-Infrared Quartz Cuvettes, meticulously designed for advanced Spectroscopy.
Item Code: IR-104
External Dimensions: Height 45mm x Width 12.5mm x Depth 12.5mm
Precise Pathlength: 10mm
Polished Windows Count: 2
Expert Construction Technique: U-shape, High-Temperature Fused for durability
Why Our Near-Infrared Quartz is a Cut Above the Rest:
Benefit from a low data error rate with outstanding repeatability, guaranteeing the uniformity and authenticity of your experimental data.
1.Exclusively suitable for organic solvents. Should you require inorganic applications, please inform us, and we can provide seamless cuvettes tailored to your needs.
2.Robust Acid and Alkali Resistance for diverse applications
3.Compatible with Two-Beam Light Machines for versatile usage
4.Endures extreme temperatures up to 700 degrees or beyond, without compromising performance
In addition to our high-quality Infrared Quartz, we specialize in manufacturing and supplying UV Quartz Cuvettes for Spectroscopy absorbance, as well as Fluorescence Spectrophotometers.
First Category: Standard Cuvettes with dual light path capability:
1. Standard cuvette with a secure lid for stability,
2. Standard cuvette with a reliable stopper,
3. Micro Cuvettes with a black wall, complete with lid and stopper for precision,
4. Cylinder type cuvette equipped with a stopper,
5. Customizable options available to suit specific requirements
Second Category: Fluorescence Cuvettes for multidirectional light passage:
1. Standard fluorescence cuvettes with a secure stopper,
2. Micro cuvette options available with either a lid or stopper
3. Jumbo cuvettes specifically designed for fluorescence applications
4. Customizable solutions available to meet unique specifications
We warmly invite you to send us your inquiries regarding our cuvettes. With over 30 years of experience, we are confident in our ability to exceed your expectations with both quality and competitive pricing.
Thank you sincerely for your time and consideration.
Audited Supplier 
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