Quartz is one of the most abundant and widely distributed minerals in nature and is the only stable polymorph of crystalline silica on the Earth‘s surface. The chemical formula of quartz is SiO2. Quartz glass is used in the manufacturing of optical devices, lighting systems, refractory materials, and chemical apparatuses.
-
Quartz Cuvette Cells 2mm Path for Spectrophotometers Quartz Lab CellsQuartz cuvette cells, made from premium Japanese glass with a 2mm path length, offer exceptional clarity and durability for precise spectrophotometric measurements in labs.
-
High-Grade JGS1 Quartz Cuvette 30mm Path with Lids for Spectrophotometer LabEssential Spectrophotometer Tool: High-Grade JGS1 Quartz Cuvette with 30mm Path, Lids, Unmatched Optical Performance, Durability.
-
Precision Quartz Flow-Through Cuvettes for SpectrophotometryHigh-performance quartz cuvettes, designed for spectral analysis, offer precision, light transmission, chemical stability, and enhance analytical efficiency in research, medical, and environmental fields.
-
High-Purity JGS1 Quartz Cuvette Cells 40mm Path for SpectrophotometryJGS1 quartz cuvette cells, with 40mm path length, offer excellent clarity & durability for spectrophotometric analysis.
-
Quartz Cuvette Cells 1mm Path JGS1 Glass with Lids for SpectrophotometryQuartz cuvette cells, crafted from JGS1 glass with 1mm optical path & lids, ensure precise spectrophotometric analyses for superior performance & durability.
-
JGS1 Glass Quartz Spectrophotometer Cuvette 3mm PathQuartz cuvettes, vital for spectrophotometers, offer 3mm path length, JGS1 glass, >80% transmittance, 200-2500nm compatibility, & 1.05ml capacity for precise measurements.
-
High Purity Quartz Fluorescence Cuvette Light Transmission for Lab AnalysisQuartz fluorescence cuvette, designed for lab fluorescence analysis, enhancing detection accuracy & sensitivity, and includes a sealed cover to prevent contamination.
-
High-Purity JGS1 Quartz Cuvette Cells 0.5mm Path for SpectrophotometryJGS1 quartz cuvette cells, with a 0.5mm path, offer exceptional optical performance ideal for spectrophotometry & analytical applications.