PT CRUCIBLE
High purity platinum crucibles designed for laboratory sample preparation and high temperature analytical applications. Platinum crucibles provide excellent chemical resistance and thermal stability for precise material analysis.
PT CRUCIBLE
High purity platinum crucibles designed for laboratory sample preparation and high temperature analytical applications. Platinum crucibles provide excellent chemical resistance and thermal stability for precise material analysis.
PRODUCT OVERVIEW
Platinum crucibles are widely used in analytical laboratories for high temperature sample preparation and chemical analysis. Their exceptional resistance to corrosion and oxidation allows reliable use in demanding chemical environments.
The platinum material maintains structural stability even at elevated temperatures, making it suitable for repeated heating cycles during analytical procedures. High purity platinum ensures consistent performance and minimizes contamination during sample preparation.
SPECIFICATIONS
Purity: 3N5
Form: Crucible
Dimensions: Customized size available
Composition: Platinum (Pt)
Application: Sample preparation for ICP, XRF, AAS; glass bead production
APPLICATIONS
Platinum crucibles are commonly used in laboratory analysis where materials must be heated, fused or prepared for elemental measurement. Their resistance to chemical attack makes them suitable for aggressive reagents and high temperature processes.
Typical applications include sample preparation for ICP, XRF and AAS analytical techniques, as well as glass bead preparation used in materials analysis laboratories.
CUSTOMIZATION OPTIONS
Platinum crucibles can be manufactured in customized sizes to match specific laboratory equipment and analytical procedures. Dimensions and wall thickness may be adapted depending on the required sample volume and operating conditions.
Customization options ensure compatibility with different analytical workflows and laboratory systems.
TECHNICAL FEATURES
Platinum crucibles provide excellent resistance to oxidation, chemical corrosion and high temperature degradation. The material maintains structural stability during repeated heating cycles, ensuring reliable performance in analytical processes.
High purity platinum minimizes contamination risks and supports accurate laboratory analysis in scientific and industrial testing environments.
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