Product Description
We are consistently engaged in the manufacturing of quality scientific laboratory ware that are made from quality raw materials and produced involving cost effective ways. The array of our scientific laboratory ware consist of scientific plastic ware, scientific vials, laboratory utensil, stands, clamps, spectulas, lab desiccators and general laboratory ware.
Exceptional Chemical and Thermal ResistanceThis silica crucible demonstrates excellent resistance against most acids and alkalis, ensuring durability and longevity in harsh laboratory conditions. Its high-temperature stability, withstanding up to 1700C, makes it suitable for rigorous melting and analytical procedures, keeping your experiments consistent and safe.
Versatile Design for Laboratory and Industrial UsesAvailable in various shapes, sizes, and capacities, the silica crucible caters to a wide range of applications. Whether in research laboratories or in the metal and glass industries, its high purity and smooth, non-porous surfaces guarantee reliable results and easy sample recovery for precise analysis.
FAQ's of Silica Crucible:
Q: How is the silica crucible used in laboratory settings?
A: The silica crucible is employed for high-temperature procedures such as melting, fusing, or chemical analysis due to its strong resistance to acids and most alkalis. It is suitable for processes requiring precise temperature control and non-contaminating conditions.
Q: What benefits does the high purity of this crucible offer?
A: High purity ensures negligible interference with test samples, promotes accuracy in results, and prevents contamination. This is vital for sensitive laboratory and industrial melting or analytical applications.
Q: When should you choose a silica crucible over other materials?
A: Select a silica crucible when operations involve exposure to high temperatures (up to 1700C) and chemically aggressive environments. Its robust chemical resistance, thermal stability, and non-porous structure offer significant advantages compared to alternatives.
Q: Where can these crucibles be applied outside typical laboratories?
A: Beyond laboratories, silica crucibles are widely used in metal and glass industries for melting, alloy preparation, and impurity analysis thanks to their heat endurance and non-reactive surfaces.
Q: What process ensures the crucible's chemical resistance and thermal stability?
A: Manufactured from high-purity fused quartz, the crucible undergoes processes that enhance its density, reduce porosity, and create smooth finishes, boosting both thermal and chemical resistance.
Q: How does the availability of lids benefit laboratory procedures?
A: Lids help prevent contamination and minimize material loss during high-temperature processes, offering controlled environments for sensitive reactions and storage.