Product Description
SILICA BASIN WITH SPOUT (FUSED)Dia.mm / Cap "THIASIL" "INFUSIL"
48-52 / 20 ml 130 263
55-60 / 35 ml 160 -
45 ml - 375
70-75 / 70 ml 280 482
85 ml - 688
80-85 / 100 ml 430 725
90-95 / 150 ml 500 -
98-103 / 200 ml 700 1188
107-110 / 250 ml 850
Superior Material ConstructionFabricated from high-grade alumina, silica, or porcelain, these crucibles provide outstanding chemical resistance and mechanical strength. Their robust material composition ensures high reliability under demanding laboratory and industrial conditions, protecting against corrosive substances and high temperatures.
Versatile Applications and Heat CompatibilityPerfect for a wide range of laboratory and industrial processes, these crucibles are compatible with furnaces, direct flames, and Bunsen burners. Their cylindrical or conical shapes with rounded bases make them suitable for metal melting, chemical analysis, and other applications requiring uniform heating and thermal stability.
Flexible Sizing and Custom OptionsOur crucibles are available in common dimensions (such as 45 mm x 25 mm x 20 mm), with capacities ranging from 10 ml to 500 ml. Lids can be provided upon request, ensuring enhanced safety and process control during high-temperature operations.
FAQ's of Crucibles:
Q: How can I clean these glazed crucibles after laboratory use?
A: The glazed, smooth surface of these crucibles allows for easy cleaning using standard laboratory procedures. Rinse thoroughly with appropriate solvents or water after use; for stubborn residues, gentle brushing can be applied without damaging the surface.
Q: What types of materials are these laboratory crucibles made from?
A: They are manufactured using high-grade alumina, silica, or porcelain, each selected for their excellent heat resistance and chemical inertness, ensuring compatibility with various laboratory processes and samples.
Q: When should I opt for a crucible lid, and is it included?
A: Lids are available upon request and should be used when you need to minimize contamination, prevent sample loss from splattering, or control atmospheric exposure during heating. Please specify if you require a lid when placing your order.
Q: Where are these crucibles commonly used?
A: These crucibles are widely used in laboratory settings, industrial environments, metal melting operations, and chemical analysis facilities across India and beyond, thanks to their robust design and material quality.
Q: What is the maximum temperature these crucibles can withstand?
A: Depending on the material, the crucibles can resist temperatures up to 1600C, making them suitable for high-temperature experiments and processes involving direct flame or furnace heating.
Q: How do these crucibles benefit laboratory processes?
A: Their high resistance to acids, alkalis, and thermal shock, combined with a reusable design and smooth, glazed finish, ensures reliable, safe, and efficient operation, reducing sample contamination and facilitating quick turnaround in laboratory workflows.