
( Brand: Col-int Tech ), ( Manufacturer Part Number: CCZ99-H10 ), ( Country/region Of Manufacture: China )
The Col-Int Ccz99-H10 Zirconia Crucible High is a premium labware solution that combines strength, durability, and chemical resistance to offer an exceptional product for your scientific endeavors. This crucible, crafted from high-quality zirconia material, is designed to withstand the rigors of high-temperature processes, making it an ideal choice for melting, fusing, and heating applications.
The Col-Int Ccz99-H10 Zirconia Crucible High boasts a unique cylindrical shape with a flat bottom, providing superior stability during use. Its high aspect ratio allows for efficient heating and cooling, ensuring precise results in your experiments. The crucible's wall thickness is engineered for strength and resistance to deformation, even under extreme conditions, ensuring the integrity of your samples is maintained throughout the heating process.
Chemical resistance is a key feature of the Col-Int Ccz99-H10 Zirconia Crucible High. Zirconia is renowned for its ability to withstand a wide range of acids and bases, making it an excellent choice for a variety of chemical reactions. This means that you can trust the crucible to maintain its structural integrity, even when working with corrosive substances.
The Col-Int Ccz99-H10 Zirconia Crucible High is designed for easy handling, with a smooth, non-porous surface that reduces the risk of sample adhesion. Its ergonomic design allows for a secure grip, ensuring safety and comfort during use. Furthermore, the crucible is resistant to thermal shock, meaning it can be quickly cooled or heated without fear of cracking or breaking.
In summary, the Col-Int Ccz99-H10 Zirconia Crucible High is an outstanding choice for anyone requiring a robust, reliable, and chemically resistant crucible for their lab work. Its superior strength, durability, and versatility make it an essential tool for any lab, ensuring precise and reliable results every time.
1. High Melting Point: The Col-Int CCCZ99-H10 Zirconia Crucible High has a high melting point, making it ideal for use with a wide range of materials, including metals and ceramics.
2. Chemical Resistance: This crucible is resistant to a variety of acids and alkalis, which means it can withstand harsh chemical environments without degrading.
3. Excellent Heat Resistance: The crucible exhibits excellent heat resistance, which helps maintain the temperature of the material being melted and reduces the risk of thermal shock.
4. Lightweight: Compared to traditional crucibles, the zirconia crucible is lighter, making it easier to handle and maneuver.
Cons:1. Higher Cost: Zirconia crucibles tend to be more expensive than traditional crucibles due to the materials and manufacturing process involved.
2. Fragile: Although zirconia is strong, it can still be brittle and prone to cracking if dropped or subjected to sudden temperature changes.
3. Limited Temperature Range: While the crucible can withstand high temperatures, it may not be suitable for extremely low temperatures, as zirconia has a lower resistance to cold cracking compared to graphite or alumina crucibles.
Conclusion:The Col-Int CCCZ99-H10 Zirconia Crucible High offers several advantages over traditional crucibles, including a higher melting point, superior chemical resistance, and excellent heat resistance. However, it is more expensive and may be more fragile, with a limited temperature range.
If you frequently work with a variety of materials, especially those that require high temperatures or chemical resistance, the Col-Int CCCZ99-H10 Zirconia Crucible High could be a worthwhile investment. However, if you primarily work with materials that require a lower temperature range or a lower cost, traditional crucibles may be more suitable for your needs. It's essential to consider your specific requirements and budget before making a decision.
Specifications: CAI/MEGO/Y2O3 stabilized zirconia, Materials: ZrO2 94% MEGO 2.5% CAI 2.0% Y2O3 1.5% Volume: 5 millimeter 20mm, height Lid included: NO, zirconia.