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United Scientific JCP25150 Crucibles with a porous bottom are a versatile tool for laboratory procedures that require filtration, heating, or the removal of debris. These crucibles boast a molded-in porous disc with stable porosity and a consistent flow rate, promising reliable performance even in the most demanding experimental conditions.
Their glazed interior and exterior make them impervious to chemical corrosion, while their thick porcelain walls guarantee durability and resistance to cracking. These crucibles are autoclavable, ensuring a sterile environment for high-precision experiments that demand uncontaminated samples.
At a capacity of 25ml, and available in a pack of 8, these crucibles are a convenient choice for experiments that require numerous samples. With a pore diameter of 15.0 microns, they are optimized for processes that call for medium-grade filtration, removing impurities while maintaining the requisite fluid flow rate.
The crucible design also allows for precise control over the heating process, with the porous bottom enhancing the evenness and speed of the heat distribution and preventing breakages due to thermal shock. The glazed porcelain material adds another layer of insulation and makes cleaning easier.
Whether for solid-state reactions, burn-off tests, ashing, or any other standard laboratory procedure that involves filtration, the United Scientific JCP25150 Crucibles with a porous bottom will be a reliable and long-lasting choice for your laboratory needs.
Their glazed interior and exterior make them impervious to chemical corrosion, while their thick porcelain walls guarantee durability and resistance to cracking. These crucibles are autoclavable, ensuring a sterile environment for high-precision experiments that demand uncontaminated samples.
At a capacity of 25ml, and available in a pack of 8, these crucibles are a convenient choice for experiments that require numerous samples. With a pore diameter of 15.0 microns, they are optimized for processes that call for medium-grade filtration, removing impurities while maintaining the requisite fluid flow rate.
The crucible design also allows for precise control over the heating process, with the porous bottom enhancing the evenness and speed of the heat distribution and preventing breakages due to thermal shock. The glazed porcelain material adds another layer of insulation and makes cleaning easier.
Whether for solid-state reactions, burn-off tests, ashing, or any other standard laboratory procedure that involves filtration, the United Scientific JCP25150 Crucibles with a porous bottom will be a reliable and long-lasting choice for your laboratory needs.
