Zirconia ceramic crucible with lid

Alias: corrosion-resistant and high-temperature resistant ceramic grinding jar

Description：

The design of the crucible includes a smooth casing and a tightly fitting lid, which helps prevent contamination of the sample and reduce the loss of volatile substances during heating. The presence of a lid also increases thermal efficiency, helping to maintain a constant temperature inside the crucible while protecting the operator from direct harm from the high temperatures. Zirconia is widely used in experimental and industrial environments that require high temperature resistance and chemical resistance due to its high melting point, excellent heat resistance and chemical stability.

Features:

Zirconia ceramic crucibles with lids, also known as corrosion-resistant and high-temperature ceramic grinding jars, are designed to withstand the rigors of industrial and laboratory environments:

—— Structure & Design

The crucible design includes a smooth casing and a tightly fitting lid. This design effectively prevents contamination of the sample and loss of volatile substances during the heating process, while also increasing thermal efficiency and helping to maintain a constant temperature inside the crucible.

—— Thermal efficiency and safety

The presence of the lid not only enhances the thermal efficiency and makes the temperature more uniform, but also protects the operator from direct damage from the high temperature, ensuring the safety of experiments and production.

—— Material advantages

Zirconia ceramics have a coefficient of thermal expansion of 9.6×10^-6℃ and high thermal shock resistance or temperature differences 250℃, which allows crucibles to withstand drastic temperature changes, making them ideal for applications that require frequent heating and cooling.

—— Chemical stability and durability

Zirconia ceramics have excellent chemical stability and 0% water absorption, ensuring corrosion resistance and long-term durability when dealing with strong acids, alkalis or other corrosive substances.

Applications:

Zirconia ceramic crucibles with lids excel in several demanding applications, especially in environments where high temperatures, high purity and chemical stability are required:

High-temperature chemical reactions

Due to their high temperature resistance and chemical stability, these crucibles are ideal for use in a wide range of high-temperature chemical reactions and can withstand continuous thermal cycling without compromising performance.

Metal and ore smelting

The crucible's heat resistance and resistance to chemical attack make it ideal for smelting metals and ores, especially when refining high-purity metals is required.

Scientific research and analysis of substances

In scientific research and material analysis, precise temperature control and sample contamination are required, and zirconia ceramic crucibles with lids provide these conditions.

Zirconia ceramic crucibles with lids, with their excellent design and superior material properties, provide a reliable solution in demanding experimental and industrial environments. Its structural design optimizes thermal efficiency and chemical stability, ensuring efficient and safe operation under extreme conditions. These crucibles are indispensable tools for high-temperature, high-purity experiments and production activities, demonstrating the high performance and adaptability of zirconia ceramic materials.

In the field of precision ceramic processing and customization, Fudong Machinery is committed to the production of various high-performance ceramic parts, including zirconia ceramics, silicon nitride, aluminum nitride and other products. These ceramic parts have excellent thermal stability, electrical insulation, high temperature stability and wear resistance, and are widely used in key fields such as aerospace, electronics, machinery, military industry, and automotive.

With its excellent performance and reliability, our products provide customers with key support and guarantees, helping them to improve production efficiency and optimize product performance.