VID_20260601_162535

Zirconia Ceramic Column: High-Performance Ceramic Crucible for Advanced Applications The Zirconia Column is a specialized ceramic crucible designed for high-temperature and demanding industrial processes. The performance is superior to that of alumina ceramics.Crafted from premium zirconia ceramic material, this product offers exceptional thermal stability, resistance to chemical corrosion, and durability under extreme conditions. Whether used in laboratory settings or industrial manufacturing, the Zirconia Ceramic Crucible provides reliable performance and long-lasting service life. Its advanced composition ensures minimal contamination and consistent results, making it an essential tool for professionals working with high-purity materials. Key Features of Zirconia Ceramic Crucible include superior heat resistance, low thermal expansion, and excellent mechanical strength. The Zirconia Material Crucible is engineered to withstand temperatures up to 2000°C, making it ideal for melting and processing various metals and alloys. Its smooth internal surface minimizes residue buildup, ensuring easy cleaning and maintaining the purity of the substances being processed. Additionally, the Zirconia Ceramic Crucible is compatible with a wide range of furnace types, including electric arc furnaces and induction heating systems. The Zirconia Column is manufactured using cutting-edge technology to ensure uniform density and structural integrity. This process enhances the product’s ability to resist cracking and deformation during repeated use. The Zirconia Ceramic Crucible is also known for its high refractory properties, which make it suitable for applications requiring precise temperature control and long-term stability. Its non-reactive nature ensures that it does not interfere with the chemical composition of the materials being processed, preserving their original properties. This Zirconia Column is widely used in industries such as metallurgy, materials science, and semiconductor manufacturing. It is particularly valuable in the production of high-purity ceramics, glass, and specialty alloys. The Zirconia Material Crucible is also utilized in scientific research for experiments involving high-temperature synthesis and material analysis. Its versatility makes it a preferred choice for both small-scale operations and large-scale industrial applications. The Zirconia Ceramic Crucible is designed with user convenience in mind. Its robust construction allows for easy handling and safe operation, even at elevated temperatures. The product is available in various sizes and shapes to accommodate different process requirements. Whether used for melting, sintering, or refining, the Zirconia Column delivers consistent and reliable performance. Users have praised the Zirconia Ceramic Crucible for its durability, efficiency, and ease of use. Many professionals report improved results in their processes due to the high-quality performance of this Zirconia Column. The product’s ability to maintain structural integrity under extreme conditions has made it a trusted solution in demanding environments. Frequently asked questions about the Zirconia Column include inquiries about its maximum operating temperature, compatibility with different materials, and maintenance requirements. The Zirconia Ceramic Crucible is typically recommended for use with non-alkaline and non-oxidizing substances. Regular inspection and proper storage are advised to ensure longevity and optimal performance. In summary, the Zirconia Column is a high-performance ceramic crucible that offers unmatched reliability and efficiency in high-temperature applications. Its unique properties and advanced design make it an essential component for a wide range of industrial and scientific processes. Whether you are involved in materials research, metal processing, or precision manufacturing, the Zirconia Ceramic Crucible provides the quality and performance needed to achieve outstanding results.

ZIRCONIA Ceramic TECH DATA

ITEM	UNIT	Zro2	ZTA
Density	G/cm3	6.05	413
Bending Resistance	Mpa	1300	1000
Compressive Strength	Mpa	3000	3300
Elasticity Modulus	Gpa	205	320
Shock Strength	Mpam/2	12	10
Vaporization Coefficient	M	25	20
Vickers Hardness	HV0.5	1200	1700
Thermal Expansivity	10-6K-1	10	9
Conductivity	W/MK	2	20
Thermal Shock Resistance	AT℃	280	260
Maximum Service Temperature	℃	1200	1600
20℃ Volume Resistance	Ω	≥1010	≥1012
Dielectric Strength	KV/mm	-	-
Apparent Porosity	％	0	0
Permittivity	Er	-	-
Dielectric Loss Angle	tanδ	-	-

 

ZIRCONIA POWDER TECH DATA

Check Items	Results
Composition	ZrO2(HFO2)/Y2O3=94.48/5.22wt％
Al2O3 Conten	0.25％
SiO2 Conten	18.12ppm
Fe2O3 Conten	31.16ppm
Na2O Conten	8.1ppm
Cl-Conten	48.37ppm
Surface Area	7.38m2/g
Original Particle Size	32nm
Size Distribution	224nm
Igition Loss	3.17％(1100℃)
Apparent Density	1.24g/cm3