New Materials Testing

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Advanced Ceramic Material Testing

Advanced Ceramics, also known as Fine Ceramics, High-performance Ceramics, or Engineering Ceramics, are a product of the significant advancement in materials science during the mid-to-late 20th century. Their development has been driven by the extreme performance requirements of high-tech fields such as aerospace, electronics information, new energy, and biomedical applications. As traditional materials like metals and polymers struggle to meet the demands of harsh environments involving high temperatures, corrosion, wear, and high pressure, scientists have developed a new generation of ceramic materials with unique physical and chemical properties through revolutionary design and control of their composition, structure, and processing. China is a major producer and consumer of advanced ceramics, with rapid industrial development and large-scale production in several sectors. However, a gap remains with top-tier international standards in certain high-end fields.

Supported by national projects and led by academic leaders, our laboratory has achieved significant breakthroughs in the field of advanced ceramics. Leveraging our core strengths—national-level authority, comprehensive testing capabilities, top-tier research experts, and efficient, high-quality services—we provide scientific, precise, and reliable technical support and assurance for clients across the advanced ceramic materials industry chain.

Testing Products

Alumina Ceramics

Zirconia Ceramics

Beryllia Ceramics

Silicon Carbide Ceramics

Boron Nitride Ceramics

Silicon Nitride Ceramics

High-Entropy Ceramics

Porous Ceramics

Testing Items

Tensile Properties

Compressive Properties

Flexural Properties (Bending Strength)

Fracture Toughness

Elastic Modulus, Shear Modulus, Poisson's Ratio

Bulk Density, Apparent Density, Apparent Porosity

Thermal Expansion Coefficient

Thermal Conductivity

Specific Heat Capacity

Thermal Diffusivity

Fatigue Properties

Creep Properties

Stress-Rupture Properties

Oxidation Resistance

Water Vapor / Oxygen Corrosion Resistance

Thermal Insulation Performance

Thermal Shock Resistance

High-Temperature Mechanical Properties (in air, vacuum, or controlled atmosphere)

Ablation Resistance

Testing Standards

Fine Ceramics (Room Temperature Performance)

For Alumina, Zirconia, Silicon Carbide, etc.: GB/T 23805-2009, GB/T 8489-2006, GB/T 6569-2006, GB/T 25995-2010, GB/T 16534-2009, GB/T 10700-2006, GB/T 23806-2009/ISO 15732:2003, ISO 17561:2016 or JC/T 2172-2013, GB/T 39862-2021, JC/T 2755-2023, GB/T 42667-2023, JC/T 2530-2019, JC/T 2757-2023, GB/T 39826-2021

Fine Ceramics (High-Temperature Performance)

For Alumina, Zirconia, Silicon Carbide, etc.: GB/T 14390-2008, GB/T 39862-2021, GB/T 22588-2008, GB/T 16535-2008, GJB 323B-2018, etc.

Porous Ceramics

For ceramic materials with porosity ranging from 25% to 90%, aerogel materials, etc.: GB/T 1964-2023, GB/T 1965-2023, etc.

Service Advantages

The current standards for fine ceramics with established qualifications were primarily drafted or co-drafted by this laboratory, which possesses comprehensive testing capabilities.

The laboratory is led by Chief Scientist Professor Bao Yiwang, whose research focuses on the performance evaluation of ceramics, glass, and composite materials, as well as the development of related instruments and standards. He has led over 20 national research projects.

The laboratory has made outstanding contributions to the fields of strength theory, fracture mechanics, and design optimization for structural ceramics.