194 results
This instrument measures the thermal conductivity of refractory materials, ceramic fiber products, insulating bricks, and boards using the plate method principle. It is ideal for testing refractory insulation materials and powders, primarily targeting industries related to refractory materials.
The Vertical Dual-Sample Thermal Expansion Coefficient Tester measures expansion and contraction of composite materials such as ceramics, glass, and alloys in molten states. It is designed for use in accordance with ASTM, DIN, and GB standards for various industries including ceramics and materials science.
The Pendulum Impact Tester conducts impact tests on flatware and the edges of concave vessels, both glazed and unglazed. It is particularly useful in assessing the initial energy required to cause cracking and the energy needed for total fracture, with applications primarily in the ceramics industry.
The Automatic Thermal Shock and Stability Tester measures thermal stability by subjecting samples to rapid temperature changes up to 600°C. It is used for assessing the heat resistance of ceramics, glass, and various non-metal materials in compliance with national and international standards.
The Ceramic Cooker Thermal Shock Resistance Tester evaluates the thermal stability of ceramic cooking wares using a point-tracking infrared thermograph for precise temperature monitoring. It is crucial for quality control and research in the ceramics industry.
The Ceramic Impact Tester is designed for performing impact tests on the center of flatware and dishware as well as edge impact tests on concave dishware, measuring the energy of initial crack formation and complete breakage. It is used primarily in the ceramics industry for quality control and testing of everyday ceramic products following standards such as GB/T4742 and ASTM C 368.
The Horizontal Dual Push Rod Thermal Expansion Coefficient Tester measures the coefficient of thermal expansion using the dilation method. It is primarily applied in ceramics, refractory materials, glass, graphite, polymers, and metal alloys testing within industrial and research settings.
The DRX-II-RL Thermal Conductivity Tester uses the heat flow method to measure the thermal conductivity, thermal diffusivity, and thermal resistance of various materials. It is suitable for testing polymers, ceramics, insulation materials, composites, non-metals, glass, rubber, and other materials with low to moderate thermal conductivity, serving industries focused on material research and quality testing.
The Rapid Multi-Element Analyzer uses photometric analysis to provide precise measurements by optimizing linearity within the range of the Beer-Lambert law. It is ideal for use in industries such as ceramics, refractories, cement, and glass, including research institutions and universities.
The Thermal Conductivity Tester uses a laser flash method to measure thermal diffusivity and specific heat of materials by exposing a sample to a laser and detecting temperature changes with an infrared sensor. It is employed in the testing of metals, alloys, ceramics, carbon fibers, and other materials for thermal conductivity analysis in various industries.
The Ceramic Tile Stain Resistance Tester uses washfastness techniques to assess staining on ceramic tile surfaces. It is widely used by national quality inspection departments and manufacturers to evaluate the stain resistance of ceramic tiles.
The High Temperature Laser Thermal Conductivity Tester uses a laser pulse to measure the thermal diffusivity by detecting the temperature rise on the sample's surface with an infrared detector. It is widely used for testing metals, ceramics, polymers, and other materials in various industrial applications.
The Automatic High-Precision Thermal Conductivity Meter uses the heat flow method to measure the thermal conductivity and thermal resistance of various materials. It is primarily used in material testing institutions, research laboratories, and quality control departments across industrial sectors.
The DRH-30S Tester measures thermal conductivity of low-conductivity insulating materials using the heat flow method. It is suitable for use in quality control labs, research institutions, and material testing organizations.
The Thermal Conductivity Tester uses dual heat flow sensors to measure the thermal conductivity and thermal resistance of insulation board materials like clay, sand, ceramics, and plastics. It is ideal for applications in the construction materials industry, including testing of building materials, fillers, powder materials, and rubber.
The DRH300 Heat Flow Meter Thermal Conductivity Tester measures the thermal conductivity and thermal resistance of insulation materials and others like clay, sand, and ceramics using the heat flow method. It is primarily used in testing insulation boards, construction materials, glass, foam, and plastic industries.
The STD-B Dielectric Constant and Loss Tester measures insulation material properties using high-frequency Q meters, providing automatic solutions for tanδ and ε. It is applicable in testing various materials for industries requiring adherence to GB/T, ASTM, and IEC standards.
The Laser Flash Method Thermal Conductivity Analyzer utilizes a laser to irradiate the sample and an infrared detector to measure the back temperature rise, calculating the thermal diffusivity. It is widely used in the testing of metals, ceramics, graphite, and other materials.
The High-Temperature Thermal Conductivity Tester measures the thermal conductivity of low thermal conductivity materials such as carbon-bearing refractories, refractory ceramic fiber products, composites, insulating bricks and boards, and carbon felts. It operates based on the heat flow meter method and is suitable for materials research departments requiring high-precision thermal conductivity testing.
This instrument measures the thermal conductivity of low thermal conductivity materials such as carbon-containing refractory materials, carbon fiber insulation felts, composites, and insulation bricks. It is primarily used in materials testing research departments for precise thermal conductivity measurements.
The Thermal Conductivity Tester measures the thermal resistance and conductivity of insulation materials using the guarded hot plate method. It is ideal for evaluating homogeneous board-like insulation materials in construction and material science industries.
The DRX-II-PS Thermal Conductivity Tester utilizes transient plane source technology to measure the thermal conductivity of various materials. It is widely used in industries such as power, automotive, materials, and biopharmaceuticals.
The Intelligent Dual-Plate Thermal Conductivity Tester measures the heat transfer properties of solid materials like insulation materials, glass, and foam using the ASTM C177 standard. It is utilized in material performance testing laboratories, research institutes, and quality control departments in manufacturing industries.
The Guarded Hot Plate Thermal Conductivity Tester measures the thermal conductivity of materials such as plastics, glass, fibers, and foams using the guarded hot plate method. It is ideal for use in material testing laboratories, research institutions, and quality control departments in industries.
The Thermal Expansion Coefficient Tester measures changes in material dimensions with temperature using computer and PID technology for precise control. It is suitable for measuring high-temperature expansion in carbon fibers, metal alloys, glass, ceramics, refractories, and polymer composites.
The refractoriness furnace is a high-temperature box furnace using molybdenum rods as heating elements to measure the refractoriness of materials. It is ideal for laboratories and industrial settings requiring refractoriness testing of refractory materials.
The Load Softening Temperature Tester measures the softening temperature range of materials under high temperature and load conditions. It is ideal for applications involving ceramics, graphite, and refractory materials in compliance with YB/T 370 standards.
The Glass Thermal Expansion Coefficient Tester accurately measures the thermal expansion coefficient of glass materials using automated processes. It is ideal for laboratories dealing with glass properties, offering features like data output and archival capabilities.
The Glass Density Comparator MD-II measures the density of glass and other impermeable solids within the range of 1.1 to 3.3 g/cm3 using the buoyancy comparison method. It is ideal for use in glass manufacturing plants for production control and in research institutions for material analysis.
The Mid-Temperature Specific Heat Capacity Tester uses the mixing method to automatically measure the specific heat capacity of solid materials at various temperatures. It is ideal for research and educational settings focusing on solid material heat capacity analysis.