194 results
The SQW-II-14 measures thermal expansion, high-temperature compressive strength, expansion force, deformation under constant load, residual strength, and room-temperature compressive strength. It is intended for inorganic nonmetallic materials and molding mixtures, including simulated molten-metal pouring tests.
The GFT uses a high-temperature transmission projection system to monitor wetting, contact-angle behavior, and profile changes in metals, inorganic compounds, and mixtures during sintering, softening, melting, and liquefaction. It records specimen images with associated temperature and height data for surface-tension and wetting-angle calculations.
The horizontal dilatometer measures the coefficient of thermal expansion of ceramics, refractories, corundum, and other solid materials, including investment-casting shell and core materials. It controls and records temperature and displacement for studies of softening, sintering, glass transition, and phase transformation.
The RZL-14/16 measures the thermal shock resistance of refractory products by compressed-air-flow or water-quick-cooling methods. It is used for refractory products, ceramics, glass, graphite, and other non-metallic silicate products in accordance with YB/T 376.1 and YB/T 2206.1-1998.
The CSL-II Reburning Test Furnace heats refractory products and tests reburning-line changes and sintering under different atmospheres. It is used as a heating furnace in metallurgy, building materials, machinery, chemical, and refractory-material applications in accordance with GB/T 5988.
The Silicate Chemical Composition Rapid Analyzer determines silicate compositions in ceramics, refractory materials, inorganic non-metallic minerals, building materials, and geological materials. It analyzes eight routine components in 2–3 hours, all listed components in 4–5 hours, and up to 20 samples in one run.
The DRX-06D measures the thermal diffusivity of concrete with computer-controlled operation and report generation. It is intended for concrete and asphalt-concrete testing under the listed hydraulic-engineering test procedures.
The DCT Powder Resistivity Tester measures the resistivity of powdered carbonaceous materials using hydraulic loading, a pressure-displaying force gauge, and a constant-current source. It is intended for powder-resistivity testing under ISO 10143-1995 and YS/T 587.6.
The instrument measures thermal conductivity of carbon-containing refractories, ceramic-fiber products, composites, insulating bricks and boards, and carbon felt by a heat-flow-meter method from 600 °C to 1,600 °C. It provides adjustable pressure, gas or vacuum operation, computer analysis.
The DRX-II-LUX measures the thermal conductivity of carbon materials with a hot-plate and cold-plate system, with reference to ISO 12987-2000 and YS/T 63.3-2006. Its configuration includes controlled hot and cold plates, specimen preheating, temperature-difference measurement, optional pressure application, and a 5–20 minute measurement time.
The instrument measures the thermal conductivity of carbon materials with a hot plate, cold plate, specimen preheater, and hot/cold-face temperature measurement system. It references ISO 12987-2000 and YS/T 63.3-2006 and accepts a Ø50 × 50 mm specimen with a 5–20 minute measurement time and power consumption no greater than 1.5 kW.
The Fully Automatic Concrete Thermal Conductivity Tester measures the thermal conductivity of concrete with computer-controlled heating, cooling, and stirring. It is intended for educational, research, and testing institutions and for concrete work in buildings, roads, bridges, dams, reservoirs, and cofferdams.
The MIL-II measures liquid surface and interfacial tension, contact angle, and thin-film wetting. It references ISO 8296:2003, GB/T 14216-2008, ISO 6295:1983, and ASTM D971 and provides manual or automatic injection and lifting with computer data storage and reporting.
The DRX-I-BX uses the heat-box method to measure the heat-transfer coefficient of walls and building components, with a heated box simulating indoor conditions and the opposite side exposed to natural outdoor conditions. It maintains the heat-box temperature at least 8 K above the outdoor temperature and calculates the coefficient from balanced heat input and recorded data.
The SKZ-10000N uses electric or hydraulic loading for three-point flexural-strength testing of ceramic tiles and other inorganic materials. It tests asbestos sheets, cement materials, and gypsum board, and provides a 10,000 N load with adjustable specimen dimensions and loading rate.
DRX-I-SPB is a high-temperature thermal-conductivity tester for refractory and ceramic-fiber products. It supports configured specimen assemblies with computer-assisted measurement and report output.
DRX-I-SPB is a high-temperature thermal-conductivity tester for refractory and ceramic-fiber products. It supports configured specimen assemblies with computer-assisted measurement and report output.
The instrument tests pressure resistance, sealing performance, and anti-overflow performance of floor drains under GB/T 27710-2011. It uses motorized loading, electronic force measurement, pressure holding, and a single test station.
The WZ1001 tests sanitary-ware and floor-drain flow and the self-cleaning capability of water-seal floor drains. It references GB/T 26712-2011 and GB/T 27710-2011 and uses a pump, flow meter, and automatic water-level control.
The instrument tests the thermal-cycling resistance of sanitary hoses under GB/T 23448-2009. It applies adjustable pressure and constant-flow water at 20 °C and 70 °C for at least 300 cycles.
The Resistance Temperature Characteristic Tester measures the variation in resistance of conductive materials with temperature using electronic and digital control technology. It is used in electronics-material laboratories at colleges and universities for research and demonstrations.
The instrument analyzes electrical conductivity, coefficient of thermal expansion, thermal conductivity, and resistivity in conductive materials. It is intended for physical-property testing of semiconductors, graphite, metals, glass, ceramics, and other nonmetallic materials in research and teaching.
The instrument measures the thermal conductivity of vulcanized and unvulcanized rubber at room temperature using the transient hot-wire method. It is not intended for water-absorbing rubber or rubber containing metal powder and references GB 11205-89.
The MIL-II measures surface tension, contact angle, powder contact angle, and thin-film wetting in liquids, with temperature control and computer-based image analysis. It references GB/T 14216 for plastic-film wetting measurements and includes manual or automatic injection and lifting options.
The DRX-I-EX uses the calibrated hot-box method and one-dimensional steady-state heat transfer to measure the heat-transfer performance, thermal resistance, and thermal conductivity of building-component specimens. It references GB 13475-1992 and uses controlled hot and cold boxes, temperature and surface measurements, and metering-box power.
XM-4 is a four-station planetary ball mill for laboratory grinding with digital timer control. It is intended for ceramic, glass, cement, metallic, chemical, and pharmaceutical materials, with a 200 g capacity per jar.
The SC vacuum clay kneading machine prepares ceramic clay for bricks, domestic porcelain, industrial ceramics, and extruded ceramic components. It performs crushing, shearing, mixing, conveying, and extrusion under vacuum for clay with a moisture content of 18.5–22%.
The SX2 series is a batch-operated box resistance furnace with an intelligent controller for chemical analysis, physical measurement, and heat treatment of small steel parts. It provides PID control and 30- or 50-segment programmed heating with selectable chamber sizes and rated temperatures.
UKW-500 is a resistance-heated sintering furnace for laboratory and industrial thermal processing. This listing is a configuration overview; obtain a verified model-specific datasheet before selecting its process temperature, chamber dimensions, load capacity, electrical supply, exhaust system, or door arrangement.
The STD-A measures dielectric loss tangent (tanδ), dielectric constant (ε), inductance, capacitance, and Q-value using a high-frequency resonance method with multi-range impedance measurement, with reference to GB/T 5594.4-1985. It is intended for electrical ceramics, device ceramics, capacitor ceramics, composite materials, and other inorganic nonmetallic materials in research, teaching, and industrial laboratories.