172 results
The DRX-I-PB（PC） measures the thermal conductivity of plastics, glass, fibers, and foams by the guarded hot plate method. It is intended for material-testing, research, quality-control, and higher-education laboratories and can be configured with water-bath or DRX-I-PC heating and optional thermal-resistance or heat-flow-meter setups.
The DIL0806 material dilatometer uses computer control, intelligent PID regulation, and a modular design to measure displacement and temperature for carbon fibers, metal alloys, glass, ceramics, refractories, and polymer composites. The configurable system offers vertical or horizontal structures, multiple furnaces and specimen supports, vacuum or gas environments, and computer data acquisition.
CHY-II-17/16 is a refractoriness-under-load (RUL) test system for ceramic refractory and graphite materials at elevated temperature under load. Differential and non-differential test configurations are available, with references to YB/T 370, GB/T 5989, and ISO 1893:1989.
The PZY-III-1000 measures the coefficient of thermal expansion of glass with a vertical single- or dual-pushrod configuration. It provides automated measurement, data output, experiment archiving and retrieval, and accommodates solid or powdered specimens in quartz holders.
The MD-II measures the density of glass and other nonporous solids from 1.1 to 3.3 g/cm³ by the buoyancy comparison method. It also measures the apparent density of ceramics and solids with known porosity for glass-production control and solid-material research.
The GHC-II-10 Mid-Temperature Specific Heat Capacity Tester uses the method of mixtures and computer measurement to determine the specific heat capacity of solid materials at 100–800 °C. It is intended for specific-heat-capacity testing in research and teaching under GJB 330A-2000.
The KXT4742 tests the durability of sanitary ceramic toilet seats and covers by applying load with a compressed-air cylinder piston. It performs opening/closing, slow-fall, strong-pressure, impact, swing, and static-load tests under the cited toilet-seat and cover standards.
The DIL-SG series measures thermal expansion of refractory, ceramic, glass, graphite, polymer, and metal-alloy specimens with a horizontal dual-tube dilatometer. It provides programmable heating, computer control, and simultaneous or comparative testing under GB/T 32158-2015 and GB/T 3074.4 specimen-preparation requirements.
The DF1004 tests water-seal stability of water-seal floor drains by applying and holding a controlled vacuum. It references GB/T 27710-2011 and provides vacuum display, setpoint control, pressure holding, and a single test station.
The DIL0806A measures dimensional change as a function of temperature or time under a programmed temperature profile and near-zero load. It supports solids, molten metals, powders, coatings, ceramics, polymers, building materials, refractories, and composites and references ASTM E831, ASTM D696, ASTM D3386, and DIN 51045.
The SQ006 tests thermal shock resistance of honeycomb ceramics, refractory products, ceramic tiles, and other non-metallic materials by immersion or non-immersion methods selected according to water absorption. It references GB/T 25994-2010 and GB/T 3810.9-2016 and provides automatic air-cooled operation.
The NDJ-II-14/16 measures molten-material viscosity by the rotary-cylinder method over high-temperature and ambient-temperature conditions. The instrument references YB/T 185-2001 and ASTM D4683-1991 and provides constant-temperature and cooling-curve measurements.
The TXY-300 measures water absorption, apparent porosity, apparent relative density, and bulk density of ceramic specimens by a vacuum method. The instrument references GB/T 3299-2011, GB/T 3810.3-2016, and ISO 10545-3 for daily-use, sanitary, electrical, refractory, and other ceramic products.
The PZY-III-10/14/17 vertical dilatometer measures the coefficient of thermal expansion of non-metallic materials, graphite, ceramics, rubber, plastics, and composite materials at selected temperatures. Its vertical configuration accommodates large specimens and provides digital or dial displacement display, automated temperature and displacement control, and linear-expansion analysis.
The PZY-III-1000 push-rod dilatometer measures displacement and temperature to determine the linear coefficient of thermal expansion of pharmaceutical glass containers. It supports sodium-calcium glass oral-liquid bottles and glass ampoules, with reference to YBB 00202003-2015.
The instrument uses the expansion method to measure the coefficient of thermal expansion and critical transformation temperatures and to analyze phase transformations in metals, ceramics, refractories, and other solid materials. It is intended for evaluating metals, ceramics, glazes, and inorganic products in factory, research, and teaching laboratories.
The GKZ-II-16 measures the flexural strength of materials at high and ambient temperatures using automated constant-stress loading. It uses sagger carbon protection for carbon-containing materials and supports controlled-atmosphere testing with references to GB/T 3002, GB/T 13243, ISO 5013, and ISO 5014.
The SQ005B measures thermal shock resistance and thermal-shock durability of glass containers under controlled hot- and cold-bath conditions. It is intended for bottles, jars, beer bottles, glassware, and infusion bottles under GB/T 4547-2007.
The instrument automatically determines the softening point of glass fiber by tracking fiber elongation with a grating or laser displacement sensor during programmed heating. It references GB/T 28195-2011 and ASTM C338 and provides S-type thermocouple control, computer data acquisition, and report output.
The instrument measures the coefficient of thermal expansion of glass with a vertical double-tube dilatometer. It provides selectable furnace temperatures to 1,000 °C, 1,400 °C, or 1,600 °C, settable heating rates of 0.1–20 K/min, computer recording, and single- or double-pushrod configurations.
The JRWS measures concrete specific heat capacity, thermal conductivity, thermal diffusivity, linear expansion, and volumetric change. It is used by educational, research, and testing institutions and in concrete construction under GB/T 50081-2019, JG/T 329-2011, DL/T 5150-2001, and SL 352-2006.
The GFT-1600 monitors wetting and contact-angle changes as metals, inorganic compounds, and mixtures are heated through sintering, softening, melting, and liquefaction. It uses transmission projection, computer image acquisition, and controlled heating from room temperature to 1,700 °C.
The TCS-II tests flush performance of sanitary ceramic ware and flush valves with a variable-frequency constant-pressure water-supply system. It references GB/T 26750-2011, GB 6952-2015, and JC/T 931-2003 and records pressure, flow, time, flush curves, and test media results.
The DRX-II-JG series is a laser flash analyzer that determines thermal diffusivity from the rear-face temperature response to an energy pulse and can determine specific heat capacity by comparison with a reference of known specific heat capacity. Interchangeable furnace and specimen-fixture configurations support solid, liquid, melt, slag, powder, and film specimens; thermal conductivity is calculated from thermal diffusivity, density, and specific heat capacity.
The HXF-100A evaluates the chemical resistance classification of ceramic tiles under GB/T 3810.13 and ISO 10545-13. It provides ammonium chloride solution, controlled drying and rinsing equipment, specimen preparation, weighing, and a stated 17-day test cycle.
The TSX-300 measures the permeability coefficient of pervious concrete pavement bricks by simulating water flow from light rainfall to torrential rain. The instrument references GB/T 25993-2023 and identifies construction-material testing as the application.
GHR2000 is a fresh-concrete and mortar rheometer for torque-based characterization of fresh mixtures. It accepts aggregate below 25 mm and concrete with a slump of at least 50 mm; slump above 75 mm is preferred for effective testing.
The DZY-1800 measures dimensions and shape characteristics of large-format ceramic panels, including center curvature, edge curvature, and flatness. It references GB/T 39156-2020, GB/T 3810.2-2016, and ISO 10545-2 and uses automatic laser measurement and computer reporting.
The DBR-06D measures the specific heat of concrete specimens by the adiabatic method under computer monitoring. It references SL 136-2017, SL 352-2006, DL/T 5150-2001, and DL/T 5362Z-2006 and provides controlled heating, stirring, and automated reporting.
The instrument measures thermal conductivity and thermal resistance by a heat-flow-meter method across low- and high-conductivity ranges. It supports ceramics, glass, refractories, polymers, plastics, rubber, resins, insulation, and other materials with automatic pressure and thickness measurement.