172 results
The JRWS-06A-50L tester measures the adiabatic temperature-rise curve of concrete with computer-controlled temperature tracking and PID regulation. It references GB/T 50080-2016 and related hydraulic-concrete and hydraulic-asphalt-concrete testing procedures.
The instrument measures the internal pressure resistance of glass bottles and containers using pass, increasing-pressure, and destructive test modes. It is intended for glass bottles, infusion bottles, and wine bottles under GB/T 4546-2008 and ISO 7458:1989.
The BML-II measures glass surface tension in the softening-temperature range by the fiber-shrinkage method. It suspends a glass fiber in a controlled tubular furnace and calculates surface tension from the equilibrium between the softened neck and the lower fiber weight.
DRH300 is a heat flow meter (HFM) for determining thermal conductivity and thermal resistance of insulation boards and other solid materials, using one heat-flow sensor on each plate. It covers 0.005–2.0 W/(m·K) thermal conductivity and 0.1–8.0 m²·K/W thermal resistance, with computer-controlled testing and reference to ASTM C518, ISO 8301, and GB/T 10295.
DRX-II-300A is a guarded hot plate analyzer that measures the thermal conductivity of solid insulation and construction materials by the guarded hot plate method. It is configured for board, fiber, foam, composite-panel, rubber, cement, powder, filler, and gypsum-board specimens, with a hot-plate setpoint from room temperature to 110 °C.
The PCY-III-1200 measures the thermal expansion coefficient of glass and other solid or powdered materials during heat treatment. It operates from room temperature to 1,200 °C with programmable heating, computer parameter control, and quartz specimen support.
The DPK-500N/1,000N/2,000N applies motorized constant-rate loading to measure modulus of rupture, breaking strength, flexural strength, and compressive strength of ceramic and related products. It references GB/T 3810.4-2016 and EN ISO 10545-4 and provides selectable maximum loads.
FTA-II is a video system for measuring contact angle, surface and interfacial tension, wettability, adsorption, surface energy, and related liquid-drop behavior. It provides real-time image capture, event-triggered analysis, and automatic, semi-automatic, or manual image analysis for industrial and academic measurements.
The DMY measures the static friction coefficient of ceramic tiles by the static-slider method with microcomputer force control. It is intended for ceramic floor tiles under GB/T 4100-2006.
The DHC-II automatically measures the specific heat capacity of solid materials at different temperatures by the adiabatic method. It is designed for particle and powder specimens over −40 to 100 °C in accordance with GJB 330A-2000.
The instrument measures length change and calculates the average coefficient of thermal expansion of polymers, composites, and some metals over a controlled temperature range. It references GB 1036-2008 and ASTM D696 and provides computer interface, quartz components, and automatic data handling.
The CHT-II assesses the load resistance of sanitary ceramic products by applying adjustable loads with a pneumatic cylinder and piston. It is designed with reference to GB/T 6952-2005 (Sanitary ceramics) and GB 26730-2011 (Gravity-flush devices and sanitary-ware frames).
The DH-2000 evaluates slip resistance of stair treads, escalator and moving-walkway surfaces, comb-support plates, and floor plates using an adjustable inclined platform. It references JC/T 1050-2007 and uses controlled water flow during the type test.
The instrument tests crazing resistance of sanitary ceramic ware using controlled hot- and cold-water baths. It references GB/T 6952-2015 and provides nickel-chromium heating, compressor cooling, circulation, automatic temperature control, and automatic stop at test completion.
The BZS-II tests siphon action, water hammer, flow, and sealing of gravity flush devices for sanitary ceramic ware and toilets. It references GB/T 26730-2011, ASSE 1002-2018, EN 14142-2018, EN 14055-2018, AS 172.2-2018, and ASME A112.18.1-2018.
The instrument tests hot-and-cold shock resistance of sanitary ceramic ware with touchscreen automatic control. It is specified for AS 3588-1996, EN 14688-2015, EN 14516-2006, and EN 13310-2015 and provides separate controlled cold- and hot-water circuits.
The XRC-II uses the thermal-pulse method to calculate thermal conductivity of homogeneous plates, gels, powders, and granular materials under dry or moisture-conditioned states. It provides embedded or control-PC operation and report output.
The GZL-B tests refractory resistance to erosion by molten dynamic slag at high temperature using method 3 of GB/T 8931-2007, the rotating-specimen gas-flow method. It is a vertical atmosphere furnace with air or protective-gas melting and four rotating suspended specimens.
The QM-3 determines the Bond grinding work index of cement raw materials and mixtures by grinding material to equilibrium and calculating product generated per mill revolution. It also performs fine grinding of small batches for ceramic and chemical laboratory or production use.
The instrument uses two symmetrically arranged heat flow meters and the heat flow meter method (HFM) to measure thermal conductivity and thermal resistance of plate-shaped materials. It is intended for insulation materials, clay, sand, ceramics, and plastics, with reference to ASTM C518, ISO 8301, and GB/T 10295.
The DRX-I-RX uses hot-wire testing in cross and parallel configurations to measure thermal conductivity of shaped insulating refractory products, powders, and nonmetallic solids, and can be configured for specific heat capacity measurement. The instrument references GB 5990-86, GB/T 10297-1998, and GB/T 17106-1997; selectable maximum temperatures are 1,000 °C, 1,400 °C, and 1,600 °C.
DRH-300 is a dual guarded hot plate thermal-conductivity tester for plate-shaped plastics, fibers, foams, insulation, and refractories. With an optional specimen frame, it can also test powder and paste materials under computer control.
The GHC-II uses the method of mixtures to measure the specific heat capacity of solid specimens at set temperatures, with computer acquisition of specimen and calorimeter temperature changes. It is intended for specific-heat-capacity testing of solid materials in research and teaching laboratories.
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.