172 results
The SYD applies hydraulic load for compression and flexural testing of concrete, cement, mortar, brick, and related non-metallic specimens. It uses electronic force measurement and provides selectable maximum-load options of 30 kN, 50 kN, 100 kN, 200 kN, and 300 kN; GB/T 3722 is referenced.
The instrument measures electrical resistivity of graphite and carbon specimens using controlled current and voltage. The instrument references ISO 11713-2000, YS/T 63.2-2005, and YS/T 64-1993.
The WDT measures the electrical conductivity and resistivity of carbon materials, graphite blocks, and carbon paper using a regulated voltage/current source with automatic current and voltage display. At room temperature, it is used to determine the resistivity of cathode blocks, prebaked anodes, anode and cathode pastes, and other carbon products with reference to ISO 11713-2000, YS/T 63.2-2005, and YS/T 64-1993.
The Digital Glass Vertical Axis Deviation Tester measures vertical-axis deviation in glass bottles according to GB 8452-2008. It is used for beer, beverage, and pharmaceutical bottles in glass-container quality control.
The instrument measures the base and wall thickness of glass containers and bottles by digital display and encoded sensor measurement. It is specified for beer and beverage bottles, plastic bottles, and pharmaceutical ampoule, oral-liquid, antibiotic, and infusion bottles.
The SWY-I measures internal stress in glass and optical materials by polarized-light interference and quarter-wave compensation, with qualitative and quantitative methods. It references GB/T 4545 and provides automatic display and print output.
The XPD-06D tester measures the linear coefficient of thermal expansion of concrete and can also test asphalt using a differential resistance strain gauge and a constant-temperature water tank. It accepts laboratory-molded specimens and field-drilled cores for engineering quality inspection, teaching, and research.
The GXT glass crystallization test furnace uses the gradient furnace method to determine the crystallization temperature range, upper and lower limits, and degree of crystallization in glass. It is used to test glass, gemstones, and other non-metallic materials in factory, school, and research laboratories.
The DTM-II Dynamic Elastic Modulus Tester determines dynamic elastic modulus from material resonance frequency measured by impact excitation and frequency analysis. It is used for concrete, carbon, glass, brick, plastic, metal, and other nonmetallic materials in construction and related laboratories.
The SJY-I-10/14 glass annealing apparatus determines the annealing temperature of glass using a high-purity alumina-tube resistance furnace. It is intended for glass research and teaching and also supports polarization experiments.
The instrument series rapid box furnace uses new materials and programmable heating, with an adjustable heating rate of 0–100 °C/min. Selectable furnace temperatures are 1,000 °C, 1,400 °C, and 1,600 °C, with listed chamber sizes and an empty-chamber heating time to 1,400 °C of no more than 20 minutes.
SQW-II-14 is a high-temperature materials test system for 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, with normal furnace operation to 1,350 °C and short-term operation to 1,400 °C.
The instrument measures dynamic elastic modulus, resonance frequency, damping, and internal friction using impact excitation and resonance analysis. It is configured for concrete, carbon, plastics, glass, brick, stone, metals, and other construction and engineering materials.
SG-XX-YY is a configurable horizontal tube furnace for vacuum heating and protective-atmosphere heating, with selectable power, tube dimensions, rated temperature, heating elements, and gas systems. It provides programmable heating from room temperature to 1,600 °C, PID control, adjustable gas flow, and multiple vacuum configurations.
The KM rapid grinder is a laboratory sample-preparation device with selectable single-head, double-head, or multiple-head configurations. It accepts grinding quantities of 0.5 kg or 1 kg and allows the grinding time to be set as required.
The SG2 Crucible Resistance Furnace automatically controls crucible heating for melting tests of ceramic, glass, enamel-abrasive, inorganic-pigment, alloy, and composite materials. Selectable crucible capacities are 1,000 mL and 2,000 mL, with selectable maximum temperatures of 1,000 °C, 1,200 °C, 1,350 °C, or 1,600 °C.
DRH300 is a heat-flow-meter (HFM) analyzer using dual heat-flow sensors to measure thermal conductivity of insulation and board-shaped materials. It provides configured temperature control, data acquisition, analysis, and reporting.
UKW-500 is a resistance-heated sintering furnace for laboratory and industrial thermal processing. It is presented as a configuration overview; obtain a verified model-specific datasheet before selecting the temperature range, chamber dimensions, load capacity, electrical supply, exhaust system, or door arrangement.
The LWL asphalt bending beam rheometer measures the flexural creep stiffness or compliance of asphalt binders using the AASHTO T 313-04 bending-beam rheometer method. It is intended for low-temperature testing of unaged binders and binders conditioned by RTFOT (AASHTO T 240) and/or PAV (AASHTO R 28).
The instrument measures dielectric loss tangent (tanδ) and dielectric constant (ε) in electrical ceramics, device ceramics, and capacitor ceramics. It references GB/T 5594.4-1985 and provides frequency, Q-value, inductance, and specimen-dimension measurements for inorganic non-metallic materials research.
SJY-II-14/17 is a high-temperature transmission-imaging analyzer for sintering-point temperature, refractoriness, and surface contact angle. It is used with molding sands, mixtures, refractory materials, ceramic raw materials, and metallic materials.
The instrument measures the linear expansion of aluminum cathode bottom carbon blocks caused by sodium infiltration, in accordance with ISO 15379-1:2004 and YS/T 63.5-2006. The integrated instrument controls displacement and temperature throughout the test and includes an embedded touchscreen with optional desktop-computer connection.