Trading company and manufacturer "functionally integrated company"
Trading company and manufacturer "functionally integrated company"
Trading company and manufacturer "functionally integrated company"
Equipment Overview Highly efficient degreasing using superheated steam Proposal of binder removal method The typical degreasing process in the manufacturing process of ceramics requires a slow temperature rise and fall and a long heating time. Therefore, a large amount of energy is consumed in this degreasing process. The use of superheated steam suppresses the rapid […]
Superheated steam experimental furnace *Patented read more »
Equipment Overview This single-cell fuel cell evaluation system is ideal for research and development of fuel cells that contribute to the global environment in the 21st century. The system was developed from a researcher’s standpoint with emphasis on ease of operation, and with emphasis on “prevention of damage by thinning the cell” and “equalization of
Fuel Cell Power Generation Evaluation Equipment read more »
Equipment Overview This device measures the conductivity of electrolyte materials used in fixed oxide fuel cells (SOFC). Specifications Model FD-1030 Max. temperature 1050°C Normal temperature 1000°C Heating chamber dimensions 100mm dia. x 300mm dia. Quartz core tube 50mm dia. x 650mm L Atmosphere N2, Ar, O2, H2, Ar+O2, humidified These specifications are subject to
Conductivity measurement device read more »
Equipment Overview This system is used to search for media related to fuel reforming reactions, steam reforming reactions, partial oxidation reactions, and autothermal reactions. It is ideal for the evaluation of various catalysts. The system can be customized to meet the conditions of evaluation tests. Specifications Model FR-620 Max. temperature 1050°C Normal temperature 1000°C
Catalyst evaluation equipment read more »
Equipment Overview This system is designed for corrosion testing of high-efficiency gas turbines, alloys, and oxides in a high-temperature steam pressurized atmosphere for the purpose of environmental characterization and durability testing. A high-temperature electric furnace is housed in a pressure chamber, and an air compressor is used as a pressure source to introduce a constant
Equipment Overview This system conforms to JIS-R3103-1 “Glass softening point test method” (ISO 7884-6:1987, ASTM C338). The principle of measurement, preparation of samples, etc. are inherited from JIS, and direct reading is automated. The measurement program is operated on a PC, and the softening point measurement results can be confirmed on the PC. forte Measurement
Automatic Glass Softening Point Analyzer GM Series read more »
Equipment Overview This equipment complies with JIS-R3103-2 “Strain Point Test Method for Glass” and JIS-R3103-1 “Softening Point Test Method for Glass”, and automates each of them. Based on the glass softening point automatic measuring device and the glass slow cooling point/strain point automatic measuring device, the power supply and temperature controller are shared as one
Automatic Glass Softening Point/Strain Point Measuring System GM Series read more »
Equipment Overview This is a device for measuring the viscosity of glass in the strain point and slow cooling point regions, and complies with ISO 7884/4 and 7884/7 by employing the beam bending method, which is specified in the JIS standard “JIS R-3103-2, Method for measuring slow cooling point and strain point by fiber stretching
Beam bending type strain point and slow cooling point measurement system GM series read more »
Equipment Overview In the conventional annual measurement in the range of 103 to 1011Poise ( 102 to 1010Pa.s), three different types of equipment had to be used because the measurement principle and measurement systems were spread over three different systems. In addition, it was troublesome to combine the results of each measurement in order to
Wide Range Viscometer GM Series read more »
Equipment Overview Generally called an inner cylinder rotational viscometer, this device measures viscosity by rotating the inner cylinder in the molten liquid of a container that serves as the outer cylinder and measuring the torque generated. forte This system uses the highly stable VT-550 (manufactured by Haake, Germany) for automatic measurement, data processing, and other
Rotational High Temperature Viscometer GM Series read more »
Equipment Overview Several years have passed since we changed the measurement system of the sphere pull-up type viscosity measurement from the weighted deformation of a viscosity balance to the speeded deformation of a balance with a sphere suspended (patent published in March 1993), and this method is now generally accepted. The sphere pull-up type high-temperature
Ball Pull-Up High Temperature Viscometer GM Series read more »
Equipment Overview This device solves the drawbacks of the conventional ball lifting method, such as troublesome balance operation and individual differences in measurement results. Using an electronic balance (load cell load cell), the balance body is raised and lowered at a constant speed, and viscosity is determined by measuring the viscous resistance applied to the
Ball Pull-Up Viscometer GM Series read more »
Equipment Overview In conventional viscosity measurement, measurement in the range of 104Pas ( 105Poise ) is difficult with the rotary method, and preparation of samples was not easy with the softening point measurement method according to JIS-R3103-1. This device continuously measures 103 to 108 Pa.s ( 104 to 109 Poise) using the parallel plate measurement
Glass Parallel Plate Viscometer GM Series read more »
Equipment Overview A rotating cylinder viscometer is used to measure the low viscosity range of glass. In this method, a cylinder is immersed in a molten sample and the viscosity is determined by measuring the torque generated by rotating the inner or outer cylinder. In this case, a certain amount of sample is required, and
High Temperature Glass Parallel Plate Rotational Viscometer GM Series read more »