Trading company and manufacturer "functionally integrated company"
Trading company and manufacturer "functionally integrated company"
Trading company and manufacturer "functionally integrated company"
Equipment Overview The furnace is placed in a large atmosphere chamber, and the bottom of the furnace is mounted on a special trolley for easy loading and unloading of specimens. The temperature is controlled by a programmable temperature controller and gas is automatically introduced by a time signal function, and humidifying gas can also be […]
Bogie-type atmosphere furnace read more »
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 is an electric furnace with a condenser heating system that allows rapid heating and cooling of samples at ultra-high temperatures with simple operation, as well as high-temperature observation in a vacuum, gas atmosphere, or air. forte option Temperature Control Unit Main applications High-Speed Heat Treatment High-speed heat treatment, thermal cycling, and thermal
Super Image Furnace SVF-QP Series read more »
Equipment Overview This LPE (Liquid, Phase, Epitaxial) thin film crystal manufacturing equipment boasts a delivery record of more than 100 units in Japan. It is composed of a high-precision vertical tube furnace, a rotary elevating drive shaft, and a control unit with excellent temperature control accuracy, enabling highly efficient thin film crystal production. forte option
Thin film crystal production equipment LPE furnace read more »
Equipment Overview This temperature gradient furnace (Labotta) is an electric furnace that can provide a constant temperature gradient in the temperature range of 500 to 1000°C (700 to 1200°C) by controlling the temperature in six circuits in the furnace length direction. By heating platinum sample plates in the furnace by arranging the samples along the
Temperature gradient furnace LABOTTA read more »
The electric furnaces listed above are made-to-order products.
Electric Furnace Fabrication Examples 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 electric furnace is capable of providing a constant temperature gradient in the range of 500 to 1000°C (700 to 1200°C) by controlling the temperature inside the furnace through six temperature circuits in the longitudinal direction. The platinum sample plates inside the furnace are heated by arranging samples in two rows in the
Temperature Gradient Furnace (Glass Permeability Furnace) GM-N16 Series read more »