motoyama

Oxidizing Atmosphere Ultra High Temperature Electric Furnace KB/KL Series

Ultra-fast heating electric furnace 'KL-2030D

Equipment Overview The KL/KB series of small electric furnaces are super high-temperature electric furnaces with lanthanum chromite Keramax unit heaters as heating elements. Two types are available: KL (max. temperature 1900°C) and KB (max. temperature 1800°C). KL uses alumina refractory for insulation, while KB uses alumina board. Both KL and KB are designed to take […]

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Compact vacuum atmosphere furnace HV-13C

Equipment Overview This is a compact electric vacuum furnace that can be easily operated for high-temperature firing in a high vacuum, saving space and energy. This is the best equipment for firing various samples and for various experiments. forte Specifications 　Structure 　Type 　Horizontal, front door, internally heated 　Vacuum tank 　φ230×L290mm Material SUSU304, water-cooled 　Inner dimensions

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Multi-purpose atmosphere firing equipment NHM series

Equipment Overview This is a multi-compatible electric furnace in which a tungsten tube of high-purity alumina is inserted from the back of the atmospheric furnace, and the inside of the tube can be fired in various atmospheres. Atmosphere, humidification, vacuum, pressurization, degreasing, various atmospheres, oxygen concentration control, etc. are available. Special Specifications Vacuum and pressure

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Atmosphere type electric furnace NKM-2030D

Equipment Overview No cooling water required!　Energy saving!　Resource saving!　High reliability! Applicable for stable sample preparation and research in the firing process of rechargeable battery materials. Combining an energy-saving electric furnace and a metal muffle case, this electric furnace can easily perform atmosphere firing up to 1000°C without cooling water, and can be easily used for research

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Demountable muffle furnace MBA series

Equipment Overview A removable muffle case is incorporated in a box-type electric furnace, and specimens can be fired in various atmospheres inside the case. 310S stainless steel muffle case is used for robustness and long life. forte option Demountable Muffle Furnace Specifications 　Model MBA-2040D MBA-2550E MBA-3060F MBA-4080H 　Inner dimensions of furnace W×H×D mm 200×200×400 250×250×500

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Bogie-type atmosphere furnace

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

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Hot Air Circulation Type (Atmospheric Pressure) Degreasing Furnace DC Series

Equipment Overview This equipment is used to remove binders (solidifying agents) from ceramic molding materials and injection-sintered metals. It is an atmospheric pressure degreasing furnace capable of removing binder at temperatures as high as 600°C while minimizing the occurrence of defects such as cracks and fissures. In addition, a function that allows the furnace to

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Box type electric furnace (Box furnace)

Equipment Overview This box-type electric furnace is mainly used for melting and heat treatment of metals, quenching of tools, and sintering of glass. Various variations are available to meet customers’ needs in terms of temperature range, furnace interior dimensions, etc. variation Furnace interior dimensions WxHxD 100x100x200 to 900x600x1500 mm Max. temperature 1000°C to 1600°C (production

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Crucible-Type Electric Furnace (Crucible Furnace)

Equipment Overview An orthodox crucible type electric furnace with various variations depending on the application and operating temperature. Crucible type electric furnaces have high thermal efficiency and are widely used for various heat treatment processes in addition to heating crucibles for melting. There are two types of shapes: cylindrical and square. variation Cylindrical type Inner

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Super Image Furnace SVF-QP Series

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

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Experimental carbonizing furnace

Equipment Overview This equipment is a small furnace that can be operated continuously at 1000°C. A metal case (muffle case) is attached to the furnace, and inert gas is introduced to carbonize and sinter wood and other materials in a non-oxidized state. Moisture, products, dry distillate, etc. generated during the process are collected in a

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Ultra High Temperature Atmosphere Electric Furnace MTG Series

Equipment Overview The MTG series of ultra-high temperature atmosphere electric furnaces are carbon resistance furnaces using graphite as the heating element. The maximum operating temperature of 2300°C can be easily obtained, and depending on the furnace structure, a maximum temperature of 3000°C can also be achieved. Normally, the furnace atmosphere is inert gas such as

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Temperature gradient furnace LABOTTA

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

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Batch Type Small Rotary Kiln

Equipment Overview The rotary kiln is an electric furnace with a core tube penetrating inside a tubular furnace, which is supported at both ends and rotated to efficiently heat samples. By rotating the core tube, the rotary kiln can achieve uniform firing of samples, shortening the firing time, reducing power consumption, and simplifying the work

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Roller Hearth Kiln

Equipment Overview The system consists of an inlet gas displacement section, preheating section, heating section, slow cooling section, cooling section, and outlet gas displacement section. Specimens are transported by high-precision controlled roller conveyors, and ceramic rollers are used in the high-temperature zone. Silicon carbide (SiC) heating elements and high-purity alumina board insulation are incorporated in

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Pusher type atmosphere furnace

Equipment Overview This system is a pusher type atmosphere type electric furnace. It consists of a furnace body, a temperature control panel, and a fully automatic transfer device. Depending on the firing conditions of the sample, the furnace can be used in a wide range of temperatures and atmospheres from air to various gaseous atmospheres.

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Conveyor type atmosphere furnace

Equipment Overview This system is a mesh belt conveyor type atmosphere type electric furnace. The heating element uses a unit heater that combines a metal heating element and alumina board, contributing to thermal efficiency and energy saving. The heating element uses a metal muffle case to accommodate various gas atmospheres. An air insulation layer is

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Mesh belt type continuous furnace

Equipment Overview This system is a continuous electric furnace of the mesh belt transfer type. The heater is embedded in a board made of molded alumina fiber, which improves the insulation effect of the furnace itself and reduces the temperature rise time. The improved thermal response also contributes to energy savings. forte basic structure 　Furnace

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Continuous reduction furnace

Equipment Overview This system is an atmosphere firing furnace, and the gas used is a reduction atmosphere electric furnace using a mixture of hydrogen and nitrogen gases. The heater uses a combination of metal heating elements and ceramic fibers. Side conveyors are provided at the inlet and outlet for automatic insertion and removal. forte 　Furnace

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Continuous annealing furnace

tunnel reactor

Equipment Overview This system is a mesh belt transport annealing furnace. The heater uses a top-to-bottom heating system to provide optimum temperature distribution to the sample. Alumina board is used for insulation to save energy, and air insulation is provided between the insulation and the exterior to keep the exterior wall temperature low. forte Thermal

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Continuous glass melting furnace

Equipment Overview Continuous glass melting furnaces are electric furnaces for the production of new glass. We design and manufacture various types of continuous glass melting furnaces with energy saving and safety in mind, based on our abundant experience and know-how in the past. Continuous Glass Melting Furnace Case Study This equipment is a glass melting

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Reduction and vacuum glass melting furnace

Equipment Overview This equipment combines a “high-temperature atmosphere furnace” and a “gas displacement type glove box apparatus” to melt glass in a reducing atmosphere or vacuum, then remove high-temperature samples, cast them, and prepare samples in a glove box (inert atmosphere) separated from the atmosphere. feature configuration 　 Specifications 　 Furnace Body 　Normal operating temperature

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Large heat treatment furnace （hand lifter + rack)

Equipment Overview Main applications Aging of substrates, heat treatment of glass, heat treatment of glass substrates for solar cells, coating drying forte Equipment Specifications Item Description 　Product name 　Large-scale heat treatment furnace 　Method 　Hot air circulation system 　Temperature range 　RT+40°C to +200°C 　Furnace interior dimensions 　W1600 x H1500 x D1700 mm 　Outside dimensions 　W2500 x

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Double-door incubator

Equipment Overview Main applications Heat treatment of heavy materials, etc. Teflon baking, carbon, moisture drying, drying of paint. forte Max. temperature 150°C Slit for hand lifter is provided at the bottom of the machine. A slit for a hand lifter is provided at the bottom of the machine. Equipment Specifications Item Description 　Product name 　Double-door

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Door up-and-down type heat treatment furnace

Equipment Overview Main applications Mold preheating, moisture drying, baking coating forte Equipment Specifications Item Description 　Product name 　Vertical Door Type Heat Treatment Furnace 　Method 　Hot air circulation method 　Temperature range 　RT+40°C to +400°C 　Inner dimensions of furnace 　W1000 x H1000 x D1400 mm 　Outside dimensions 　W1700×H3600×D2000 mm 　Furnace floor load capacity 　Max 500 kg These

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Drawer tray type aging furnace

Equipment Overview Main applications Solar panels, substrates, lithium batteries, glass for LCDs forte It supports time setting for each tray, time-up display, sample presence/absence display, etc. The trays are small and suitable for aging electronic components. 　 Equipment Specifications （5-Stage Tray Aging Furnace) Item Description 　Item Name 　Drawer tray type aging furnace 　Method 　Hot air

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Low Oxygen Oven

Equipment Overview Main applications Heat treatment and degreasing of products. Prevention of oxidation of metal products, etc. Hardening of resin materials, etc.　Heat treatment of electronic parts, etc. Equipment Specifications Item Description 　Product name 　Hypoxic Oven 　Method 　Hot air circulation method 　Temperature range 　RT+30°C to +300°C 　Inner dimensions of oven 　W1500 x H1500 x D1500 mm

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Heat treatment furnace with fixed ventilation and forced exhaust

Equipment Overview Main applications Capacitor de-moistening, capacitor degreasing, paint drying, heat treatment of rubber, heat treatment of fluorocarbon coatings forte Equipment Specifications Item Description 　Product name 　Furnace with fixed ventilation and forced exhaust 　Method 　Hot air circulation method 　Temperature range 　RT+40°C to +450°C 　Inner dimensions of furnace 　W600×H1000×D800 mm 　Outside dimensions 　W1400 x H2200 x

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High-temperature dryer

Equipment Overview This dryer is designed for heat treatment of specimens that tend to emit gases containing solvents when heated. To facilitate ventilation during heat treatment, the dimensions of the supply and exhaust holes are larger than those of a normal dryer. In combination with an optional deodorizer using a platinum catalyst, it reduces odors

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Waterproof test equipment

Equipment Overview forte Equipment Specifications ( SW-R400D ) sprinklingwatertestWater Spray Test 　Water sprinkling test nozzles R400 oscillating tube (circular arc tube) with 25 nozzlesAmplitude: 60 degrees each front/rear, amplitude speed: approx. 4 sec.Amplitude of 170 degrees for each front and back, Amplitude speed: approx. 12 sec. for each round trip 　Watering time Up to 99

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Conductivity measurement device

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

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Catalyst evaluation equipment

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

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Steam corrosion acceleration test equipment High temperature and high pressure environment test equipment

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

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Temperature Gradient Furnace (Glass Permeability Furnace) GM-N16 Series

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

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Automatic Glass Softening Point/Strain Point Measuring System GM Series

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

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Beam bending type strain point and slow cooling point measurement system GM series

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

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Wide Range Viscometer GM Series

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

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Ball Pull-Up Viscometer GM Series

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

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Glass melting Glossary

Explanation of glass melting terminology

glossary Degassing and degassing Removing materials generated by melting glass materials. Caret Manufacturing The process of melting glass from powder and the process prior to side glass melting. molded product Lens disk plates and other front-end products snack (to have with a drink) Front-end products such as spherical lenses and flat lens disks spinning Threading

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Film peeling apparatus

Equipment Overview This device is used to manually peel off the film of panels supplied by the operator during panel repair work. This enables reuse of panels that were determined to be NG due to air bubbles, dust, or other contaminants at the time of film application. forte Basic Specifications 　Panel size 　24 inches (We

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Continuous annealing system (clean room compatible)

Equipment Overview This system is a hot-air circulation curing furnace with resistance heating for clean rooms. Basic Specifications 　Temperature Range 　Max. 150°C, Normal 120°C 　Temperature distribution 　± 5°C 　Temperature rise time 　Approx. 60 minutes to 120°C (no load) 　Cooling time 　Within 30 seconds from 110°C to 80°C 　Cleanliness (inside furnace) 　Class 100 (with heat-resistant HEPA

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Information on resale items [electric furnace with elevated furnace bottom with 1100°C specifications]

Long delivery time countermeasure product “I want to use it right now” is recommended for those who want to use it right away. Equipment Overview Used furnace bottom lifting type electric furnace with ceramic fiber board and metal heating elements is for sale. Recommended for heat treatment of heavy materials and environments that require precision

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superheated steam unit

Equipment Overview The use of superheated steam suppresses the rapid generation of pyrolysis gases and is highly effective in removing residual individual carbon components. It contributes to time saving, energy saving, and production cost reduction in various industries. forte Superheated steam heating can be programmatically controlled to match the furnace temperature, making it effective for

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Microwave Heating Equipment AMU-RUSH

Equipment Overview This device was developed based on the concept of “easy microwave heating” by focusing on the 2.45 GHz frequency band. The lineup includes a standard 1.5kW model and a powerful 3.0kW model, which can be easily program-controlled. Scalability (including optional support) 0 Gas introduction Gas flow is possible by installing a gas inlet

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