Electric Furnace
Hot press/vacuum furnace/vertical furnace/high frequency furnace
Pusher Type Furnace
Designed for ceramic electronic materials and high-temperature sintering, enabling stable pusher-based transport and layered production under controlled and reducing atmospheres.
Elevator Type Furnace
Enhancement of work performance with up – down driving for elevator type / forming uniform distribution of temperature by heating 4 sides of heater
Powder Metallurgy Sintering
A continuous sintering equipment where ceramic plates are placed on carbon trays and loaded with iron-based/SUS-based powder compacts, then heated at high temperatures using H2 gas.
Powder Metallurgy Sintering
A continuous sintering equipment where ceramic plates are placed on carbon trays and loaded with iron-based/SUS-based powder compacts, then heated at high temperatures using H2 gas.
Powder Metallurgy Sintering
A continuous sintering equipment where ceramic plates are placed on carbon trays and loaded with iron-based/SUS-based powder compacts, then heated at high temperatures using H2 gas.
Powder Metallurgy Sintering
A continuous sintering equipment where ceramic plates are placed on carbon trays and loaded with iron-based/SUS-based powder compacts, then heated at high temperatures using H2 gas.
Powder Metallurgy Sintering
A continuous sintering equipment where ceramic plates are placed on carbon trays and loaded with iron-based/SUS-based powder compacts, then heated at high temperatures using H2 gas.
Electric Furnace
Hot press/vacuum furnace/vertical furnace/high frequency furnace
Pusher Type Furnace
Designed for ceramic electronic materials and high-temperature sintering, enabling stable pusher-based transport and layered production under controlled and reducing atmospheres.
Elevator Type Furnace
Enhancement of work performance with up – down driving for elevator type / forming uniform distribution of temperature by heating 4 sides of heater
Powder Metallurgy Sintering
A continuous sintering equipment where ceramic plates are placed on carbon trays and loaded with iron-based/SUS-based powder compacts, then heated at high temperatures using H2 gas.
Mesh belt type Furnace
A system where products are loaded onto a belt and continuously passed through the electric furnace. Equipped with a muffle to allow for various atmospheric conditions via an IN/OUT device.
Strip Belt Type Dryer
Equipment designed to dry high-moisture CNT pellets by transporting them on an SUS strip belt. The hot zone is divided into six main sections, with independent temperature and airflow control for each zone.
Electric jacket heater
A vertical fluidized bed furnace for reacting CNTs. Featuring a jacket design surrounding the reactor, the hot zone is divided into 8–10 sections, with independent control for each zone.