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CNT paste drying Field emission test
Special Features
Rapid heating system equipped with halogen lamps (Max. Temp. 800oC on request).
Basic process recipes suggested on customer request.
Ramp rate is precisely controlled by PLC(local area control with 10 controllers).
Heated area: 600x500 (mm3)
Vacuum sealing of display module is
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Display materials purification
differential evaporation of organic materials
Special Features
Vacuum furnace with four heating zones
Easily movable on rails
Quartz tube conveniently exchangeable
Plug system movable in x, y, z direction
Process range : 400 ~ 900°C
Operated by PLC touch screen
Average throughput : Up to 30,000 wafers
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inorganic materials sintering
Special Features
Conventional graphite heater.
Operated by PLC.
Specifications
Process range : 1,000 ~ 1,600°C
Capacity : 1000 × 3t x 10phi pellet
Average throughput : 2,400,000 pcs per year
Dimension : 1,500L × 2,000H × 1,100W (mm3)
Power : 380V, 150A, 3phase
Heater : graphite(heating rate:
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Wafer bump reflow and SMD soldering
Photo sensitive materials curing
Rapid thermal annealing and alloying
Package lid sealing
Special Features
Soldering and rapid thermal annealing under vacuum.
High heating rate using halogen lamp(Max. Temp. 800oC on request).
Process recipes based on customer equest.
Automatically controlled by
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Multicrystalline Si ingot for solar cell
Special Features
Silicon melting and ingot growing system for solar cell applications.
Lab scale of ingot growing (50kg/batch).
Highly efficient and rapid heating.
Automatic PC control system with user-friendly interface.
Specifications
Vacuum chamber : Chamber body : 880phi x 1,200H
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Dci HEAT TREATMENT carries out various heat treatment processes like carburizing, quenching/tempering, hardening, annealing, solution, and gas nitriding for the nuclear plant parts, mold steel, backup roll, marine engines, wind power main shaft, taw(pitch) bearings, large gears, pinions, etc. based on 1 utility model and 2 patents. In particular,
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This is a surface hardening technique by melting-salt deposition developed from JAPAN TOYOTAs institute.
This method produces a carbide on the surface of hardness through deposition of high temperature melting-salt. mold and zig for press mold and zig for extruder and drawing mold for metal pattern and forging making shape of the powder, rubber