Heat Technology Dept.|Drying furnace/Firing furnace for Dye-Sensitised Solar Cell Noritake Co.,Ltd.

HOME > Products > Solar Cell Production System >Drying furnace/Firing furnace for DSC

Drying Furnace/Firing Furnace for DSC

E-mail: heat@n.noritake.co.jp

For improvement in performance of DSC (Dye-Sensitised Solar Cell), high-precision heating is indispensable!

For heat treatment of paste, sintering of TiO2

- High-precision temperature control

- Uniform in-plane heating

- Clean heating

Drying furnace/Firing furnace for film

Continuous Process

Continuous drying process is possible by Roll to Roll method.

Highly-efficient/Uniform heating by the penetration of far-infrared ray

Efficiently drying paste by far-infrared heater of our original development

* Comparison of heating (Temperature distribution and condition in the early stages of drying)

Comparison of heating	R.T.- 500°C
Temperature precision	+/-5°C (at 400°C)
Material	Polyimide film, SUS foil, etc
Size	Width: 250 - 600mm, Thickness: 6 - 500μm
Conveyance method	Continuous process by Roll to Roll method

* We offer a system including winding machine

Firing furnace for glass

Continuous Process

Continuous drying process is possible by Roller Hearth method.

Highly-efficient/Uniform heating

Furnace temperature: R.T.- 600°C

Temperature precision: +/- 5°C (at 500°C)

Control of Air Supply/Exhaust

Efficiently discharging binder by original air supply/exhaust flow.

Temperature	R.T.- 600°C
Temperature precision	+/- 5°C (at 500°C)
Material	Glass, etc.
Size	300×300 - 1200×1200 mm * It also corresponds to small substrate by plate conveyance
Conveyance method	Continuous process by Roller conveyance

* Besides above furnace, we also provide special atmosphere furnace and batch kiln, etc.

* We have various demonstration equipment for test. Please feel free to contact us.

HOME > Products > Solar Cell Production System >Drying furnace/Firing furnace for DSC
	Page TOP

Copyright (c) 2004-2005 Noritake Co.,Limited All Rights Reserved.

	Noritake Co., Limited Engineering Group Heat Technology Dept. 3-1-36 Noritake-shinmachi, Nishi-ku, Nagoya, 451-8501 Japan