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Far infrared annealing furnace-Far infrared annealing furnace
Far infrared annealing furnace-Futaba Science Co., Ltd.

Far infrared annealing furnace
Futaba Science Co., Ltd.

Futaba Science Co., Ltd.'s Response Status

Response Rate

100.0%

Response Time

164.8hours


About This Product

The most efficient annealing process is possible using a far-infrared heater that has a proven track record in heating polymeric materials, and a unique irradiation mechanism developed through many years of research and development.

■Anil and far infrared rays

Molded plastic products have the property that the molecules of the material themselves absorb infrared rays. The absorption characteristics are concentrated in a part of the short wavelength near-infrared region (≒3.5-4μ) and mostly in the long-wavelength region of the far-infrared region (≈5.5-15μ). The far-infrared annealing method selectively irradiates the peak wavelength in this region to activate the molecular motion (vibration, amplitude) of the molded product itself.

■Features

・Short processing time approximately 1/5 to 1/40 of conventional batch processing ・Conveyor system allows for uniform irradiation ・Stability of quality/improvement of yield possible

■Recommended industries: Main uses

・Automotive: Annealing of resin molded products ・Precision equipment/electronic parts: Annealing of LCP film/PET film/ITO film, etc. ・Resin/Rubber: Annealing of injection/extrusion molded products (polycarbonate/POM, etc.)

■What is annealing?

For resin materials, heat treatment that softens the structure and improves malleability is called annealing. During the plastic molding process, when expanded resin is press-fitted into a mold and rapidly cooled, molecular orientation distortion, residual distortion, molding shrinkage, post-shrinkage, etc. occur. Molded products that require mechanical strength, chemical resistance, and dimensional stability require secondary heating to deal with various phenomena.

■Drying/hardening

The fields of application of conductive paste are expanding, including the formation of electrode wiring for solar panels, coating and printing of energy materials for thin-film secondary batteries, and electronic components for mobile terminals such as smartphones and tablets, with particular emphasis on printing. "Printed electronics" using technology is attracting attention. For example, conductivity can be achieved by printing conductive silver paste on PET film and applying heat. Far infrared rays are effective for drying and curing at that time.

  • Product

    Far infrared annealing furnace

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1 Models of Far infrared annealing furnace

Image Part Number Price (excluding tax)
Far infrared annealing furnace-Part Number-Far infrared annealing furnace

Far infrared annealing furnace

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About Company Handling This Product

Response Rate

100.0%


Response Time

164.8hrs

  • Japan

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