Far infrared camouflage materials
A far-infrared and pigment technology, applied in the field of coatings, can solve problems such as inability to integrate with the environment, changes in emissivity, and poor stealth effects, and achieve the effects of wide adaptability, stable performance, and shortened recognition distance
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[0011] The far-infrared camouflage material of the present invention is formed by mixing emerald green visible light pigments with an emissivity of 0.58, loess visible light pigments with an emissivity of 0.77 and dark green visible light pigments with an emissivity greater than 0.98.
[0012] Its physical and chemical properties are listed in the following table.
[0013] serial number
project
reach target
experiment method
1
Paint film color and appearance
Flat, smooth, standard
Sample and color difference requirements
2
Hardness (pencil), H, ≥
2
GB / T6739
3
Impact resistance, cm
50
GB / T1732
4
Flexibility, mm
2
GB / T1731
5
Adhesion, grade, ≤
1
GB / T9286
6
Gasoline resistance, 480h
Paint film without blistering, peeling, raw
Rust, slightly discolored
...
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