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Aluminum Paste is made from a solvent or water and aluminum pigments that have been milled to change the shapes and sizes of the particles so that they have aesthetic properties.
Paints like roof coatings, marine coatings, protective coatings, anti-corrosion coatings, decorative coatings, and industrial coatings all make extensive use of aluminum pigment pastes. The characteristics of the aluminum flakes vary depending on the lubricant used in the milling process.
Aluminum pigment and a liquid make up aluminum paste. This can take the form of a slurry or a more concentrated semi-solid dust.
The liquid portion of the aluminum paste content can be used with water or chemical organic solvents. The Paste is frequently referred to as either a slurry or a pigment slurry.
Depending on the application, this is made by ball milling aluminum foil or powder in a solvent containing white spirits and lubricant.
Leafing is the phenomenon in which evaporating solvent causes aluminum flakes to condense and float to the surface of the coated paint film.
From the perspective of the vehicle, the aluminum flake floats higher the greater the vehicle’s specific gravity and the solvent’s evaporation speed.
The Global Aluminum paste market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
Targray Technology has selected Intersolar Europe as the platform for the launch of its new aluminum pastes, the M7 range, intended for locally contacted and passivated solar cells on the rear side.
The paste is intended for use on passivated surfaces in monocrystalline and multicrystalline silicon solar cells and is compatible with PERC- and PERL-based manufacturing technologies.
Giga Solar Materials Corporation created the paste with the intention of improving adhesive properties and boosting cell efficiency. Targray will display its new paste at booth 288 in Hall A5.
Compared to our previous EFX-series pastes, the new optimized paste content has up to 17% higher local contact efficiency and does not harm a passivation layer.
There is a gain of up to 1% in overall cell efficiency as a result. In addition, the new product maintains the aluminum layer’s high conductivity while consuming 30% less energy than the market average.
The EFX-9X series is a cutting-edge method for producing a dot laser pattern that provides our clients with superior PERC solar cell performance.
