Aluminium Powder is traditionally added to resins to aid in high temp applications such as vacuum forming. It is commonly mixed with Epoxy Resin and Polyurethanes. Aluminium Powder is also used with resins to create a cold cast metal effect. The powder is mixed with the resin and then buffed or sanded once cured, creating an Aluminium finish. These powders give the ultimate metallic leafing finish in resin. Using only a smalll amount into your resin mix you can achieve the most amazing of metal looking finishes. This Aluminium Powder has an average particle size (D50) of 45 microns.
Previous product
Back to products
Surface Tissue
$7.48 (inc. gst)
Next product
Brass Powder
From $51.75
Aluminium Powder
SKU: FI-AP-T
$35.65 (inc. gst)
Related products
Aluminium Granules
From $57.50
Aluminium Granules are commonly used as a filler in resin moulds for vacuum forming and low pressure injection. Imparts high
Hanson Mixer
From $57.50
All purpose mixing blades that attach to a power drill to mix quantities of liquid. This brand mixes with less
Q-Cel 520
From $103.50
Q-Cel 520 is a hollow glass micro-balloon which can be mixed with just about any resin. Q-Cel will make the
Omyacarb 40
From $25.30
Omyacarb is a Medium-ground calcium carbonate filler/extender suitable for most applications where a relatively coarse product is required.
JA7 Alloy Stick
$48.30 (inc. gst)
*** Our website cannot supply custom weights, only per/kg – contact our Henderson store for a specific weight, as the average JA7 stick is between 290-420 grams***
Epoxyglass Clear Coating Epoxy Resin
From $92.00
EPOXYGLASS is a two part ultra clear epoxy coating resin used by professional artists and hobbyists Australia wide. EPOXYGLASS is
JA6 Alloy Stick
$230.00 (inc. gst)
*** Our website cannot supply custom weights, only per/kg – contact our Henderson store for a specific weight, as the average JA6 stick is between 220-310 grams***
Industrial Talc
From $18.40
Industrial Talc is a budget priced filler for reducing cost and exotherm in resins. Also used as a surface tension