Alu*Flake
High-performance aluminium based industrial glitter with high temperature resistance.
Key Features
Precision-cut aluminium foil glitter with outstanding reflectivity
Heat-resistant up to 287°C (550°F) – retains colour and brilliance under extreme temperature conditions
Solvent and fade-resistant – ideal for long-term durability
Perfectly suited to plastic applications including injection moulding, roto-moulding & extrusion
Designed for challenging industrial requirements where both maximum durability and high-performance are essential
Applications
Trusted across industries for high-temperature, solvent-resistant applications.
Plastics – Injection moulding, roto-moulding, & extrusion systems
Automotive & Marine – Higher-heat surfaces, custom coatings, metallic effects
Inks, Paints & Adhesives – Printing, industrial-grade coatings, vinyl applications
Technical Performance
Designed for industrial-grade durability in high-heat and solvent-based systems.
Lightfastness: 400+ hours of exposure with no discernible colour change
Temperature Resistance: Withstands up to 287°C (550°F)
Suspension Properties: Stays evenly dispersed in paints, gels, resins, adhesives, etc
Chemical Resistance: Proven to be highly resistant against water, MEK, MIBK, alcohol, high-flash naphtha and other commercial solvents
Glitter Particle Sizes for Standard Hexagonal Shape*
mm
Inches
.004”
0.1 mm
.006”
0.15 mm
.008”
0.2 mm
.015”
0.4 mm
Inches
mm
.027”
0.7 mm
.040”
1.0 mm
.063”
1.6 mm
.094”
2.4 mm
*Other shapes and sizes including random cut .035/0.89mm (approx.) offered on request, but not available in all glitter types or colours. Note that minimum order quantities may apply to certain sizes in particular colours or glitter types. Inch measurements above are the manufacturer’s exact specifications; millimetre sizes are approximate conversions for information only.
Why Choose Alu*Flake?
Designed for high-temperature, high-performance applications
Exceptional reflectivity and durability
Resistant to solvents, fading, and chemical exposure