PDYA supplies heat-resistant PET glitter for hot pressing, plastic molding, resin, coatings, packaging and other processes involving short-term heat exposure.
Performance varies by color, coating, temperature, exposure time and processing medium. Tell us your application conditions, and we can help match a suitable grade and arrange samples before bulk production.
PDYA offers heat-resistant polyester glitter in different effects, particle sizes, colors and packaging formats. Stock products are available for sample testing and small trial orders, while custom options can be developed for repeat production and branded product lines.
| Item | Available Options |
|---|---|
| Base material | Heat-resistant PET/polyester film |
| Effects | Metallic, holographic, iridescent, chameleon and glitter mixes |
| Sizes and cuts | Fine, standard, chunky and selected shaped glitter |
| Colors | Stock colors and custom color matching |
| MOQ | From 1 kg for selected stock products |
| Packaging | Bulk bags, jars and OEM packaging |
| Samples | Free samples available for application testing |
| Technical information | Available for selected grades on request |
Heat-resistant glitter is used where regular craft glitter may curl, fade, bleed or lose shine during processing. The suitable grade depends on both the maximum temperature and the complete production conditions.
For textile transfers, decorative films and labels exposed to short heating cycles. Test the selected glitter under the actual temperature, time and pressure.
For decorative plastic parts produced by molding or extrusion. Confirm the resin type, melt temperature, cycle time and shear conditions before testing.
For resin, coating, lamination and adhesive systems. Test the selected glitter for curing temperature, solvent compatibility, color bleeding and gloss.
For external candle decoration and other wax products. Test the glitter with the actual wax, fragrance and processing temperature, and keep it away from flame.
For decorative packaging, coated components and industrial products exposed to short-term heat. Confirm the substrate, process temperature and exposure time.
A single “maximum temperature” is not enough to determine whether a glitter grade will work. Exposure time, substrate, pressure, shear force and chemical contact can all affect color, shape and shine.
To recommend samples, please provide:
We recommend testing samples under the same conditions used in your production line before placing a bulk order.
PDYA supports brands, distributors, craft suppliers and manufacturers with both stock glitter and custom production.
Send us your process temperature, exposure time, application material, preferred color, particle size and estimated quantity.
We can review the requirements, recommend a suitable glitter grade and arrange samples for testing before bulk production.
No. Pigments, coatings, film thickness and glitter effects can respond differently to heat. Samples should be tested in the required color and under the actual processing conditions.
Heat resistance and solvent resistance are different properties. Compatibility depends on the glitter coating and the processing medium, so color-bleeding and stability tests are recommended.
Heat resistance does not automatically make a product cosmetic grade. Please tell us the intended cosmetic application so that the appropriate material and available compliance information can be confirmed.
Glitter should not be placed in or exposed directly to a flame. For candle projects, it should be limited to suitable external decoration and tested with the specific wax, fragrance and processing conditions.
We will contact you within 1 working day, please pay attention to the email with the suffix “@pdyaglitter.com”.
Our collection features an incredible array of over 1,500 vibrant hues and 300 shapes and sizes to suit every style!