Product Center
Name
Application Performance
Usage and Dosage
Technical Data Sheet
For polyester/TGIC systems, gloss ≥10° (60°). Low dosage, high efficiency, stable. Broad polyester compatibility. Stable under varied baking temperatures. Fine surface, excellent anti-yellowing & mechanical properties.
Added internally at 1~5%
Gloss: 8–60°
Suitable for polyester-TGIC powder coatings with a gloss of 8° and above (measured at 60°). It offers excellent film appearance, yellowing resistance, and impact resistance. Low addition amount.
Suitable for polyester-TGIC powder coatings with a gloss of 8° and above (measured at 60°). It offers excellent film appearance, yellowing resistance, and impact resistance. Low addition amount.
Added internally at 1-5%
Glossl: 5–60°
For outdoor polyester /TGIC powder coating system, suitable for above 5 degrees gloss (60°) polyester -TGIC powder coating. It has excellent film appearance, fine surface, smooth, yellowing resistance and impact resistance. The addition amount is smal.
For outdoor polyester /TGIC powder coating system, suitable for above 5 degrees gloss (60°) polyester -TGIC powder coating. It has excellent film appearance, fine surface, smooth, yellowing resistance and impact resistance. The addition amount is smal.
Addded internally at 1–6%
Gloss: 10–60°
It has excellent surface fineness, comparable to indoor matting agents, particularly in the 15-30° gloss range. It features good mechanical properties and wide polyester selection tolerance.
It has excellent surface fineness, comparable to indoor matting agents, particularly in the 15-30° gloss range. It features good mechanical properties and wide polyester selection tolerance.
Added internally at 1-5%
Gloss: 10–30°
It enhances surface fineness in two-component systems, reduces gloss levels, offers good impact resistance, minimal fumes, and unaffected storage stability.
It enhances surface fineness in two-component systems, reduces gloss levels, offers good impact resistance, minimal fumes, and unaffected storage stability.
Added internally at 1-5%
Gloss: 10–60°
Wax-free outdoor matting agent are designed for improved adhesion and screen printing performance. It does not affect adhesion and supports recoating. It features a fine surface texture, good reproducibility, excellent performance, minimal fumes, and produces black powders with high blackness.
Wax-free outdoor matting agent are designed for improved adhesion and screen printing performance. It does not affect adhesion and supports recoating. It features a fine surface texture, good reproducibility, excellent performance, minimal fumes, and produces black powders with high blackness.
Added internally at 1-6%
Gloss : 5–60°
It has highly stable matting capability, strong matting effect, fine surface texture, good impact resistance, minimal fumes, and wide polyester selection tolerance.
It has highly stable matting capability, strong matting effect, fine surface texture, good impact resistance, minimal fumes, and wide polyester selection tolerance.
Added internally at 1-6%
Gloss: 8–60°
Low-concentration addition of matting agent achieves low gloss levels. At a dosage of 3%, it achieves gloss levels below 20°, featuring good reproducibility, excellent yellowing resistance, fine surface texture, good mechanical properties, and wide polyester selection tolerance.
Low-concentration addition of matting agent achieves low gloss levels. At a dosage of 3%, it achieves gloss levels below 20°, featuring good reproducibility, excellent yellowing resistance, fine surface texture, good mechanical properties, and wide polyester selection tolerance.
Added internally at 1-5%
Gloss: >1°
It is suitable for pure polyester systems requiring gloss levels above 1° (60°), offering fine and smooth surface texture, low gloss, good mechanical properties, and good reproducibility.
It is suitable for pure polyester systems requiring gloss levels above 1° (60°), offering fine and smooth surface texture, low gloss, good mechanical properties, and good reproducibility.
Added internally, 25% of the total polyester content.