I. Product Introduction

This product is a novel, self-developed, eco-friendly flame retardant. It is composed of environmentally friendly organic and inorganic substances that have been chemically modified. By loading highly active catalytic molecules onto the surface of silicate platelets, it effectively alters the activation energy of halogen-antimony flame retardants during combustion. This process reduces the generation of low-activity combustion products and increases the content of highly active free radicals, thereby enhancing flame retardant efficiency.

It exhibits a highly effective synergistic effect when used with chlorine- or bromine-containing flame retardants and can replace antimony trioxide in equal amounts. This product series disperses well in plastic pellets and does not negatively impact the material's original flame retardancy, physical properties, or processing performance. It can even improve the impact strength of the finished product. Additionally, it significantly reduces smoke emission during combustion and has an anti-dripping effect, effectively mitigating the phenomenon of high-temperature molten drips while burning.

II. Product Models and Applications

1. STAR FRZ-15: Primarily used in      brominated flame-retardant ABS. It can replace 50% of the antimony      trioxide proportion. For example, a 4% antimony trioxide loading can be      replaced with 2% antimony trioxide + 2% STAR FRZ-15 without compromising      flame retardancy; in some cases, impact strength may even improve.

• It can also be used in flame-retardant HIPS and PP,       potentially offering slight improvements in flame retardancy in certain       systems.

2. For Brominated Flame-Retardant Nylon:

• 2.1 STAR FRZ-16: Can replace       50% of the antimony trioxide proportion. For example, 6% antimony       trioxide can be replaced with 3% antimony trioxide + 3% STAR FRZ-16,       maintaining flame retardancy and largely unaffected material properties,       especially toughness.

• 2.2 FR-P9: Can replace       one-third of the antimony trioxide proportion. For example, 6% antimony       trioxide can be replaced with 4% antimony trioxide + 2% FR-P9,       maintaining flame retardancy and largely unaffected material properties,       especially toughness.

3. For Brominated Flame-Retardant PBT:

• 3.1 STAR FR-T15: Can replace       50% of the antimony trioxide proportion. For example, 3% antimony       trioxide can be replaced with 1.5% antimony trioxide + 1.5% STAR FR-T15.       This can improve flame retardancy, optimize material cost, and largely       maintain material properties, especially toughness.

• 3.2 STAR FR-T16: Can replace       one-third of the antimony trioxide proportion. For example, 3% antimony       trioxide can be replaced with 2% antimony trioxide + 1% STAR FR-T16. This       can improve flame retardancy, optimize material cost, and largely       maintain material properties, especially toughness.

4. For specific test data and verification reports, please contact      us.

III. Packaging and Storage

• 25 kg/bag.

• Store in a cool, dry, and well-ventilated place.

• If a opened bag is not used completely, ensure it is resealed      properly to avoid cross-contamination.