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FR-AP1001G
White powder
29
<18
>280
Adhesive, Fireproof Coating
| Quantity: | |
|---|---|
Description
FR-AP1001G is a flame retardant that has been coated with silane and modified with ammonium polyphosphate. Unlike traditional polyphosphoric amides, FR-AP1001G has been treated to resist high temperatures and prevent decomposition during processing, which could negatively affect the material’s properties.
FR-AP1001G offers several advantages over conventional ammonium polyphosphate. It has a higher polymerization degree, which results in an increased degree of carbonization. Additionally, it has a higher temperature resistance and excellent compatibility with materials, meaning it has little effect on their physical properties. These features make FR-AP1001G a superior choice for flame retardancy.
Typical Properties
| Physical Properties | Unit | Target Value |
| Appearance | White Powder | |
| Water/Moisture | % | 0.3 |
| Phosphorus Content | % | 30 |
| pH Value | 7.0 | |
| Decomposition Temperature | ℃ | 280 |
Usage
Ø Advised to use in rubber compounding:
The addition of triazine-based charring agents, pentaerythritol, and pentaerythritol ester can improve flame retardancy and prevent issues such as sulfurization and foaming caused by moisture absorption.
Ø In epoxy potting compound/adhesive, acrylic coatings, PP, epoxy resin, etc.:
FR-AP1001G works synergistically with melamine cyanurate (MCA), triazine-based charring agents, and hypophosphite to enhance its effectiveness.
Packaging & Storage
Packaged in a paper-plastic composite bag with a plastic liner. 25 kg per package.
The product must be sealed, kept dry, dust-free, and cool.
Description
FR-AP1001G is a flame retardant that has been coated with silane and modified with ammonium polyphosphate. Unlike traditional polyphosphoric amides, FR-AP1001G has been treated to resist high temperatures and prevent decomposition during processing, which could negatively affect the material’s properties.
FR-AP1001G offers several advantages over conventional ammonium polyphosphate. It has a higher polymerization degree, which results in an increased degree of carbonization. Additionally, it has a higher temperature resistance and excellent compatibility with materials, meaning it has little effect on their physical properties. These features make FR-AP1001G a superior choice for flame retardancy.
Typical Properties
| Physical Properties | Unit | Target Value |
| Appearance | White Powder | |
| Water/Moisture | % | 0.3 |
| Phosphorus Content | % | 30 |
| pH Value | 7.0 | |
| Decomposition Temperature | ℃ | 280 |
Usage
Ø Advised to use in rubber compounding:
The addition of triazine-based charring agents, pentaerythritol, and pentaerythritol ester can improve flame retardancy and prevent issues such as sulfurization and foaming caused by moisture absorption.
Ø In epoxy potting compound/adhesive, acrylic coatings, PP, epoxy resin, etc.:
FR-AP1001G works synergistically with melamine cyanurate (MCA), triazine-based charring agents, and hypophosphite to enhance its effectiveness.
Packaging & Storage
Packaged in a paper-plastic composite bag with a plastic liner. 25 kg per package.
The product must be sealed, kept dry, dust-free, and cool.
