商品説明
Coace® W1T is an anhydride modified ethylene-acrylate copolymer with high grafting rate and low residue.
New generation of additives called High Grafting Rate and Low Residue Impact Modifiers are intended to strengthen PA6 and PA66 polymers with enhanced impact resistance and processability. These modifiers make sure that unintended consequences do not overwhelm the improved qualities of the polymers by being based on a special MAPP that has been tuned for high grafting rates and little residue.
高度な設備！
先進的な生産ラインと実験試験センターを備え、製品の品質を保証する。
強力な技術力！
10人以上の経験豊富な技術研究開発スタッフが、絶え間ない技術革新を推進しています。
特徴
| 特徴 | 価値 | 単位 | 試験方法 |
| 外観 | 顆粒 | ||
| カラー | ホワイト | ||
| 密度 | 0.92 | g/cm3 | ASTM D792 |
| メルトフローレート（190℃2.16kg） | 2-8 | g／10分 | ASTM D1238 |
| 無水マレイン酸含有量 | 高い | wt% | COACEメソッド[1］ |
注 [1] LOW＜0.4wt%; Middle(0.4wt%-0.8wt%); High≧0.8wt%.
- High Grafting Efficiency: The impact modifiers are made by a special method that guarantees a high maleic anhydride grafting rate onto the polypropylene backbone. More successful interaction at the polymer-modifier interface follows from this.
- Low Residue Profile: For applications where clarity, color, and purity are critical, our impact modifiers preserve a low residue level by meticulously managing the modification process.
- Enhanced Impact Resistance: By adding these impact modifiers, PA6 and PA66’s notched impact strength is much increased, which qualifies them for uses requiring high durability and shock load resistance.
- Processability is improved because MAPP in the impact modifiers lowers PA6 and PA66’s melt viscosity, which makes processing easier and allows larger filler loadings to be used without compromising processability.
- Chemical Compatibility: Our impact modifiers are made to mix well with PA6 and PA66 chemically so they won’t degrade or separate phases in the polymer matrix.
メリット
1. Flexible Formulation: We provide a selection of impact modifiers with different viscosities and grafting levels so that clients may choose the best solution for their particular application requirements.
2. Sustainability Focused: Our impact modifiers are produced with lower emissions and waste, which is in line with the sustainability programs of progressive firms.
3. improved Dispersion: The impact modifier is distributed more uniformly in the polymer matrix when the high grafting rate guarantees improved dispersion.
4. Shorter cycle times in manufacturing are the result of the increased processability, which raises production efficiency and lowers costs.
5. Broad Application Range: Wherever great strength, flexibility, and durability are needed, it is appropriate for a broad range of applications, from sporting products to automobile parts.
当社の強み
グローバル・サプライチェーン
健全な保管・物流サプライチェーンシステム
テクニカルサポート
アフターサービス
フォーカス - アチーブメント - エクセレンス！
カスタマイズ製品
研究開発に注力
グローバルサービス
コエース認証！
ISO9001:2015認証
ISO14001:2015認証
EUのREACH登録
韓国K-REACH事前登録
企業の利点！
国内外でのレイアウト、ミキシングに最適
国内マーケティング・レイアウト
海外マーケティング・レイアウト
申し込み
1. To be used as impact modifiers for PA6, PA66, and polyamide base fire retardant compounds masterbatch.
2. To be used as compatibilizers to improve the compatibility between polyamide and polypropylene, or polyethylene.
Chemistry: Maneic anhydride modified polypropylene
Grafting Rate: Highest grafting efficiency optimized
Little residue is left over to guarantee purity and clarity in the finished product.
Viscosity: Specialised solutions are offered to meet certain processing needs
Thermal stability: Suits processing of PA6 and PA66 and maintains stability across a broad temperature range
業種別ソリューション
Automotive Industry: Applied to the manufacture of chemically and mechanically demanding electrical connectors, sensor housings, and fuel system components.
Electronics and Electrical: Perfect for producing components that need to be highly insulated and resistant to stress cracking from the environment.
Sports goods: Improves the impact resistance and longevity of gear including handles for sports equipment, protection gear, and helmets.
Industrial Components: Applied in the manufacture of bearings, gears, and other mechanical components subjected to high mechanical stress.
