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Film-Grade PES Hot Melt Adhesive Granules for Heat Transfer Film Production
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Film-Grade PES Hot Melt Adhesive Granules for Heat Transfer Film Production
| 起源の場所 | ナントン、江蘇 |
| ブランド名 | JCC |
| 証明 | Oeko-tex Certificate, ISO, ZDHC |
| モデル番号 | JCC-PES 3110 |
| ドキュメント | PES hot melt adhesive granu...le.pdf |
製品の詳細
材料:
コポリエステル
融解範囲:
105-130℃
評価:
白い顆粒
アプリケーション:
粘着フィルムの製造
貯蔵寿命:
12か月
メルトインデックス:
30 g/10分@160 ℃）
結合強度:
高い
分類:
ホットメルト接着剤
タイプ:
顆粒
パッキング:
20kg/バッグ
ハイライト:
PES hot melt adhesive granules
,heat transfer film adhesive
,film-grade PES adhesive granules
支払いと配送条件
最小注文数量
1000kg
価格
USD 1.50 - 4.00 /KG
パッケージの詳細
バッグ
受渡し時間
8〜10日
支払条件
T/T、D/P、L/C
供給の能力
2000トン/月
製品説明
Film-Grade PES Hot Melt Adhesive Granules for Heat Transfer Film Production
Hot melt adhesive (HMA) granules are small, solid pellets made from thermoplastic polymers that melt when heated and solidify upon cooling to form a strong bond between surfaces. They are a solvent-free, fast-curing adhesive widely used in industrial and consumer applications.
Typical Processing Conditions
- Pressing temperature: 130°C - 150°C
- Pressure: 1.0 - 3.0 MPa
- Time: 10 - 15 seconds
- Cooling: 5 - 10 seconds on a cold press table to stabilize bonding
(Actual parameters should be adjusted according to fabric and equipment)
Key Characteristics
- Thermoplastic: Can be repeatedly melted and solidified without chemical changes
- Solvent-free: Eco-friendly, with low or no VOC emissions
- Fast-setting: Bonds quickly once melted and cooled
- Versatile: Can bond metals, plastics, textiles, wood, and more
- Easy to handle: Granular form allows precise dosing and automated feeding in production lines
Applications
- Packaging (e.g., carton sealing, can bonding)
- Automotive components
- Textiles and footwear
- Electronics assembly
- Powder coating and lamination processes
Frequently Asked Questions
What is the shelf life?
12 months.
Why are they called "film-grade"?
"Film-grade" refers to the resin's ultra-low impurity levels, consistent molecular weight distribution, and optimized viscosity, all of which are critical for producing defect-free films or membranes with uniform pore structures and stable performance.
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