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Batch Variability in Spray Coating

Identifying and quantifying which powder properties correlate with the most efficient performance in a process allows new formulations to be optimised without the significant cost of running samples through the process to assess suitability, making considerable savings in terms of time and raw materials, and minimising wastage due to rejected products.

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粉末喷涂的流化和加工性能 (Fluidisation and Processability of Powder Coatings)

粉末喷涂相以其良好的性能和较低的环境影响,成为一系列应用中极富吸引力的选择。粉末喷涂本身不需要溶剂,因此使用过程中避免排放挥发性有机物。然而,过程中细粉需要流化,表现得像液体一样,存在一定的挑战,同时要求材料能够均匀流动。

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喷涂应用中的批次差异 (Batch Variability in Spray Coating Applications)

粉体是否能够有效、一致地流化十分关键,过程中也不会形成可能堵塞喷嘴或影响单个颗粒充电的团聚物,导致在基质上粘附性不佳或形成团块。仓储设备中形成流畅的粉流也很关键,涡流进入流化室将形成流化不良的粉体。

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粉体塗料の流動化および性能評価 (Fluidisation and Processability of Powder Coatings)

高いレベルの性能を発揮し、周辺環境への影響が少ないことから、粉体塗料は幅広い用途に適した魅力的な選択肢となっています。粉体塗料の技術には溶剤が必要ありません。

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スプレーコーティングにおける粉末のバッチによるばらつき (Batch Variability in Spray Coating Applications)

粉体の特性とプロセス上良好な結果との相関性を見極めて定量化すれば、膨大なコストをかけてサンプルをプロセスに投入し適合性評価を行うことなく、最適化された新しい配合組成を特定することができます。これにより、時間と原材料を大幅に節約し、不合格品の廃棄を最小限に抑えることができます。

Coatings
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Fluidisation and Processability of Powder Coatings

The high level of performance and low environmental impact associated with powder coating makes it an attractive option for a range of applications. Powder coating technology does not require a solvent and therefore avoids the generation of volatile organic emissions associated with their use. However, the need to fluidise a fine powder so that it behaves like a liquid, presents its own challenges and requires materials that flow readily and uniformly during the process.

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Going with the Flow

Powder Coatings - the importance of specifying, monitoring and controlling powder flow properties.