In high-precision coating environments, the quality of your airflow determines the quality of your finish. Hebei Fangyu Filter Material Technology Co., Ltd. provides industry-leading スプレーブースフィルターメディア designed to eliminate contaminants and ensure a dust-free environment for automotive, aerospace, and industrial painting operations. Our materials are engineered to capture overspray effectively while maintaining the uniform laminar airflow essential for a perfect, streak-free coating.
As a specialized manufacturer, we understand that different stages of the painting process require specific protection. Our comprehensive range of paint booth filter material includes high-density floor filters (glass fiber paint arrestors) and sophisticated ceiling diffusion media. Our ceiling filters are thermally bonded and adhesive-treated to prevent any fiber migration, ensuring that no microscopic particles compromise the wet paint surface. By utilizing a progressive density structure, our media traps particles throughout its full depth, significantly extending the service life of your industrial paint booth filters.
Performance and safety are at the core of our production. All our スプレーブースフィルターメディア products are manufactured to withstand the rigorous demands of continuous spray operations, featuring high temperature resistance and flame-retardant properties in compliance with international safety standards. The structural integrity of our paint booth filter material ensures that it remains stable under high pressure, preventing "blow-through" and protecting your exhaust fans and ductwork from heavy resin buildup.
ペイントストップフィルター
素材: ガラス繊維
厚さ:30mm~100mm
フィルターグレード:G3 G4
標準ロール;2m×20m 1m×20m
耐火等級:Din 53438
温度180℃
素材:ポリエステル繊維100%
ろ過クラス:F5/M5(En779)EU5(Eurovent)
重量:550g/平方メートル 600g/平方メートル
最高温度:120℃
グレード: G2、G3、G4; MERV5、MERV6、MERV7、MERV8
フィルター材質:合成繊維100%
高効率、コスト削減、優れたオーバースプレーアレスタ
3次元構造によりフィルター面積が2倍以上に増加
底部の高密度多層が最も小さな粒子を効果的に捕らえ、保持します。
フィルター交換頻度を80%削減
メディア:100%合成繊維
含浸接着剤
ネットまたは接着布地
主なフィルターグレード:G2 G3 G4
ファインフィルターグレード:F5 F6 F7
テスト:EN779 ANSI/ASHRAE 52.1