自動 SS304 紙バンドフィルター 廃水処理 紙バンドろ過システム
Automatic SS304 Paper Band Filter Wastewater Treatment Paper Band Filtration System Automatic Paper Band Filter For Wastewater Treatment Product Overview The Automatic Paper Band Filter is a highly efficient filtration device used in wastewater and industrial fluid purification systems. It provides automatic separation of solid particles from liquids to improve water quality and protect downstream equipment. Working Principle The contaminated liquid passes through a
自動 紙バンドフィルター SS316
,SS304 紙バンドフィルター
,廃水処理 紙バンドろ過システム
- 最小限の労力で全自動運転
- コンパクトな設計、容易な設置と統合
- 幅広いフィルターペーパーグレードの選択（15〜50ミクロン）
- 省エネで運用コストが低い
- 廃水処理プラント
- 工業用冷却および潤滑システム
- 金属加工および研削プロセス
- 化学および電気めっき廃水
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8m – 60m センタードライブ汚泥掻き寄せ機 垂直軸クラリファイヤースクレーパー
8m – 60m Center Drive Sludge Scraper Vertical Shaft Clarifier Scraper Vertical Shaft Center-Drive Sludge Scraper Product Overview The Vertical Shaft Central Drive Sludge Scraper is designed for large circular clarifiers and thickeners, providing efficient sludge collection and discharge. A vertical rack structure supports the central drive unit, which transmits torque through a vertical shaft to the scraper arms. It ensures smooth operation, uniform torque distribution, and
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センタードライブ汚泥掻き寄せ機 0.2 – 2.0 M/分 回転式汚泥掻き寄せ機
Center Drive Sludge Scraper 0.2 – 2.0 M/Min Rotating Sludge Scraper Product Overview The Central Drive Sludge Scraper is designed for circular sedimentation and thickening tanks to collect and discharge settled sludge from the tank bottom. Driven by a central gearbox, the scraper arms rotate slowly, pushing sludge toward the central hopper for discharge, while optional skimmers remove surface scum. It features simple structure, reliable operation, and easy maintenance, making
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50～5000 M3/H 円形沈殿槽 廃水処理 最終沈殿槽
50 – 5000 M3/H Circular Sedimentation Tank Wastewater Treatment Final Settling Tank Product Overview The Sedimentation Tank is a crucial unit in water and wastewater treatment systems. It removes suspended solids from raw water through gravity settling, allowing heavier particles to accumulate at the bottom while clarified water flows out from the top. This process effectively reduces the load on downstream filtration and biological treatment units, ensuring stable and
