Textile & Spinning Mills
Textile and spinning workshops are highly sensitive to relative humidity: dry air causes yarn breaks, fly waste, and static cling, hurting quality and output. High-pressure micro-mist raises workshop humidity quickly and evenly while also binding airborne fibers.
Spinning, weaving, and synthetic-fiber workshops; garment and fabric production
Non-Woven Fabric Plants
Non-woven production demands tight humidity and static control: dry conditions cause fiber fly, charged rolls, and unstable grammage. Micro-mist humidification stabilizes workshop humidity without wetting the material.
Non-woven production lines, melt-blown and spunbond workshops
Paint & Coating Shops
Painting and coating processes have strict humidity, cleanliness, and static requirements: dry air leads to orange peel, pinholes, and static dust attraction. Micro-mist humidification removes static and suppresses paint mist and dust, helping stabilize coating quality.
Automotive paint booths; furniture and machinery coating lines
Grinding & Polishing Shops
Grinding and polishing generate high concentrations of fine dust that spreads easily in dry air, creating occupational-health and safety risks. Spray dust suppression captures airborne dust with micron droplets while raised humidity prevents re-entrainment.
Metal grinding and polishing; woodworking sanding shops
Tobacco Workshops
Tobacco leaf and cut tobacco are humidity-sensitive: dry conditions raise breakage rates and weight loss and destabilize quality. Workshop micro-mist holds the process humidity band, cutting breakage and losses.
Primary processing, leaf storage, and packing workshops
Paper & Printing Plants
Paper moisture content follows ambient humidity: dry air causes shrinkage, curl, static, and misregistration. Micro-mist humidification stabilizes workshop humidity, improving paper handling and print quality.
Paper mills, printing workshops, and paper storage
Cement & Building Materials
Cement and building-materials production has many dispersed dust sources: crushing, milling, conveying, and loading all emit dust. Water-mist dust-suppression equipment sprays at the key nodes to keep dust from escaping and helps sites meet emission requirements.
Cement plants, batching plants, building-materials lines, loading points
Stone Crushing & Aggregate Yards
Stone crushing and aggregate storage are priority dust sources: crushing and screening produce dense dust, and open yards lift dust in wind. Systematic spray suppression covers crushing, conveying, and storage — a complete dust-pollution solution for stone plants.
Crushing workshops, screening lines, conveyors, open storage yards