Ink Mixing Stirrer
Description:
The Ink Mixing Stirrer is an industrial-grade agitator engineered for effective mixing, pigment dispersion, and prevention of ink settling. Ideal for applications involving printing inks, coatings, and solvent-based liquids, it delivers consistent performance in 200-liter drums, IBC containers, or open mixing tanks.
Designed to ensure uniform color distribution, stable viscosity, and repeatable batch quality, the stirrer is available in both pneumatic (air-driven) and electric motor-driven models. Its construction features SS316L stainless steel shafts and impellers, offering superior resistance to corrosion and chemical exposure.
Built for continuous operation, the SAN Stirrer is well-suited for use in hazardous environments or ATEX-certified zones, making it an excellent choice for printing facilities, ink production plants, packaging industries, and chemical processing operations.
Key Features:
- Drive Types: Available with either a pneumatic vane motor or an electric motor (VFD support optional)
- Build Material: Features a SS316L shaft and impeller; stand constructed from SS304 or powder-coated mild steel
- Tank Compatibility: Designed to fit 200L drums, IBCs, or custom-built tanks
- Impeller Options: Choose from radial flow, folding blade, or disperser blade configurations
- Speed Adjustment: Regulated via air control (for pneumatic) or variable frequency drive (for electric models)
- Explosion Protection: Pneumatic model is compliant with ATEX Zone 1 & 2 safety standards
- Mounting Flexibility: Compatible with telescopic stands, drum lid mounts, or trolley frames
- Maintenance-Friendly: Shaft can be easily removed for quick cleaning or replacement
Applications:
- Ink preparation in gravure and flexographic printing lines
- Agitation of solvent or water-based inks to prevent pigment settling
- Dispersing pigments in coatings and varnish formulations
- Mixing conductive inks for electronic applications
- Batch-level homogenization during ink production
- Stirring additives, binders, and extenders in printing processes
