Dynamic inline mixers
Showing all 8 results
-
Indag DLM-FS
Continuous inline mixer for efficient dispersion of solids into liquids in hygienic and industrial processes.
- Continuous powder-liquid mixing — no batch tanks or pre-mixing required
- Dust-free, controlled powder feeding — reduces material loss and improves hygiene
- Homogeneous, lump-free dispersion — even with difficult or hygroscopic powders
- Hygienic or industrial versions available — adaptable to your process environment
- Low shear mixing zone — protects sensitive ingredients or polymers
- Compact, closed system — easy to clean, easy to integrate
-
Indag DLM-H
High-performance inline homogenizer for ultra-fine emulsions and dispersions in continuous processes.
- Ultra-high shear performance — achieves fine particle and droplet sizes
- Continuous inline operation — no batch tanks required
- Sanitary or industrial configurations — tailored for your process environment
- Narrow rotor-stator gap — ensures intensive homogenization and repeatable results
- Fully CIP/SIP compatible (food version) — meets EHEDG and FDA guidelines
- Designed for high-viscosity or complex formulations
-
Indag DLM-KA
Efficient inline mixer for continuous sewage sludge conditioning and additive blending.
- Continuous, inline operation — eliminates the need for batch tanks
- Handles abrasive and fibrous sludge — robust construction for high solids content
- Improves dewatering efficiency — through optimal flocculant or polymer distribution
- Low maintenance — simple design with long-lasting components
- Compact footprint — ideal for retrofit and skid-mounted systems
- Customizable mixing intensity — based on process and sludge characteristics
-
Indag DLM-KS
Robust inline dynamic mixer for continuous sewage sludge processing.
- Continuous inline mixing — for uninterrupted sludge conditioning
- High mixing intensity — promotes fast and efficient flocculant or additive integration
- Wear-resistant components — ideal for abrasive and fibrous sludge
- Low maintenance design — reliable operation with minimal downtime
- Compact and modular — easy to retrofit into existing sludge lines
- Customizable rotor/stator geometry — based on sludge characteristics and flow rate
-
Indag DLM-M
Inline dynamic mixer for sewage sludge and high-viscosity waste streams.
- High-efficiency mixing — continuous, uniform blending of sludge and additives
- Handles abrasive and fibrous materials — ideal for wastewater and biosolid applications
- Low energy consumption — optimized rotor-stator design for high efficiency
- Compact inline design — easy to install and retrofit in existing lines
- Heavy-duty construction — built for harsh environments and long service life
- Adjustable mixing intensity — via rotor speed or configuration
-
Indag DLM-P
High-efficiency dynamic inline mixer for continuous blending in food and industrial processes.
- Continuous, dynamic mixing — no batch tanks required
- Wide range of mixing applications — emulsions, dispersions, gas/liquid blending
- Modular rotor-stator design — customizable shear and mixing intensity
- Hygienic or industrial construction — available in food-grade or non-food variants
- CIP/SIP compatible (food version) — meets EHEDG and FDA guidelines
- Low maintenance, high uptime — robust, wear-resistant design
-
Indag DLM-S
High-shear inline mixer for intensive mixing, dispersing, and emulsifying in continuous processes.
- High-shear mixing performance — ideal for fine emulsions and rapid dispersion
- Continuous inline design — eliminates the need for batch mixing tanks
- Rotor-stator system with narrow tolerances — delivers uniform results and tight control
- Food and non-food configurations available — hygienic or industrial-grade options
- CIP/SIP capable (food version) — meets EHEDG and FDA standards
- Handles difficult ingredients — powders, stabilizers, gums, and more
-
Indag DLM-S HP
High-pressure inline mixer for demanding industrial mixing, emulsifying, and dispersing applications.
- Handles up to 100 bar (1,450 PSI) — designed for extreme mixing environments
- High-shear performance — creates fine emulsions and stable dispersions
- Robust, wear-resistant design — suitable for abrasive or chemically aggressive media
- Continuous inline process — improves efficiency, eliminates batch variability
- Custom rotor-stator configurations — adaptable to specific shear and mixing requirements
- Low-maintenance operation — engineered for uptime in harsh industrial conditions
