INDAG - Model DLM/S -Intensive Inline Mixer Nonfood for Challenging Mixing
INDAG intensive inline mixer type DLM/S is used for effective mixing, emulsifying, dispersing and aerating of fluids, solids and gases. Shear rate of DLM/S is of medium level compared to DLM/H homogenizer. A small selection of examples for applications are: continuous production of emulsion of oil + water + emulsifier; dispersion of oil + acid; emulsion of silicon-oil + water + emulsifier; dispersion of polymer + high pressure steam; foam of latex + vulcanizer + gelling agent; mixture of bitumen + polymer modified bitumen + acid + adhesive; mixture of plastic melts (PET, PA, PE, PMMA) + additives; mixture of vegetable oil + methanol + methylate.
- Very good self-cleaning during CIP-cleaning
- No pressure loss
- No blockage
- Very homogenous mixing result even for extreme concentration ratios
- Efficient introduction of mixing energy
- Mixing energy can be changed variable and adapted to product or capacity changes
INDAG mixer type DLM/S consists of star shape mixing elements on rotor and in stator (mixer casing). Star shape design is extremely robust to allow mixing of highly viscous products (70,000,000 mPas). Mixing energy is introduced efficiently into product. It is possible (as an option) to heat or cool rotor and stator. INDAG mixer DLM/S is designed in a modular way. A single acting mechanical seal can be changed to double acting mechanical seal without change of mixer. INDAG mixers are designed likewise for explosive range and products (ATEX).
Positioning
Horizontal or vertical position of mixer is possible
Pressure levels
6 bar, 10 bar, 16 bar, 25 bar, 40 bar, 100 bar, 160 bar
Materials
1.4301 (AISI 304), 1.4404 (AISI 316L), 1.4539 (AISI 904L), 1.4462 (AISI 318), PVDF, PTFE, Teflon 3.6 coated, Tantal coated, 1.0421 (AISI 106-A)
Seals
Single acting mechanical seal; double acting mechanical seal; stuffing box seal; magnetic coupling; visco seal
Connections
EN, DIN, ANSI flange
Rotational speed
100 rpm to 3,600 rpm
Capacities
50 l/h to 120,000 l/h
Temperatures
0 °C to 350 °C
Viskosities
1 mPas to 70,000,000 mPas