I.B. Engineering static mixers support mixing, heat exchange and dispersion, including hygienic processes requiring CIP (cleaning in place), across a broad range of temperatures and viscosities.

available from stock on short delivery

Suitable for hygienic processes requiring CIP (cleaning in place), and a broad range of temperatures and viscosities.
Most popular sizes are manufactured in stainless steel or polypropylene and available from stock.
Using the IBC as a mixing vessel ensures consistent product quality and offers significant cost savings on transfer and cleaning time.

Flow through the static mixer element is diverted into two separate streams. Profile optimisation induces equal radial and axial flow.
The helix pitch rotates the fluid from the outside to the inside and back. Differences in velocity create shearing of the fluids.
After one rotation, a second diversion occurs, with the direction of rotation reversed in the next mixing element.
As the number of streams or layers increases, layer thickness decreases. Mixing at molecular level is achieved after only 20 rotations in a 50mm diameter static mixer.

Parameter	Value
Static mixer diameter	50mm
Rotations to achieve mixing at molecular level	20
Diversions of the fluid	20
Separate layers	220
Layer thickness	0.05 micron

General chemicals – agric-chemicals, paint, slurries.
Polymers – polyesters, nylons, ethylenes, silicones adhesives, sealants.
Food & Beverages – sauces, chocolates, dairy products, salad dressing, sugar syrups.
Energy – petrochemicals, fuel oil.
Pulp & Paper – Kraft soaps, black liquor, oils.
Waste water treatment applications.

Advanced connection technology between the process tube and mixer elements on Euromixers-Primix Heat Exchangers provides a heat exchange transfer rate equal to that of the base material of the process tube and mixer elements.
Each spiral-shaped mixer element acts as additional heat transfer area.
Compared with other types of heat exchanger, Euromixers-Primix static mixer heat exchangers reduce temperature differential over the cross sectional area of the process tubes, resulting in uniform product quality and broad acceptance for heat exchange applications with higher viscosity process media.
High operational reliability of static mixers and heat exchangers has proved invaluable in crucial applications in the chemical, petrochemical, pharmaceutical and food industries.

Parameter	Value
Improvement in heat transfer compared to conventional heat exchangers	20 – 100%

Suitable for hygienic processes requiring CIP (cleaning in place), and a broad range of temperatures and viscosities.
Most popular sizes are manufactured in stainless steel or polypropylene and available from stock.
Using the IBC as a mixing vessel ensures consistent product quality and offers significant cost savings on transfer and cleaning time.

Flow through the static mixer element is diverted into two separate streams. Profile optimisation induces equal radial and axial flow.
The helix pitch rotates the fluid from the outside to the inside and back. Differences in velocity create shearing of the fluids.
After one rotation, a second diversion occurs, with the direction of rotation reversed in the next mixing element.
As the number of streams or layers increases, layer thickness decreases. Mixing at molecular level is achieved after only 20 rotations in a 50mm diameter static mixer.

Parameter	Value
Static mixer diameter	50mm
Rotations to achieve mixing at molecular level	20
Diversions of the fluid	20
Separate layers	220
Layer thickness	0.05 micron

General chemicals – agric-chemicals, paint, slurries.
Polymers – polyesters, nylons, ethylenes, silicones adhesives, sealants.
Food & Beverages – sauces, chocolates, dairy products, salad dressing, sugar syrups.
Energy – petrochemicals, fuel oil.
Pulp & Paper – Kraft soaps, black liquor, oils.
Waste water treatment applications.

Advanced connection technology between the process tube and mixer elements on Euromixers-Primix Heat Exchangers provides a heat exchange transfer rate equal to that of the base material of the process tube and mixer elements.
Each spiral-shaped mixer element acts as additional heat transfer area.
Compared with other types of heat exchanger, Euromixers-Primix static mixer heat exchangers reduce temperature differential over the cross sectional area of the process tubes, resulting in uniform product quality and broad acceptance for heat exchange applications with higher viscosity process media.
High operational reliability of static mixers and heat exchangers has proved invaluable in crucial applications in the chemical, petrochemical, pharmaceutical and food industries.