Entec International BV products

The drive shaft is driven directly by the engine. The propeller is a “boat screw”. The ideal solution for small tanks up to 1,000 litres. The fast rotating mixers can be used for many applications such as mixing and dissolving chemicals, the production of paint and glue and for almost all waste water processes. The drives are available in three phases, one phase and air motor. Installed power from 0.18 kW to 1.5 kW. Drive shaft lengths up to 1.5 meters and stainless steel. The propeller diameters are available from 90 to 160 mm, all made in PP.

The mixer is driven by an electrical drive equipped with a reduction box. Depending on the application, this series has different propeller shapes with two, three or four blades. This series is suitable for tanks up to a volume of 180 m3. These mixers ensure strong mixing and cause little turbulence. The mixers can be used for mixing solids (e.g. PE) in liquid and keeping liquids homogeneous.

The mixer is driven by an electrical drive equipped with a reduction box. Here as well, different propeller shapes are available with two, three or four blades, depending on the application. This series is suitable for tanks from 180 m3 to 1,500 m3. These mixers are designed for high efficiency with large volume basins and therefore have a favourable energy consumption. We can divide this series into three groups.

Both the innovative mixing body and the drive shaft are made entirely of stainless steel (absolutely no osmosis is possible). Partly due to the choice of materials and modifications to the design bases, the mixer has evolved into (as good as) indestructible! Now recognized in various industries such as: (waste)water treatment plants (WWTP), (petro)chemical-, cosmetic-, concrete-, paint- and paper industries.

Very powerful and large - Up to Ø 8000 mm. Suitable for non-Newtonian liquids up to 950 mPa · s. Individually designed and manufactured to meet the process requirements of the customer. Very powerful and very large (Ø 8000 mm).

Since the 90s widely known and widely applied, but ready for improvements. The Hyperboloid mixers are perhaps the most recognizable in shape in the world of (waste) water treatment. Since the 1990s, Entec has installed more than 1300 in the Benelux alone! That makes Entec the expert in the field of (waste) water mixing technology with irreplaceable experience, knowledge and expertise.

Element type: STT, STS, STL and STM. Area of application: food, oil and gas industry, petrochemicals, pulp and paper production. General design in steel/special, with fixed and/or removable elements and a standard finish. Available with heating-/cooling jackets and injectors-/connection points.

Element type: STT and STS. Area of application: food, pharmaceutical and soft drink industry, breweries. Hygienic design in polished stainless steel with removable elements, in a custom finish. Designed for CIP, available in IDF, RJT, DIN and with metal end connections. Injectors, heating-/cooling jackets are also available.

Type ESKM-9.0 channel mixers for perfect mixing. Also for your WWTP! Independent tests have shown that the ESKM concept is the most efficient of all known static mixers. ESKM mixing elements are ideal for adding chemical agents as a fundamental part of the total water treatment. Overdose due to poor mixing is thus prevented. The saving on chemical agents is therefore considerable! The plug flow properties of the ESKM elements are also very suitable for improving the effectiveness of UV disinfection units.

Static mixers have been used in drinking water and waste water treatment for many years to dissolve gases in large-scale applications. The effectiveness of these mixers depends on the size of the gas bubbles formed. Due to the increasingly higher quality requirements that both the government and end-users set for drinking water and waste water, it is necessary to constantly innovate in this sector. The unique thing about the ODS system is that it combines two static mixers. For drinking water, waste water and process industries.