IB Verfahrenstechnik

Großer Kamp 10 - 12

32791 Lage

Nordrhein-Westfalen

Germany

Phone: +49(0)5232.69190-0

Fax: +49(0)5232.69190-10

www.ib-verfahrenstechnik.de

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Hall 1 / 1-315

Products of IB Verfahrenstechnik (5)

LOGO_Suction Conveyers and Conveying Systems

Exhibitor Profile

Products (5)

Floor Plan

IB Verfahrens- und Anlagentechnik (before "AGS Schüttguttechnik") supplies equipment and plants for powder handling.
Standard solutions are available for:

Filling and discharging of FIBCs, containers, barrals,
Bag discharging both manual and automatic
fully automatic FIBC discharging plants
Pneumatic conveying systems
Scales and dosing systems for bulk material
Large scale vacuum conveying systems & vacuum cleaning plants

Customized applications and solutions are quite normal.

IB Verfahrens- und Anlagentechnik manufactures the equipment in the own factory. A wide range between single devices and turn key plants is offered including consulting, engineering, manufacturing and site assembly, commissioning and service.

Test facilities are available for individual trails so that best scaling and functionality can be guarantied. Control systems are also produced.

Latest innovations:

devices for the dosing of materials with poor flow characteristics
improvements of hygiene ergonomics for FIBC dischargers
fully automatic FIBC discharging
partial automated filling of FIBCs

The company was founded in 2006. The number of employees is 30. In addition a number of trainees and apprentices are employed. The company is highly committed to education, training and qualification.

Volumetric or gravimetric dosing

According to the different materials handled, various types of dosing units are available, e.g.

screw dosing feeders,
vibratory dosing feeders(chute/tube),
cone dosing feeders,
dosing feeders for fibrous materials.

Trials on our in-house trial equipment allow to find the best possible dosing feeder even for critical operating conditions or to develop a suitable new type using existing components.

The small components dosing system shown here as an example meets a number of demanding requirements:

accurate and dust-free dosing a total of 10 different components
gravimetric dosing at low tolerances
batch size: 30 kg from up to 5 components
capacity: 15 batches per hour

This system has been designed to handle to following products:

powdery bulk materials, even with poor flowing characteristics,
fibrous products,
hygroscopic materials,
materials tending to solidify during storage.
Trials on our test equipment allow an early detection of unwanted influences for instance caused by filling levels inside the feeding vessels or due to solidification effects. Such negative influences can thus be considered and effectively counteracted already at the planning stage.
In addition to the small components dosing systems mentioned above, bulk material dosing plants of different capacities are also available.
The small components dosing system shown here as an example meets a number of demanding requirements:
-accurate and dust-free dosing a total of 10 different components
-gravimetric dosing at low tolerances
-batch size: 30 kg from up to 5 components
-capacity: 15 batches per hour

This system has been designed to handle to following products:

powdery bulk materials, even with poor flowing characteristics,
fibrous products,
hygroscopic materials,
materials tending to solidify during storage.

Trials on our test equipment allow an early detection of unwanted influences for instance caused by filling levels inside the feeding vessels or due to solidification effects. Such negative influences can thus be considered and effectively counteracted already at the planning stage.

In addition to the small components dosing systems mentioned above, bulk material dosing plants of different capacities are also available.

Furthermore GEL offers efficient systems for dosing applications directly from the FIBC, making the need to re-fill materials into intermediate containers a thing of the past.

Special technical features reduce or prevent cross contaminations after material change-overs, thus reducing any cleaning requirements to a minimum.