Публикации
Idealtec, a guarantee of quality in potentially explosive atmospheres
Preventing accidents and risks of various kinds and ensuring plant safety has always been very close to Idealtec's heart, right from the earliest stages of designing and creating systems for handling and storing powders. The inherited corporate DNA and the consequence of far-sighted vision underpin a strong propensity for research and continuous innovation that is also reflected in technical applications intended for use in potentially explosive (literally!) atmospheres.
Wall coatings and water-based paints — a new plant and a new achievement for Idealtec
An all-in-one project, covering 2,500 square meters, for a start-up who asked Idealtec to build a turnkey plant for producing wall coatings and water-based paints.
Storage silos on load cells and with pneumatic filling system from tank truck
Plant for storage, dosage and transport of titanium dioxide and carbon black - another example of timely design and customisation of Idealtec customer specifications.
Turnkey systems for producing powder coatings
A “delivery” only possible thanks to the meticulous care taken in protocols for preparing and distributing the raw materials: from the loading cycle of powders, to weighing them, through to thorough mixing of all “ingredients” in the production cycle.
Design and continuous research for modular systems
Modularity and safety above all. These are the main distinguishing features of our modular systems for loading powders, subject of continuous research in terms of materials, versatile composition and methods of use. Multifunctional and configurable in various ways, these filling stations reconfigure operational spaces in the production department, with maximum customisation and safety.
Custom made systems — Italian know-how at its best
In addressing the challenges of plant complexity, #Idealtec S.r.l., strong in the maturity of many experiences in the field and thanks to constant, open dialogue with the customer, intervened in a production process divided into six work phases. These were grouped into three macro-groups, comprising three contiguous lines of #aeromechanical #conveyors, in a coordinated sequence, replicated in successive departments by chain conveyor lines.