Polyurethane products - Import export

Dispergator for sandwich panel production lines Mixing concept Because of changes in regulations on additives and the complexity of for-mulations, items in the Polyol blend viscosities were varied and are very difficult miscible or even immiscible. The result is a foam very difficult to implement, surfaces in contact with the plate full of bubbles, adhesion problems, shrinkage problems, bubbles, … To circumvent the lack of miscibility of the components we have developed two elements allowing a dispersion of additives and the gas into very small particles homogenously distributed in the Polyol. Therefore, when the Polyol is mixed in the mixing-head with Isocyanate, additives are much more reactive and there is no concentration of gas or random foaming agents that create bubbles surface states or « potato fields. ». The disperser is to this day an essential element of the production units of polyurethane foams and have a great effect on PIR. It is available as low pressure (air...

Dispergator for sandwich panel production lines Mixing concept Because of changes in regulations on additives and the complexity of for-mulations, items in the Polyol blend viscosities were varied and are very difficult miscible or even immiscible. The result is a foam very difficult to implement, surfaces in contact with the plate full of bubbles, adhesion problems, shrinkage problems, bubbles, … To circumvent the lack of miscibility of the components we have developed two elements allowing a dispersion of additives and the gas into very small particles homogenously distributed in the Polyol. Therefore, when the Polyol is mixed in the mixing-head with Isocyanate, additives are much more reactive and there is no concentration of gas or random foaming agents that create bubbles surface states or « potato fields. ». The disperser is to this day an essential element of the production units of polyurethane foams and have a great effect on PIR. It is available as low pressure (air...

Diisocyanates are a family of chemical building blocks mainly used to make polyurethane products, such as rigid and flexible foams, coatings, adhesives, sealants and elastomers. Many of the products we rely upon every day are safer and more comfortable through the use of polyurethanes made possible by diisocyanates. Polyurethane chemistry is complex, but the basics are relatively easy to understand. Polyurethanes are produced by combining diisocyanates with polyols and other chemical additives. Because a variety of diisocyanates and a wide range of polyols can be used to produce polyurethane and the speed of the reaction can be adjusted, a broad spectrum of materials can be produced to meet specific application needs. Diisocyanates are important in the production of countless products, particularly in the transportation and construction industries. TDI is used primarily in the production of flexible foams.

Technical parts are supplied according to the raw material required from rubber products. – Natural Rubber (NR) – (EPDM) – (NBR), – Viton (Fluorocarbon) Rubber (FKM), – Silicone Rubber(MQ, VMQ, PVMQ), – Polyurethane(TPU) The production of these parts as extrusion, molding and injection is followed and reported from the beginning to the end. All technical and logistic reports are prepared according to the needs of our customers in the automotive, ship, construction and white goods sectors.