• Product 2 Components consisting of a Component A mixture of Polyols, catalysts, stabilizers and expanding agents and a component B consisting of Diphenylmethane-Diisocyanate (MDI).
• Does not contain CFCs, HCFCs or HFCs that affect the ozone layer.
• No adhesives needed: Good adhesion to the substrate where it is applied.
• Speed ​​of execution and mobility without the need for joints.
• Allows continuous thermal insulation in a single process.
• Possibility of application in difficult places.

It is applied by spraying using a high viscosity Graco pump. To do this, it is necessary to stir Component A and then mix with component B, with a mixing ratio of 100/100 parts by volume (1:1), according to Table a. continuation:
Cream time (1) 4 ± 1 seconds
Thread time (2) 8 ± 2 seconds
Free glass density (3) 36 ± 2 g/L

(1) Creaming time: Time in which a sudden increase in the viscosity of the mixture occurs from the beginning of stirring. It is determined by visual appreciation and coincides with the beginning of expansion.
(2) Thread time: Time it takes for the mixture to form a thread from the start of stirring. It is determined by visual appreciation and coincides with the moment in which, by repeatedly inserting and removing a thin rod inside the foam, the first thread appears.
(3) Glass free density: Quotient between the weight of the foam contained in a glass and its volume.
The foam reacts exothermically on the surface where it is applied, remaining adhered to it in a few seconds.
The expansion of the foam is carried out by the action of a gas and carbon dioxide
(CO2) from the chemical reaction of water with Isocyanate. The percentage of gases occluded in the foam cells is as follows:
Percentage of gases with low thermal conductivity > 15%.
CO2 percentage > 60%

To clean materials and utensils, use FUTURSOLVENT 001 before the product hardens. Once the product has hardened it can only be removed by mechanical means.
Storage: Components A and B are sensitive to humidity, and should always be stored in hermetically closed drums or tanks. The absorption of water by component A can cause processing failures. On the other hand, component B reacts with humidity forming insoluble polyureas and releasing
CO2.
The storage temperature must be between +10 and +25º C. Temperatures outside this range must be avoided, as they can cause crystallization of component B at low temperatures (at -10ºC component B crystallizes, causing clogging of the machine pipes), as well as altering the composition of component A at higher temperatures. Likewise, direct exposure of the drums to the sun should be avoided.

Never leave the container of Component A (polyol) open, as this would cause a loss of expanding agent and reach the flash point.
If the drums are stored properly, the shelf life is 3 months for component A and 6 months for component B.

• Very useful in all types of construction companies, quick repair contracts, masonry in general, community maintenance, waterproofing, etc.
• Thermal insulation of buildings and large surfaces of irregular shapes using the projection technique.