PLUSOL R-103-xx & PLUSNATE R-100-01 raw materials used in this system are two-component systems and are injected between two metals, polyester, aluminum, etc., in a fixed press resistant to high pressures by high pressure or low pressure injection machines. is done. By using high-function polyether polyol, special silicones and environmentally friendly new generation blowing gases in the formulation of these products; Panels with high fluidity, high adhesion strength and high compressive strength values ​​are obtained.

Depending on demand, it can be formulated as B1, B2 and B3 according to DIN 4102 standard. According to the table above, our raw materials can be formulated to adapt to every thickness, as the panel thickness varies according to the temperature range.
a. Thermal Resistance                                : 2.5 m2K/W

b. Compressive stress at 10% deformation    : 300 kPa

c. Polyurethane Density (EN 1602)          : 40-44 kg/m3

d. Thermal Conduction Coefficient (EN 12667)          : 0.021 -0.024 W/mK to.

e. Dimensional Stability (EN 13165  : Level DS(TH) 11

f. Flammability Class (EN 13501-1)          : Adjusted According to Demand.

g. Water Absorption (EN ISO 354)           : 2%

h. Closed Cell Ratio (EN 14509)          : 95% I. Vapor Diffusion Resistance (EN 12086): 30-100

j. Temperature Resistance. : -200 / + 110 oC