For the manufacture of heat-resistant, closed-cell rigid polyurethane foam. Field of application includes production of thermal insulation of oil and gas pipelines using the "pipe in the pipe" method. The density in the core of the polyurethane foam (finished product) must be at least 60 kg/m3.
Component A: Himtrust KAT-40/55 (packing: 220 kg, 50 kg.)
Component B: (container: 250 kg, 50 kg.)
Polyol (component A) is a transparent liquid from yellow to brown colors.
Isocyanate component (component B) - polymer diphenylmethanediisocyanate brands: "Lupranat M 20 S", "Millionate-MR 200", "Wannate-PM 200", "Desmodur VKS 20 F", "Suprasec 5005", "Cosmonate M-200", "Ongronate 2100" - transparent non-delaminating brown liquid.
| Parameter | Value |
|---|---|
| Start time | 40-45 seconds |
| Rise time (time for gelatinization) | 160 -170 seconds |
| Apparent density during time of free foaming | 44-46 kg/m3 |
| Density (in the core) | 85 kg/m3 |
| Compression durability at 10% deformation in the radial direction | 0.64 MPa, |
| Water absorption by boiling for 90 min | 8% |
| Coefficient of thermal conductivity at an average temperature of 50°C | 0.029 W / m * K |
| Thermal conductivity coefficient at an average sample temperature of 20°C | 0.026 W / m*K |
| Shear strength in the axial direction at a temperature of 20-23°C | 0.34 MPa |
To ensure the reactivity and viscosity of the components, before processing bring the temperature of the component A to (+20) °C- (+25) °C, component B (+20)°C- (+25)°C.
Mix the polyol component (component A) with a paddle for 10-15 minutes or roll the barrels in a horizontal position for 20-30 minutes. The isocyanate component (component B) does not require any stirring if it was stored at a temperature not lower than +15°C. If the isocyanate component was stored at a temperature below +15°C, then slowly heat it to a temperature not higher than +25°C. Roll the barrel in a horizontal position to a homogeneous (homogeneous) state.
Flammable liquid. Contains flammable compounds, keep away from sources of fire, sparks, do not smoke near by the liquid. It can cause an irritation, if contacts the skin; and it can cause irreversible consequences in case of a contact with eyes. Can contaminate objects in the environment.
When working with the system, use an insulating gas mask, a BKF or B gas mask, safety glasses with side pads, impermeable synthetic rubber gloves, clothing and shoes. The space where the work is carried out must be equipped with exhaust ventilation, workplaces – local suction and fire extinguishing means.
The warranty period of storage is 12 months from the date of manufacture under 20°C and without opening the barrels.
Production of polyurethane materials and foamed polymeric materials is protected by patents and patent applications. This publication does not grant the right to carry out patented technological processes. The information and recommendations contained in this publication fully reflect Himtrust’s knowledge of the product to date. All the information is accurate to the best of our knowledge at the time of the publication. Nothing in this publication should be construed as a warranty. In all circumstances, it is the user’s responsibility to determine the applicability of such information or the product itself to the user's specific purpose
Component A - KAT-40, component B: Wannate PM-200 etc.
Component A - KAT-40(slower), component B: Wannate PM-200 etc.
Component A - KAT-40F, component B: Wannate PM-200 etc.
For anti-adhesion coating in molds. Mass fraction of non-volatile substances not less than 5%.
For anti-adhesive coating in molds. The mass fraction of non-volatile substances is not less than 10%.
For anti-adhesive coating in molds. The mass fraction of non-volatile substances is not less than 15%.
For anti-adhesive coating in molds. The mass fraction of non-volatile substances is not less than 45%.
For anti-adhesive coating in molds. Mass fraction of non-volatile substances not less than 60%.
Two-component system for the production of the "shell" of polyurethane foam with a density of the finished product 60 kg/m3 and above.
Component A - KAT-90 PPM, component B: Wannate PM-200 etc.
Two-component system for the SIP manufacture and sandwich panels of polyurethane foam with a density of the finished product not less than 55 kg/m3.
System for the PU foam structural elements production with a density of 80-120 kg/m3 in the finished product.
System for the PU foam structural elements production with a density of 200-300 kg/m3 in the finished product.
System for the polyurethane foam structural elements production with a density of 300-400 kg/m3 in the finished product.
System for the polyurethane foam structural elements production with a density of 400-600 kg/m3 in the finished product.
Non- foaming system designed to obtain fast – drying monolithic polyurethane.
