CARADOL SC48-08 is a low monol, low VOC polyether polyol for the production of flexible polyurethane slabstock foams.

 

CARADOL SC48-08 is especially suited for the manufacture of foams used in applications where yellowing in contact with textiles or glass “fogging” has to be avoided. It has a wide processing tolerance over a normal density and hardness range.

 

This includes diluting catalysts for HR foaming with this polyol or mixing this product with other slab polyols before it is used or brought into contact with HR system.

 

Please see the specification sheet below and for further details contact our local sales representative today.

CARADOL SC46-28 is a low VOC and amine free polyether polyol to produce high resilience flexible polyurethane slab-stock foams. It is especially designed for production of higher resilience foam utilizing foam processing techniques similar to conventional slab-stock foaming, and with use of conventional slab-stock silicones, catalysts and additives. It is designed to give high resilient foam with significantly improved foam compression set and porosity. It has a wide processing tolerance over a normal density and hardness range. Performance testing should be conducted before the product is used or brought into contact with HR systems based on EO tipped polyols. This includes diluting catalysts for HR foaming with this polyol or mixing this product with other slab polyols before it is used or brought into contact with HR systems based on EO tipped polyols.

CARADOL ED56-200 is a 2000 molecular weight polyoxypropyleneglycol designed as an intermediate for the production of polyurethane coatings, adhesives, sealants and elastomers. It is manufactured to close specifications ensuring a high degree of consistency.

CARADOL MC28-02 is a ’BHT free’ activated propylene oxide/ethylene oxide based polyether polyol. It is particularly suitable for the production of moulded high resilience flexible foams, semi-flexible foams and integral skin semi-flexible foams. Its high molecular weight enhances the resilience and tensile properties of the foams whilst exhibiting excellent processing characteristics.