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Rigid foams

Rigid foams are polyurethane materials mainly used for sealing and insulation.

 

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Rokopol® T (Polyether polyol) Ready to use Rokopol® T is a reactive, aliphatic-aromatic polyether polyol, based on TDA for application of PUR rigid foam. It exists in the form of clear, brown liquid. It has...
Composition
Polyether polyols, Amine polyols
Rokopol®  T (Polyether polyol)
Rokopol® G500 (Polyether polyol) Rokopol® G500 is glycerine-based polyether polyol (polyoxyalkylene triol) which exists in the form of homogeneous, clear liquid. It contains antioxidants (excluding...
Composition
Polyether polyols, Alkoxylated alcohols, Triols
CAS No.
25791-96-2
Rokopol® G500  (Polyether polyol)
Rokopol® G700 (Polyether polyol) Rokopol®G700 is glycerine-based polyether polyol (polyoxyalkylene triol) which exists in the form of homogeneous, clear liquid. It contains antioxidants (excluding...
Composition
Alkoxylated alcohols, Polyether polyols, Triols
CAS No.
25791-96-2
Rokopol® G700  (Polyether polyol)
Rokopol® GS364 (Polyether polyol) Rokopol® GS364 is a low-reactive polyether sucrose polyol that is used in the production of rigid and semi-rigid polyurethane (PUR) foam in reaction with isocyanate....
Composition
Polyether polyols, Sucrose polyols
Rokopol® GS364  (Polyether polyol)
Rokopol® GS484 (Polyether polyol) Rokopol® GS484 is a polyether sucrose polyol that is used in the production of rigid and semi-rigid polyurethane (PUR) foam in reaction with isocyanate. It exists...
Composition
Polyether polyols, Sucrose polyols
Rokopol® GS484  (Polyether polyol)
Rokopol® RF170 (Polyether polyol) Rokopol® RF170Rokopol® RF170 is a reactive, three-function aliphatic polyether amine polyol. It exists in the form of amber-coloured liquid. It has hydroxyl value...
Composition
Polyether polyols, Alkoxylated alcohols, Amine polyols
CAS No.
37208-53-0
Rokopol® RF170  (Polyether polyol)
Rokopol® RF551 (Polyether polyol) Rokopol® RF551 is a general purpose polyether sorbitol polyol used for production of polyurethane (PUR) rigid and semi-rigid foam production in reaction with isocyanate....
Composition
Polyether polyols, Sorbitol polyols
CAS No.
56449-05-9
Rokopol® RF551 (Polyether polyol)
SyncoPol® AR 350 SyncoPol® AR 350 is reactive amine polyol for spray foam systems of medium viscosity and functionality. This product has functionality of 4.0, high hydroxyl value...
Composition
Polyether polyols, Sorbitol polyols
CAS No.
25214-63-5
SyncoPol® AR 350
SyncoPol® AR300 SyncoPol® AR300 is Amine initiated reaction polyether polyol with hydroxyl value in range 735 - 775 mgKOH/g and molecular weight ~300 g/mol. The product has viscosity...
Composition
Polyether polyols
CAS No.
37208-53-0
SyncoPol® AR300
SyncoPol® DL1001 SyncoPol® DL1001 is a medium molecular weight polyether diol used in a wide variety of polyurethane applications ranging from elastomers, coatings and adhesives...
Composition
Polyether polyols, Diols
CAS No.
25322-69-4
SyncoPol® DL1001
SyncoPol® DL2001 SyncoPol® DL2001 is a Polypropylene glycol with hydroxyl value in range 54-58 mgKOH/g and molecular weight ~2,000 g/mol. The product has low viscosity in range 290-340...
Composition
Polyether polyols, Diols
CAS No.
25322-69-4
SyncoPol® DL2001
SyncoPol® DL400 SyncoPol® DL400 is a Polypropylene glycol with hydroxyl value in range 265-295 mgKOH/g and molecular weight ~400 g/mol. The product has low viscosity in range 50-80...
Composition
Prepolymers, Polyether polyols, Diols
CAS No.
25322-69-4
SyncoPol® DL400
SyncoPol® EA300 SyncoPol® EA300 is branched polyester polyol with hydroxyl value in range 380 - 420 mg KOH/g and molecular weight ~300 g/mol. The product has viscosity in range...
Composition
Polyester polyols
CAS No.
32472-85-8
SyncoPol® EA300
SyncoPol® EA320 SyncoPol® EA320 is aromatic polyester polyol of molecular weight 320 g/mol with medium viscosity in range 90-160 cPs at 60°C, hydroxyl value 325-375 mgKOH/g, functionality...
Composition
Polyester polyols
CAS No.
32472-85-8
SyncoPol® EA320
SyncoPol® EA360 SyncoPol® EA360 is aromatic hydroxylate polyester polyol with hydroxyl value in range 300 - 330 mgKOH/g and molecular weight ~350 g/mol. The product has viscosity...
Composition
Polyether polyols
CAS No.
32472-85-8
SyncoPol® EA360
SyncoPol® EA470 SyncoPol® EA470 is aromatic hydroxylate polyester polyol with hydroxyl value in range 230-270 mgKOH/g and molecular weight ~470 g/mol. The product has viscosity...
Composition
Polyester polyols
SyncoPol®  EA470
SyncoPol® EA480 SyncoPol® EA480 is aromatic polyester polyol of molecular weight 240 g/mol with medium viscosity in range 2,500 – 4,500 cPs, hydroxyl value 225-245 mgKOH/g, functionality...
Composition
Polyester polyols
CAS No.
32472-85-8
SyncoPol® EA480
SyncoPol® GT1050 SyncoPol® GT1050 is a glycerine based polyether polyol with hydroxyl value in range 155-165 mgKOH/g and molecular weight ~1050 g/mol. The product has low viscosity...
Composition
Polyether polyols, Glycerine polyols
CAS No.
25791-96-2
SyncoPol® GT1050
SyncoPol® GT150 SyncoPol® GT150 is glycerine based polyether polyol with hydroxyl value in range 1085-1160 mg KOH/g and molecular weight ~150 g/mol. The product has viscosity in...
Composition
Polyether polyols, Glycerine polyols
CAS No.
25791-96-2
SyncoPol® GT150
SyncoPol® GT310 SyncoPol® GT310 is glycerine based polyether polyol with hydroxyl value in range 520 - 560 mgKOH/g and molecular weight ~310 g/mol. The product has viscosity in...
Composition
Polyether polyols
CAS No.
25791-96-2
SyncoPol® GT310
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Rigid foams are polyurethane materials mainly used for sealing and insulation.

 

They can be divided into block, one-component, spray and pourable foams. They show similar properties, but they differ in the method of application. Block foams are made by cutting a block of rigid foam into slabs with specific thickness values. One-component foams (OCFs) are the easiest ones to apply: by using an applicator directly from the can, where a reaction creating the foam occurs. The application of spray foams is similar to that of OCFs, but the main difference lies in the scale of application. Pourable foams exist as liquids which increase their volume during the application, and thus fill the gaps.