| Produkt | Description | Application | Viscosity (mPa) | Epoxy index | Hydrolysable chlorine | Colour (Gardner) |
|---|---|---|---|---|---|---|
| CHS-EPOXY® RR 800 | 1, 4-butanediol diglycidyl ether | Coatings>Hardeners & Reactive Diluents>Reactive Diluents|Construction & Flooring>Hardeners & Reactive Diluents>Reactive Diluents|Transport>Hardeners & Reactive Diluents>Reactive Diluents|Electro & Electronics>Hardeners & Reactive Diluents>Reactive Diluents|Wind power plants>Hardeners & Reactive Solvents>Reactive solvents | Oct-25 | 7,60-8,10 | max. 0,2 | max.1* |
| CHS-EPOXY® RR 690 | Trimethylol propane triglycidyl ether | Coatings>Hardeners & Reactive Diluents>Reactive Diluents|Construction & Flooring>Hardeners & Reactive Diluents>Reactive Diluents|Transport>Hardeners & Reactive Diluents>Reactive Diluents|Electro & Electronics>Hardeners & Reactive Diluents>Reactive Diluents|Wind power plants>Hardeners & Reactive Solvents>Reactive solvents | 130-200 | 7,20-7,70 | max. 0,1 | max.1* |
| CHS-EPOXY® RR 330 | C12-C14 alkyl glycidyl ether | Coatings>Hardeners & Reactive Diluents>Reactive Diluents|Construction & Flooring>Hardeners & Reactive Diluents>Reactive Diluents|Transport>Hardeners & Reactive Diluents>Reactive Diluents|Electro & Electronics>Hardeners & Reactive Diluents>Reactive Diluents|Wind power plants>Hardeners & Reactive Solvents>Reactive solvents | 5-Oct | 2,94-3,70 | max. 0,1 | max.1* |
| CHS-EPOXY® RR 700 | 1, 6-hexanediol diglycidyl ether | Coatings>Hardeners & Reactive Diluents>Reactive Diluents|Construction & Flooring>Hardeners & Reactive Diluents>Reactive Diluents|Transport>Hardeners & Reactive Diluents>Reactive Diluents|Electro & Electronics>Hardeners & Reactive Diluents>Reactive Diluents|Wind power plants>Hardeners & Reactive Solvents>Reactive solvents | 15-25 | 6,70-7,20 | max. 0,2 | max.1* |
| CHS-EPOXY® RR 300 | Polypropyleneglycol diglycidyl ether | Coatings>Hardeners & Reactive Diluents>Reactive Diluents|Construction & Flooring>Hardeners & Reactive Diluents>Reactive Diluents|Transport>Hardeners & Reactive Diluents>Reactive Diluents|Electro & Electronics>Hardeners & Reactive Diluents>Reactive Diluents|Wind power plants>Hardeners & Reactive Solvents>Reactive solvents | 40-90 | 2,90-3,30 | max. 0,3 | max.2* |
| CHS-EPOXY® RR 430 | C8-C10 alkyl glycidyl ether | Construction & Flooring>Hardeners & Reactive Diluents>Reactive Diluents|Transport>Hardeners & Reactive Diluents>Reactive Diluents|Electro & Electronics>Hardeners & Reactive Diluents>Reactive Diluents|Coatings>Hardeners & Reactive Diluents>Reactive Diluents|Wind power plants>Hardeners & Reactive Solvents>Reactive solvents | 1-Jun | 4,25-4,55 | max. 0,05 | max.1* |
| TELALIT® 0600 | Cycloaliphatic, modified | Transport>Hardeners & Reactive Diluents>Hardeners|Coatings>Hardeners & Reactive Diluents>Hardeners|Electro & Electronics>Hardeners & Reactive Diluents>Hardeners|Construction & Flooring>Hardeners & Reactive Diluents>Hardeners|Wind power plants>Hardeners & Reactive Solvents>Hardeners | 80-100 | |||
| TELALIT® 0842 | Solvent free system, under water curing | Transport>Hardeners & Reactive Diluents>Hardeners|Coatings>Hardeners & Reactive Diluents>Hardeners|Electro & Electronics>Hardeners & Reactive Diluents>Hardeners|Construction & Flooring>Hardeners & Reactive Diluents>Hardeners|Wind power plants>Hardeners & Reactive Solvents>Hardeners | 1 100-1 900 | |||
| TELALIT® 0590 | Polyoxyetheramine | Transport>Hardeners & Reactive Diluents>Hardeners|Coatings>Hardeners & Reactive Diluents>Hardeners|Electro & Electronics>Hardeners & Reactive Diluents>Hardeners|Construction & Flooring>Hardeners & Reactive Diluents>Hardeners|Wind power plants>Hardeners & Reactive Solvents>Hardeners | 5-Oct | |||
| TELALIT® 0492 | Cycloaliphatic modified | Construction & Flooring>Hardeners & Reactive Diluents>Hardeners|Wind power plants>Hardeners & Reactive Solvents>Hardeners|Transport>Hardeners & Reactive Diluents>Hardeners|Coatings>Hardeners & Reactive Diluents>Hardeners|Electro & Electronics>Hardeners & Reactive Diluents>Hardeners | 15-30 | |||
| TELALIT® 0903 | Cycloaliphatic adduct modified | Transport>Hardeners & Reactive Diluents>Hardeners|Coatings>Hardeners & Reactive Diluents>Hardeners|Electro & Electronics>Hardeners & Reactive Diluents>Hardeners|Construction & Flooring>Hardeners & Reactive Diluents>Hardeners|Wind power plants>Hardeners & Reactive Solvents>Hardeners | 200-500 | |||
| TELALIT® 0500 | Cycloaliphatic amine | Transport>Hardeners & Reactive Diluents>Hardeners|Coatings>Hardeners & Reactive Diluents>Hardeners|Electro & Electronics>Hardeners & Reactive Diluents>Hardeners|Construction & Flooring>Hardeners & Reactive Diluents>Hardeners|Wind power plants>Hardeners & Reactive Solvents>Hardeners | May-50 | |||
| TELALIT® 1040 | Polyoxyetheramine | Wind power plants>Hardeners & Reactive Solvents>Hardeners|Transport>Hardeners & Reactive Diluents>Hardeners|Coatings>Hardeners & Reactive Diluents>Hardeners|Electro & Electronics>Hardeners & Reactive Diluents>Hardeners|Construction & Flooring>Hardeners & Reactive Diluents>Hardeners | Oct-30 | |||
| TELALIT® 0430 | Cycloaliphatic amine | Transport>Hardeners & Reactive Diluents>Hardeners|Coatings>Hardeners & Reactive Diluents>Hardeners|Electro & Electronics>Hardeners & Reactive Diluents>Hardeners|Construction & Flooring>Hardeners & Reactive Diluents>Hardeners|Wind power plants>Hardeners & Reactive Solvents>Hardeners | May-50 | |||
| TELALIT® 0240 | Aliphatic amine (substitution for HARDENER P 11) | Wind power plants>Hardeners & Reactive Solvents>Hardeners|Transport>Hardeners & Reactive Diluents>Hardeners|Coatings>Hardeners & Reactive Diluents>Hardeners|Electro & Electronics>Hardeners & Reactive Diluents>Hardeners|Construction & Flooring>Hardeners & Reactive Diluents>Hardeners | 5-Oct | |||
| TELALIT® 0420 | Cycloaliphatic amine | Transport>Hardeners & Reactive Diluents>Hardeners|Coatings>Hardeners & Reactive Diluents>Hardeners|Electro & Electronics>Hardeners & Reactive Diluents>Hardeners|Construction & Flooring>Hardeners & Reactive Diluents>Hardeners|Wind power plants>Hardeners & Reactive Solvents>Hardeners | Oct-25 |
| Produkt | Description | Application | Viscosity (mPa) | Epoxy index | Hydrolysable chlorine | Colour (Gardner) |
|---|---|---|---|---|---|---|
| CHS-EPOXY® RR 800 | 1, 4-butanediol diglycidyl ether | Coatings>Hardeners & Reactive Diluents>Reactive Diluents|Construction & Flooring>Hardeners & Reactive Diluents>Reactive Diluents|Transport>Hardeners & Reactive Diluents>Reactive Diluents|Electro & Electronics>Hardeners & Reactive Diluents>Reactive Diluents|Wind power plants>Hardeners & Reactive Solvents>Reactive solvents | Oct-25 | 7,60-8,10 | max. 0,2 | max.1* |
| CHS-EPOXY® RR 690 | Trimethylol propane triglycidyl ether | Coatings>Hardeners & Reactive Diluents>Reactive Diluents|Construction & Flooring>Hardeners & Reactive Diluents>Reactive Diluents|Transport>Hardeners & Reactive Diluents>Reactive Diluents|Electro & Electronics>Hardeners & Reactive Diluents>Reactive Diluents|Wind power plants>Hardeners & Reactive Solvents>Reactive solvents | 130-200 | 7,20-7,70 | max. 0,1 | max.1* |
| CHS-EPOXY® RR 330 | C12-C14 alkyl glycidyl ether | Coatings>Hardeners & Reactive Diluents>Reactive Diluents|Construction & Flooring>Hardeners & Reactive Diluents>Reactive Diluents|Transport>Hardeners & Reactive Diluents>Reactive Diluents|Electro & Electronics>Hardeners & Reactive Diluents>Reactive Diluents|Wind power plants>Hardeners & Reactive Solvents>Reactive solvents | 5-Oct | 2,94-3,70 | max. 0,1 | max.1* |
| CHS-EPOXY® RR 700 | 1, 6-hexanediol diglycidyl ether | Coatings>Hardeners & Reactive Diluents>Reactive Diluents|Construction & Flooring>Hardeners & Reactive Diluents>Reactive Diluents|Transport>Hardeners & Reactive Diluents>Reactive Diluents|Electro & Electronics>Hardeners & Reactive Diluents>Reactive Diluents|Wind power plants>Hardeners & Reactive Solvents>Reactive solvents | 15-25 | 6,70-7,20 | max. 0,2 | max.1* |
| CHS-EPOXY® RR 300 | Polypropyleneglycol diglycidyl ether | Coatings>Hardeners & Reactive Diluents>Reactive Diluents|Construction & Flooring>Hardeners & Reactive Diluents>Reactive Diluents|Transport>Hardeners & Reactive Diluents>Reactive Diluents|Electro & Electronics>Hardeners & Reactive Diluents>Reactive Diluents|Wind power plants>Hardeners & Reactive Solvents>Reactive solvents | 40-90 | 2,90-3,30 | max. 0,3 | max.2* |
| CHS-EPOXY® RR 430 | C8-C10 alkyl glycidyl ether | Construction & Flooring>Hardeners & Reactive Diluents>Reactive Diluents|Transport>Hardeners & Reactive Diluents>Reactive Diluents|Electro & Electronics>Hardeners & Reactive Diluents>Reactive Diluents|Coatings>Hardeners & Reactive Diluents>Reactive Diluents|Wind power plants>Hardeners & Reactive Solvents>Reactive solvents | 1-Jun | 4,25-4,55 | max. 0,05 | max.1* |
| Produkt | Description | Application | Viscosity (mPa) | Amino number | HEW |
|---|---|---|---|---|---|
| TELALIT® 0600 | Cycloaliphatic, modified | Transport>Hardeners & Reactive Diluents>Hardeners|Coatings>Hardeners & Reactive Diluents>Hardeners|Electro & Electronics>Hardeners & Reactive Diluents>Hardeners|Construction & Flooring>Hardeners & Reactive Diluents>Hardeners|Wind power plants>Hardeners & Reactive Solvents>Hardeners | 80-100 | 450-500 | 62 |
| TELALIT® 0842 | Solvent free system, under water curing | Transport>Hardeners & Reactive Diluents>Hardeners|Coatings>Hardeners & Reactive Diluents>Hardeners|Electro & Electronics>Hardeners & Reactive Diluents>Hardeners|Construction & Flooring>Hardeners & Reactive Diluents>Hardeners|Wind power plants>Hardeners & Reactive Solvents>Hardeners | 1 100-1 900 | min.290 | 84 |
| TELALIT® 0590 | Polyoxyetheramine | Transport>Hardeners & Reactive Diluents>Hardeners|Coatings>Hardeners & Reactive Diluents>Hardeners|Electro & Electronics>Hardeners & Reactive Diluents>Hardeners|Construction & Flooring>Hardeners & Reactive Diluents>Hardeners|Wind power plants>Hardeners & Reactive Solvents>Hardeners | 5-Oct | 440-490 | 59 |
| TELALIT® 0492 | Cycloaliphatic modified | Construction & Flooring>Hardeners & Reactive Diluents>Hardeners|Wind power plants>Hardeners & Reactive Solvents>Hardeners|Transport>Hardeners & Reactive Diluents>Hardeners|Coatings>Hardeners & Reactive Diluents>Hardeners|Electro & Electronics>Hardeners & Reactive Diluents>Hardeners | 15-30 | 550-600 | 49 |
| TELALIT® 0903 | Cycloaliphatic adduct modified | Transport>Hardeners & Reactive Diluents>Hardeners|Coatings>Hardeners & Reactive Diluents>Hardeners|Electro & Electronics>Hardeners & Reactive Diluents>Hardeners|Construction & Flooring>Hardeners & Reactive Diluents>Hardeners|Wind power plants>Hardeners & Reactive Solvents>Hardeners | 200-500 | 320-350 | 90 |
| TELALIT® 0500 | Cycloaliphatic amine | Transport>Hardeners & Reactive Diluents>Hardeners|Coatings>Hardeners & Reactive Diluents>Hardeners|Electro & Electronics>Hardeners & Reactive Diluents>Hardeners|Construction & Flooring>Hardeners & Reactive Diluents>Hardeners|Wind power plants>Hardeners & Reactive Solvents>Hardeners | May-50 | 1100-1200 | 50 |
| TELALIT® 1040 | Polyoxyetheramine | Wind power plants>Hardeners & Reactive Solvents>Hardeners|Transport>Hardeners & Reactive Diluents>Hardeners|Coatings>Hardeners & Reactive Diluents>Hardeners|Electro & Electronics>Hardeners & Reactive Diluents>Hardeners|Construction & Flooring>Hardeners & Reactive Diluents>Hardeners | Oct-30 | 230-260 | 104 |
| TELALIT® 0430 | Cycloaliphatic amine | Transport>Hardeners & Reactive Diluents>Hardeners|Coatings>Hardeners & Reactive Diluents>Hardeners|Electro & Electronics>Hardeners & Reactive Diluents>Hardeners|Construction & Flooring>Hardeners & Reactive Diluents>Hardeners|Wind power plants>Hardeners & Reactive Solvents>Hardeners | May-50 | 1250-1320 | 43 |
| TELALIT® 0240 | Aliphatic amine (substitution for HARDENER P 11) | Wind power plants>Hardeners & Reactive Solvents>Hardeners|Transport>Hardeners & Reactive Diluents>Hardeners|Coatings>Hardeners & Reactive Diluents>Hardeners|Electro & Electronics>Hardeners & Reactive Diluents>Hardeners|Construction & Flooring>Hardeners & Reactive Diluents>Hardeners | 5-Oct | 24 | |
| TELALIT® 0420 | Cycloaliphatic amine | Transport>Hardeners & Reactive Diluents>Hardeners|Coatings>Hardeners & Reactive Diluents>Hardeners|Electro & Electronics>Hardeners & Reactive Diluents>Hardeners|Construction & Flooring>Hardeners & Reactive Diluents>Hardeners|Wind power plants>Hardeners & Reactive Solvents>Hardeners | Oct-25 | 600-650 | 42 |
| Produkt | Description | Application | Viscosity (Pa) | Epoxy index | EEW | Hydrolysable chlorine | Colour (APHA) |
|---|---|---|---|---|---|---|---|
| CHS-EPOXY® 573 | BPA/F epoxy resin | Wind power plants>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF|Coatings>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF|Construction & Flooring>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF|Transport>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF|Electro & Electronics>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF | 8,0-10,5 | 5,3-5,6 | 179-189 | max. 0,03 | max.100 |
| CHS-EPOXY® 574 | BPA/F resin modified by difunctional reactive diluent | Construction & Flooring>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF|Transport>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF|Wind power plants>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF|Coatings>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF | 1,4-1,7 | 5,5-5,75 | 174-182 | max. 0,1 | max.100 |
| CHS-EPOXY® 575 | BPA/F resin modified by difunctional reactive diluent | Coatings>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF|Construction & Flooring>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF|Transport>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF|Wind power plants>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF | 0,7-0,9 | 5,6-5,9 | 169-179 | max. 0,1 | max.100 |
| CHS-EPOXY® 572 | BPA/F epoxy resin | Coatings>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF|Construction & Flooring>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF|Transport>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF|Electro & Electronics>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF|Wind power plants>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF | 4,5-7,0 | 5,5-5,8 | 172-182 | max. 0,03 | max.100 |
| CHS-EPOXY® 514 | BPA/F resin modified by monofunctional reactive diluent | Wind power plants>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF|Coatings>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF|Construction & Flooring>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF|Transport>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF|Electro & Electronics>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF | 0,8-1,1 | 5,1-5,4 | 185-196 | max. 0,1 | max.100 |
| CHS-EPOXY® 571 | BPA/F epoxy resin | Transport>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF|Electro & Electronics>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF|Wind power plants>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF|Coatings>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF|Construction & Flooring>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF | 6,0-8,0 | 5,4-5,7 | 175-185 | max. 0,03 | max.100 |
| CHS-EPOXY® B 201 M 80 | 80% solution of brominated (21% wt.) medium molecular weight epoxy resin, dissolved in methyl ethyl ketone | Transport>Modified Epoxy Resins>Brominated Epoxy Resins|Electro & Electronics>Epoxy Systems for Electronics>Brominated Epoxy Resins|Transport>Epoxy Systems for Electronics>Brominated Epoxy Resins | 1,5-2 | 2,3-2,5 | 400-435 | max. 0,1 | |
| CHS-EPOXY® 200 M 75 | Solution in methyl ethyl ketone | Electro & Electronics>Modified Epoxy Resins>Epoxy Resins - Solution|Transport>Modified Epoxy Resins>Epoxy Resins - Solution | 0-2,0 | 1,9-2,3 | 435-525 | max. 0,015 | |
| CHS-EPOXY® 200 M 80 | Solution in methyl ethyl ketone | Electro & Electronics>Modified Epoxy Resins>Epoxy Resins - Solution|Transport>Modified Epoxy Resins>Epoxy Resins - Solution | 2,5-5,5 | 2,0-2,4 | 410-500 | max. 0,015 | |
| CHS-EPOXY® B 200 M 80 | 80% solution of brominated (21% wt.) medium molecular weight epoxy resin, dissolved in methyl ethyl ketone | Transport>Modified Epoxy Resins>Brominated Epoxy Resins|Electro & Electronics>Epoxy Systems for Electronics>Brominated Epoxy Resins|Transport>Epoxy Systems for Electronics>Brominated Epoxy Resins | 1,1-2,3 | 1,8-2,3 | 435-556 | max. 0,1 | |
| CHS-EPOXY® 520 M 80 | 80% solution in methyl ethyl ketone | Transport>Modified Epoxy Resins>Epoxy Resins - Solution|Electro & Electronics>Modified Epoxy Resins>Epoxy Resins - Solution | 0,04-0,05 | 4,1-4,4 //3 | 227-244 //3 | max.300 | |
| CHS-EPOXY® 498 | Epoxy resin modified with mono-functional reactive diluent | Transport>Modified Epoxy Resins>Modified Liquid Resins|Wind power plants>Modified Epoxy Resins>Modified Liquid Resins|Construction & Flooring>Modified Epoxy Resins>Modified liquid resins|Electro & Electronics>Modified Epoxy Resins>Modified Liquid Resins | 0,5- 0,7 | 4,8-5,1 | 196-208 | max.100 |
| Produkt | Description | Application | Viscosity (Pa) | Epoxy index | EEW | Hydrolysable chlorine | Colour (Gardner) |
|---|---|---|---|---|---|---|---|
| CHS-EPOXY® 200 M 75 | Solution in methyl ethyl ketone | Electro & Electronics>Modified Epoxy Resins>Epoxy Resins - Solution|Transport>Modified Epoxy Resins>Epoxy Resins - Solution | 0-2,0 | 1,9-2,3 | 435-525 | max. 0,015 | max.1 |
| CHS-EPOXY® 200 M 80 | Solution in methyl ethyl ketone | Electro & Electronics>Modified Epoxy Resins>Epoxy Resins - Solution|Transport>Modified Epoxy Resins>Epoxy Resins - Solution | 2,5-5,5 | 2,0-2,4 | 410-500 | max. 0,015 | max.1 |
| CHS-EPOXY® 520 M 80 | 80% solution in methyl ethyl ketone | Transport>Modified Epoxy Resins>Epoxy Resins - Solution|Electro & Electronics>Modified Epoxy Resins>Epoxy Resins - Solution | 0,04-0,05 | 4,1-4,4 //3 | 227-244 //3 |
| Produkt | Description | Application | Viscosity (Pa) | Epoxy index | EEW | Hydrolysable chlorine | Colour (APHA) |
|---|---|---|---|---|---|---|---|
| CHS-EPOXY® 573 | BPA/F epoxy resin | Wind power plants>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF|Coatings>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF|Construction & Flooring>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF|Transport>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF|Electro & Electronics>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF | 8,0-10,5 | 5,3-5,6 | 179-189 | max. 0,03 | max.100 |
| CHS-EPOXY® 574 | BPA/F resin modified by difunctional reactive diluent | Construction & Flooring>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF|Transport>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF|Wind power plants>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF|Coatings>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF | 1,4-1,7 | 5,5-5,75 | 174-182 | max. 0,1 | max.100 |
| CHS-EPOXY® 575 | BPA/F resin modified by difunctional reactive diluent | Coatings>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF|Construction & Flooring>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF|Transport>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF|Wind power plants>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF | 0,7-0,9 | 5,6-5,9 | 169-179 | max. 0,1 | max.100 |
| CHS-EPOXY® 572 | BPA/F epoxy resin | Coatings>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF|Construction & Flooring>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF|Transport>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF|Electro & Electronics>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF|Wind power plants>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF | 4,5-7,0 | 5,5-5,8 | 172-182 | max. 0,03 | max.100 |
| CHS-EPOXY® 514 | BPA/F resin modified by monofunctional reactive diluent | Wind power plants>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF|Coatings>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF|Construction & Flooring>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF|Transport>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF|Electro & Electronics>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF | 0,8-1,1 | 5,1-5,4 | 185-196 | max. 0,1 | max.100 |
| CHS-EPOXY® 571 | BPA/F epoxy resin | Transport>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF|Electro & Electronics>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF|Wind power plants>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF|Coatings>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF|Construction & Flooring>Modified Epoxy Resins>Epoxy Resins based on BPA/BPF | 6,0-8,0 | 5,4-5,7 | 175-185 | max. 0,03 | max.100 |
| Produkt | Description | Application | Viscosity (Pa) | Epoxy index | EEW | Colour (APHA) |
|---|---|---|---|---|---|---|
| CHS-EPOXY® 498 | Epoxy resin modified with mono-functional reactive diluent | Transport>Modified Epoxy Resins>Modified Liquid Resins|Wind power plants>Modified Epoxy Resins>Modified Liquid Resins|Construction & Flooring>Modified Epoxy Resins>Modified liquid resins|Electro & Electronics>Modified Epoxy Resins>Modified Liquid Resins | 0,5- 0,7 | 4,8-5,1 | 196-208 | max.100 |
| Produkt | Description | Application | Viscosity (Pa) | Epoxy index | EEW | Hydrolysable chlorine | Colour (Gardner) |
|---|---|---|---|---|---|---|---|
| CHS-EPOXY® B 201 M 80 | 80% solution of brominated (21% wt.) medium molecular weight epoxy resin, dissolved in methyl ethyl ketone | Transport>Modified Epoxy Resins>Brominated Epoxy Resins|Electro & Electronics>Epoxy Systems for Electronics>Brominated Epoxy Resins|Transport>Epoxy Systems for Electronics>Brominated Epoxy Resins | 1,5-2 | 2,3-2,5 | 400-435 | max. 0,1 | max.1 |
| CHS-EPOXY® B 200 M 80 | 80% solution of brominated (21% wt.) medium molecular weight epoxy resin, dissolved in methyl ethyl ketone | Transport>Modified Epoxy Resins>Brominated Epoxy Resins|Electro & Electronics>Epoxy Systems for Electronics>Brominated Epoxy Resins|Transport>Epoxy Systems for Electronics>Brominated Epoxy Resins | 1,1-2,3 | 1,8-2,3 | 435-556 | max. 0,1 | max.1 |
| Produkt | Description | Application | Colour (APHA) | Concentration | 1,5 Hexadiene | Stabilizer |
|---|---|---|---|---|---|---|
| Allyl chloride | Clear liquid with characteristic pungent odour, extremely flammable, sensitive to UV radiation (darkens). | Transport>Chlorine Products>Allylchloride|Chemical industry>Chlorine Products & Other>Allylchloride | < 50 | > 99 | < 0,3 | 0,015-0,025 //11 |
| Produkt | Description | Application | Colour (APHA) | Concentration | 1,5 Hexadiene | Stabilizer |
|---|---|---|---|---|---|---|
| Allyl chloride | Clear liquid with characteristic pungent odour, extremely flammable, sensitive to UV radiation (darkens). | Transport>Chlorine Products>Allylchloride|Chemical industry>Chlorine Products & Other>Allylchloride | < 50 | > 99 | < 0,3 | 0,015-0,025 //11 |
| Produkt | Description | Application | Components | Mixing ratio | Tg, DSC | Pot-life |
|---|---|---|---|---|---|---|
| CHS-EPODUR® 561-1557 | Hydrophobic cycloaliphatic epoxy resin and hardener system suitable for outdoor application in severe climatic conditions. Good UV resistance. High Tg. The product complies with the fire safety requirements set out in EN 45545-2. | Doprava>Epoxidové systémy pro elektroniku|Doprava>Epoxydové systémy pro kompozity|Elektro & elektronika>Epoxidové systémy pro elektro>Izolátory, průchodky, rozvaděče|Elektro & elektronika>Epoxidové systémy pro elektro>Přístrojové & distribuční transformátory | A/B/C2/D5 | 100/90/0,5/10/390 | 100 - 120 | 1-2 h/60°C |
| VEROBOND® 520-2608 | Structural adhesive with high elongation up to 55% with excellent peel and shear strength. | Wind power plants>Epoxy Systems for Composites>Adhesives for Composites|Transport>Epoxy Systems for Composites>Adhesives for Composites | A/B | 100/140 | 70-80 | 20 min/25°C/50g |
| VEROBOND® SUPER | Structural adhesive with high elongation up to 55% with excellent peel and shear strength. | Transport>Epoxy Systems for Composites>Adhesives for Composites|Wind power plants>Epoxy Systems for Composites>Adhesives for Composites | A/B | 100/100 | 70-80 | 20 min/25°C/10g |
| VEROBOND® QUICK | Unique, very fast epoxy adhesive (5 minutes curing time). | Transport>Epoxy Systems for Composites>Adhesives for Composites|Wind power plants>Epoxy Systems for Composites>Adhesives for Composites | A/B | 100/100 | 50-60 | 3 min/25°C/10g |
| VEROBOND® 14 | Epoxy adhesive cured at room temperature. Systems is a thixotropic paste of high strength with good chemical resistance. | Transport>Epoxy Systems for Composites>Adhesives for Composites|Wind power plants>Epoxy Systems for Composites>Adhesives for Composites | A/B | 100/50 | 80-85 | 60 min/25°C/100g |
| VEROBOND® 521-0846 | Two-component epoxy structural adhesive. It is used for structural bonding of a wide range of substrates, especially metals, metal structures, wood and ceramics. | Transport>Epoxy Systems for Composites>Adhesives for Composites|Wind power plants>Epoxy Systems for Composites>Adhesives for Composites | A/B | 100/50 | 60-70 | 28 min/25°C/15g |
| VEROBOND® 15 | Hybrid epoxy structural adhesive with high elongation and excellent peel and shear strengths. | Transport>Epoxy Systems for Composites>Adhesives for Composites|Wind power plants>Epoxy Systems for Composites>Adhesives for Composites | A/B | 100/100 | 60-70 | 25 min/25°C/100g |
| VEROBOND® 531-0903 | Epoxy adhesive with low viscosity, cured at room temperature. Optimal for chemical anchors. | Transport>Epoxy Systems for Composites>Adhesives for Composites|Wind power plants>Epoxy Systems for Composites>Adhesives for Composites | A/B | 100/50 | 50-60 | 35 min/25°C/400g |
| CHS-EPODUR® 520-1997 | High thermal resistance. Post curing above 160°C. | Transport>Epoxy Systems for Composites>Hand Lay-up, infusion and injection systems, RTM|Construction & Flooring>Epoxy Systems for Composites>Hand Lay-up, Infusion and Injection systems, RTM | A/B/C3 | 100/95/1 | 165-175 | > 10 h/25°C |
| CHS-EPODUR® 520-1687 | Long pot life, low viscosity. Curing at higher temperature (at least 80°C). | Transport>Epoxy Systems for Composites>Hand Lay-up, infusion and injection systems, RTM|Construction & Flooring>Epoxy Systems for Composites>Hand Lay-up, Infusion and Injection systems, RTM | A/B/C2 | 100/90/1 | 130-145 | > 10 h/25°C |
| CHS-EPODUR® 574-0904 | Laminated system with medium viscosity. High adhesion to dural, steel and other metal surfaces. | Transport>Epoxy Systems for Composites>Hand Lay-up, infusion and injection systems, RTM|Construction & Flooring>Epoxy Systems for Composites>Hand Lay-up, Infusion and Injection systems, RTM | A/B | 100/50 | 70-80 | 12-15 min/25°C |
| CHS-EPODUR® 520-1667 | Low viscosity. Curing at higher temperature (at least 80°C). | Construction & Flooring>Epoxy Systems for Composites>Hand Lay-up, Infusion and Injection systems, RTM|Transport>Epoxy Systems for Composites>Hand Lay-up, infusion and injection systems, RTM | A/B/C2 | 100/85/1 | 115-130 | > 10 h/25°C |
| CHS-EPODUR® 520-1787 | High mechanical properties, long pot life. Curing at higher temperature (at least 80°C). | Construction & Flooring>Epoxy Systems for Composites>Hand Lay-up, Infusion and Injection systems, RTM|Transport>Epoxy Systems for Composites>Hand Lay-up, infusion and injection systems, RTM | A/B/C1/D1 | 100/85/0.5/10 | 85-95 | > 10 h/25°C |
| CHS-EPODUR® 525-0269 | Solvent-free epoxy prepregging system with chemically induced B-stage, adjustable tack/ drapability. For cold, simple equipped processing. Recommended for general industrial and sport & leisure applications. | Construction & Flooring>Epoxy Systems for Composites>Prepreg Matrix Systems|Transport>Epoxy Systems for Composites>Prepreg Matrix Systems | A/B/C55 | 100/12/0-3 | 115 - 135 | 2 - 8 h //12 |
| CHS-EPODUR® 411-0269 | Solvent-free epoxy system for hot-melt prepregging, adjustable tack. For industrial and sport & leisure composite applications. | Construction & Flooring>Epoxy Systems for Composites>Prepreg Matrix Systems|Transport>Epoxy Systems for Composites>Prepreg Matrix Systems | A/B/C55 | 100/9/0-2 | 120 - 128 | 0,5 - 2 h //12 |
| CHS-EPODUR® 621-0600 | Slow reactivity, high mechanical properties. Optimal for hand lay-up. | Transport>Epoxy Systems for Composites>Hand Lay-up, infusion and injection systems, RTM | A/B | 100/40 | 115-130 | 0.5-1 h/25°C |
| CHS-EPODUR® N 554-0249 | Solvent-free epoxy system for hot-melt prepregging, adjustable tack/drapability. For applications with higher temperature resistance. | Construction & Flooring>Epoxy Systems for Composites>Prepreg Matrix Systems|Transport>Epoxy Systems for Composites>Prepreg Matrix Systems | A/B/C55 | 100/10/0-3 | 120 - 165 | 1 - 4 h //12 |
| CHS-EPODUR® 621-0492 | Medium reactivity, high mechanical properties. Optimal for hand lay-up. | Transport>Epoxy Systems for Composites>Hand Lay-up, infusion and injection systems, RTM | A/B | 100/32 | 85-100 | 20-40 min/25°C |
| CHS-EPODUR® 574-0512/0492/0502/0482/0590 | Combination of one resin with five hardeners, medium viscosity, fast to slow reactivity. Optimal for hand lay-up. | Transport>Epoxy Systems for Composites>Hand Lay-up, infusion and injection systems, RTM|Wind power plants>Epoxy Systems for Composites>Hand Lay-up, infusion and injection systems, RTM | A/B | 100/28 (34) | 90-115 (65) | 0.3-4 h/25°C |
| CHS-EPODUR® 619-0492 | Medium reactivity, high mechanical properties. Optimal for hand lay-up. | Transport>Epoxy Systems for Composites>Hand Lay-up, infusion and injection systems, RTM | A/B | 100/32 | 80-90 | 12-30 min/25°C |
| CHS-EPODUR® 582-0420 | Medium reactivity, low viscosity, high mechanical properties. | Transport>Epoxy Systems for Composites>Hand Lay-up, infusion and injection systems, RTM|Wind power plants>Epoxy Systems for Composites>Hand Lay-up, infusion and injection systems, RTM | A/B | 100/25 | 120-130 | 0.5-1 h/25°C |
| CHS-EPODUR® 581-0542/0562 | Combination of one resin with two hardeners, low viscosity, fast to slow reactivity. Optimal for wind mill blades. | Transport>Epoxy Systems for Composites>Hand Lay-up, infusion and injection systems, RTM|Wind power plants>Epoxy Systems for Composites>Hand Lay-up, infusion and injection systems, RTM | A/B | 100/32 | 80-85 | 1-2 h/25°C |
| CHS-EPODUR® 619-0600 | Slow reactivity, high mechanical properties. Optimal for hand lay-up. | Transport>Epoxy Systems for Composites>Hand Lay-up, infusion and injection systems, RTM | A/B | 100/40 | 115-130 | 2-3 h/25°C |
| CHS-EPODUR® 582-0600 | Slow reactivity, low viscosity, high mechanical properties. | Wind power plants>Epoxy Systems for Composites>Hand Lay-up, infusion and injection systems, RTM|Transport>Epoxy Systems for Composites>Hand Lay-up, infusion and injection systems, RTM | A/B | 100/37 | 130-150 | 2-3 h/25°C |
| CHS-EPODUR® 520-1997 | High thermal resistance. Post curing above 160°C. | Construction & Flooring>Epoxy Systems for Composites>Filament Winding & Pultrusion Systems|Transport>Epoxy Systems for Composites>Filament Winding & Pultrusion Systems | A/B/C3 | 100/95/1 | 165-175 | > 10 h/25°C |
| CHS-EPODUR® 582-0512/0492/0502/0482/0590 | Combination of one resin with five hardeners, low viscosity, fast to slow reactivity. Optimal for infusion. | Wind power plants>Epoxy Systems for Composites>Hand Lay-up, infusion and injection systems, RTM|Transport>Epoxy Systems for Composites>Hand Lay-up, infusion and injection systems, RTM | A/B | 100/30 (36) | 90-115 (65) | 0.3-4 h/25°C |
| CHS-EPODUR® 520-1787 | High mechanical properties, long pot life. Curing at higher temperature (at least 80°C). | Construction & Flooring>Epoxy Systems for Composites>Filament Winding & Pultrusion Systems|Transport>Epoxy Systems for Composites>Filament Winding & Pultrusion Systems | A/B/C1/D1 | 100/85/0,5/10 | 85-95 | > 10 h/25°C |
| CHS-EPODUR® 574-0522 | Curing at ambient temperature, slow reactivity. | Construction & Flooring>Epoxy Systems for Composites>Filament Winding & Pultrusion Systems|Transport>Epoxy Systems for Composites>Filament Winding & Pultrusion Systems | A/B | 100/30 | 85-100 | 1-2 h/25°C |
| CHS-EPODUR® 520-1687 | Long pot life, medium viscosity. Curing at higher temperature (at least 80°C). | Construction & Flooring>Epoxy Systems for Composites>Filament Winding & Pultrusion Systems|Transport>Epoxy Systems for Composites>Filament Winding & Pultrusion Systems | A/B/C2 | 100/90 /1 | 130-145 | > 10 h/25°C |
| CHS-EPODUR® 520-1667 | Medium viscosity. Curing at higher temperature (at least 80°C). | Transport>Epoxy Systems for Composites>Filament Winding & Pultrusion Systems|Construction & Flooring>Epoxy Systems for Composites>Filament Winding & Pultrusion Systems | A/B/C2 | 100/85/1 | 115-130 | > 10 h/25°C |
| Produkt | Description | Application | Components | Mixing ratio | Tg, DSC | Pot-life | Viscosity (mPa.s) |
|---|---|---|---|---|---|---|---|
| CHS-EPODUR® 520-1997 | High thermal resistance. Post curing above 160°C. | Transport>Epoxy Systems for Composites>Hand Lay-up, infusion and injection systems, RTM|Construction & Flooring>Epoxy Systems for Composites>Hand Lay-up, Infusion and Injection systems, RTM | A/B/C3 | 100/95/1 | 165-175 | > 10 h/25°C | 1 000-1 200 //5 |
| CHS-EPODUR® 520-1687 | Long pot life, low viscosity. Curing at higher temperature (at least 80°C). | Transport>Epoxy Systems for Composites>Hand Lay-up, infusion and injection systems, RTM|Construction & Flooring>Epoxy Systems for Composites>Hand Lay-up, Infusion and Injection systems, RTM | A/B/C2 | 100/90/1 | 130-145 | > 10 h/25°C | 500-1 000 //5 |
| CHS-EPODUR® 574-0904 | Laminated system with medium viscosity. High adhesion to dural, steel and other metal surfaces. | Transport>Epoxy Systems for Composites>Hand Lay-up, infusion and injection systems, RTM|Construction & Flooring>Epoxy Systems for Composites>Hand Lay-up, Infusion and Injection systems, RTM | A/B | 100/50 | 70-80 | 12-15 min/25°C | 1 600-2 200 //5 |
| CHS-EPODUR® 520-1667 | Low viscosity. Curing at higher temperature (at least 80°C). | Construction & Flooring>Epoxy Systems for Composites>Hand Lay-up, Infusion and Injection systems, RTM|Transport>Epoxy Systems for Composites>Hand Lay-up, infusion and injection systems, RTM | A/B/C2 | 100/85/1 | 115-130 | > 10 h/25°C | 500-1 000 //5 |
| CHS-EPODUR® 520-1787 | High mechanical properties, long pot life. Curing at higher temperature (at least 80°C). | Construction & Flooring>Epoxy Systems for Composites>Hand Lay-up, Infusion and Injection systems, RTM|Transport>Epoxy Systems for Composites>Hand Lay-up, infusion and injection systems, RTM | A/B/C1/D1 | 100/85/0.5/10 | 85-95 | > 10 h/25°C | 1 500-2 000 //5 |
| CHS-EPODUR® 621-0600 | Slow reactivity, high mechanical properties. Optimal for hand lay-up. | Transport>Epoxy Systems for Composites>Hand Lay-up, infusion and injection systems, RTM | A/B | 100/40 | 115-130 | 0.5-1 h/25°C | 500-800 //5 |
| CHS-EPODUR® 621-0492 | Medium reactivity, high mechanical properties. Optimal for hand lay-up. | Transport>Epoxy Systems for Composites>Hand Lay-up, infusion and injection systems, RTM | A/B | 100/32 | 85-100 | 20-40 min/25°C | 300-500 //5 |
| CHS-EPODUR® 574-0512/0492/0502/0482/0590 | Combination of one resin with five hardeners, medium viscosity, fast to slow reactivity. Optimal for hand lay-up. | Transport>Epoxy Systems for Composites>Hand Lay-up, infusion and injection systems, RTM|Wind power plants>Epoxy Systems for Composites>Hand Lay-up, infusion and injection systems, RTM | A/B | 100/28 (34) | 90-115 (65) | 0.3-4 h/25°C | 350-650 //5 |
| CHS-EPODUR® 619-0492 | Medium reactivity, high mechanical properties. Optimal for hand lay-up. | Transport>Epoxy Systems for Composites>Hand Lay-up, infusion and injection systems, RTM | A/B | 100/32 | 80-90 | 12-30 min/25°C | 200-500 //5 |
| CHS-EPODUR® 582-0420 | Medium reactivity, low viscosity, high mechanical properties. | Transport>Epoxy Systems for Composites>Hand Lay-up, infusion and injection systems, RTM|Wind power plants>Epoxy Systems for Composites>Hand Lay-up, infusion and injection systems, RTM | A/B | 100/25 | 120-130 | 0.5-1 h/25°C | 300-450 //5 |
| CHS-EPODUR® 581-0542/0562 | Combination of one resin with two hardeners, low viscosity, fast to slow reactivity. Optimal for wind mill blades. | Transport>Epoxy Systems for Composites>Hand Lay-up, infusion and injection systems, RTM|Wind power plants>Epoxy Systems for Composites>Hand Lay-up, infusion and injection systems, RTM | A/B | 100/32 | 80-85 | 1-2 h/25°C | 200-250 //5 |
| CHS-EPODUR® 619-0600 | Slow reactivity, high mechanical properties. Optimal for hand lay-up. | Transport>Epoxy Systems for Composites>Hand Lay-up, infusion and injection systems, RTM | A/B | 100/40 | 115-130 | 2-3 h/25°C | 200-500 //5 |
| CHS-EPODUR® 582-0600 | Slow reactivity, low viscosity, high mechanical properties. | Wind power plants>Epoxy Systems for Composites>Hand Lay-up, infusion and injection systems, RTM|Transport>Epoxy Systems for Composites>Hand Lay-up, infusion and injection systems, RTM | A/B | 100/37 | 130-150 | 2-3 h/25°C | 350-550 //5 |
| CHS-EPODUR® 582-0512/0492/0502/0482/0590 | Combination of one resin with five hardeners, low viscosity, fast to slow reactivity. Optimal for infusion. | Wind power plants>Epoxy Systems for Composites>Hand Lay-up, infusion and injection systems, RTM|Transport>Epoxy Systems for Composites>Hand Lay-up, infusion and injection systems, RTM | A/B | 100/30 (36) | 90-115 (65) | 0.3-4 h/25°C | 200-400 //5 |
| Produkt | Description | Application | Components | Mixing ratio | Tg, DSC | Pot-life |
|---|---|---|---|---|---|---|
| CHS-EPODUR® 525-0269 | Solvent-free epoxy prepregging system with chemically induced B-stage, adjustable tack/ drapability. For cold, simple equipped processing. Recommended for general industrial and sport & leisure applications. | Construction & Flooring>Epoxy Systems for Composites>Prepreg Matrix Systems|Transport>Epoxy Systems for Composites>Prepreg Matrix Systems | A/B/C55 | 100/12/0-3 | 115 - 135 | 2 - 8 h //12 |
| CHS-EPODUR® 411-0269 | Solvent-free epoxy system for hot-melt prepregging, adjustable tack. For industrial and sport & leisure composite applications. | Construction & Flooring>Epoxy Systems for Composites>Prepreg Matrix Systems|Transport>Epoxy Systems for Composites>Prepreg Matrix Systems | A/B/C55 | 100/9/0-2 | 120 - 128 | 0,5 - 2 h //12 |
| CHS-EPODUR® N 554-0249 | Solvent-free epoxy system for hot-melt prepregging, adjustable tack/drapability. For applications with higher temperature resistance. | Construction & Flooring>Epoxy Systems for Composites>Prepreg Matrix Systems|Transport>Epoxy Systems for Composites>Prepreg Matrix Systems | A/B/C55 | 100/10/0-3 | 120 - 165 | 1 - 4 h //12 |
| Produkt | Description | Application | Components | Mixing ratio | Tg, DSC | Pot-life | Viscosity (mPa.s) |
|---|---|---|---|---|---|---|---|
| CHS-EPODUR® 520-1997 | High thermal resistance. Post curing above 160°C. | Construction & Flooring>Epoxy Systems for Composites>Filament Winding & Pultrusion Systems|Transport>Epoxy Systems for Composites>Filament Winding & Pultrusion Systems | A/B/C3 | 100/95/1 | 165-175 | > 10 h/25°C | 1 000-1 200 //5 |
| CHS-EPODUR® 520-1787 | High mechanical properties, long pot life. Curing at higher temperature (at least 80°C). | Construction & Flooring>Epoxy Systems for Composites>Filament Winding & Pultrusion Systems|Transport>Epoxy Systems for Composites>Filament Winding & Pultrusion Systems | A/B/C1/D1 | 100/85/0,5/10 | 85-95 | > 10 h/25°C | 1 500-2 000 //5 |
| CHS-EPODUR® 574-0522 | Curing at ambient temperature, slow reactivity. | Construction & Flooring>Epoxy Systems for Composites>Filament Winding & Pultrusion Systems|Transport>Epoxy Systems for Composites>Filament Winding & Pultrusion Systems | A/B | 100/30 | 85-100 | 1-2 h/25°C | 200-500 //5 |
| CHS-EPODUR® 520-1687 | Long pot life, medium viscosity. Curing at higher temperature (at least 80°C). | Construction & Flooring>Epoxy Systems for Composites>Filament Winding & Pultrusion Systems|Transport>Epoxy Systems for Composites>Filament Winding & Pultrusion Systems | A/B/C2 | 100/90 /1 | 130-145 | > 10 h/25°C | 500-1 000 //5 |
| CHS-EPODUR® 520-1667 | Medium viscosity. Curing at higher temperature (at least 80°C). | Transport>Epoxy Systems for Composites>Filament Winding & Pultrusion Systems|Construction & Flooring>Epoxy Systems for Composites>Filament Winding & Pultrusion Systems | A/B/C2 | 100/85/1 | 115-130 | > 10 h/25°C | 500-1 000 //5 |
| Produkt | Description | Application | Components | Mixing ratio | Tg, DSC | Pot-life | Shear strength |
|---|---|---|---|---|---|---|---|
| VEROBOND® 520-2608 | Structural adhesive with high elongation up to 55% with excellent peel and shear strength. | Wind power plants>Epoxy Systems for Composites>Adhesives for Composites|Transport>Epoxy Systems for Composites>Adhesives for Composites | A/B | 100/140 | 70-80 | 20 min/25°C/50g | 20-25 |
| VEROBOND® SUPER | Structural adhesive with high elongation up to 55% with excellent peel and shear strength. | Transport>Epoxy Systems for Composites>Adhesives for Composites|Wind power plants>Epoxy Systems for Composites>Adhesives for Composites | A/B | 100/100 | 70-80 | 20 min/25°C/10g | 20-24 |
| VEROBOND® QUICK | Unique, very fast epoxy adhesive (5 minutes curing time). | Transport>Epoxy Systems for Composites>Adhesives for Composites|Wind power plants>Epoxy Systems for Composites>Adhesives for Composites | A/B | 100/100 | 50-60 | 3 min/25°C/10g | 10-Dec |
| VEROBOND® 14 | Epoxy adhesive cured at room temperature. Systems is a thixotropic paste of high strength with good chemical resistance. | Transport>Epoxy Systems for Composites>Adhesives for Composites|Wind power plants>Epoxy Systems for Composites>Adhesives for Composites | A/B | 100/50 | 80-85 | 60 min/25°C/100g | 20-24 |
| VEROBOND® 521-0846 | Two-component epoxy structural adhesive. It is used for structural bonding of a wide range of substrates, especially metals, metal structures, wood and ceramics. | Transport>Epoxy Systems for Composites>Adhesives for Composites|Wind power plants>Epoxy Systems for Composites>Adhesives for Composites | A/B | 100/50 | 60-70 | 28 min/25°C/15g | 6-Aug |
| VEROBOND® 15 | Hybrid epoxy structural adhesive with high elongation and excellent peel and shear strengths. | Transport>Epoxy Systems for Composites>Adhesives for Composites|Wind power plants>Epoxy Systems for Composites>Adhesives for Composites | A/B | 100/100 | 60-70 | 25 min/25°C/100g | 20-24 |
| VEROBOND® 531-0903 | Epoxy adhesive with low viscosity, cured at room temperature. Optimal for chemical anchors. | Transport>Epoxy Systems for Composites>Adhesives for Composites|Wind power plants>Epoxy Systems for Composites>Adhesives for Composites | A/B | 100/50 | 50-60 | 35 min/25°C/400g | 15-20 |
| Produkt | Description | Application | Epoxy index | EEW |
|---|---|---|---|---|
| CHS-EPOXY® 301 | BPA type semisolid epoxy resin | Transport>Basic Epoxy Resins>Semi-solid Epoxy Resins|Electro & Electronics>Basic Epoxy Resins>Semi-solid Resins|Coatings>Basic Epoxy Resins>Semi-solid Resins | 2,7-3,3 | 300-370 |
| CHS-EPOXY® 411 | BPA type semisolid epoxy resin | Transport>Basic Epoxy Resins>Semi-solid Epoxy Resins|Coatings>Basic Epoxy Resins>Semi-solid Resins|Electro & Electronics>Basic Epoxy Resins>Semi-solid Resins | 3,9-4,2 | 238-256 |
| CHS-EPOXY® 530 | BPA type | Coatings>Basic Epoxy Resins>Unmodified Liquid Resins|Construction & Flooring>Basic Epoxy Resins>Unmodified Liquid Resins|Transport>Basic Epoxy Resins>Unmodified Liquid Resins|Electro & Electronics>Basic Epoxy Resins>Unmodified Liquid Resins|Wind power plants>Basic Epoxy Resins>Unmodified Liquid Resins | 5,38-5,68 | 176-186 |
ENVIPOXY® 525 | BPA type | Transport>Basic Epoxy Resins>Unmodified Liquid Resins - EnviPOXY®|Electro & Electronics>Basic Epoxy Resins>Unmodified Liquid Resins - EnviPOXY®|Wind power plants>Basic Epoxy Resins>Unmodified liquid resins - EnviPOXY®|Coatings>Basic Epoxy Resins>Unmodified liquid resins - EnviPOXY®|Construction & Flooring>Basic Epoxy Resins>Unmodified liquid resins - EnviPOXY® | 5,29-5,59 | 179-189 |
| ENVIPOXY® 510 | BPA type, low tendency to crystallize | Wind power plants>Basic Epoxy Resins>Unmodified liquid resins - EnviPOXY®|Coatings>Basic Epoxy Resins>Unmodified liquid resins - EnviPOXY®|Construction & Flooring>Basic Epoxy Resins>Unmodified liquid resins - EnviPOXY®|Transport>Basic Epoxy Resins>Unmodified Liquid Resins - EnviPOXY®|Electro & Electronics>Basic Epoxy Resins>Unmodified Liquid Resins - EnviPOXY® | 5,18-5,46 | 183-193 |
| ENVIPOXY® 530 | BPA type | Wind power plants>Basic Epoxy Resins>Unmodified liquid resins - EnviPOXY®|Coatings>Basic Epoxy Resins>Unmodified liquid resins - EnviPOXY®|Construction & Flooring>Basic Epoxy Resins>Unmodified liquid resins - EnviPOXY®|Transport>Basic Epoxy Resins>Unmodified Liquid Resins - EnviPOXY®|Electro & Electronics>Basic Epoxy Resins>Unmodified Liquid Resins - EnviPOXY® | 5,38-5,68 | 176-186 |
| CHS-EPOXY® 590 | BPF type | Wind power plants>Basic Epoxy Resins>Unmodified Liquid Resins|Coatings>Basic Epoxy Resins>Unmodified Liquid Resins|Construction & Flooring>Basic Epoxy Resins>Unmodified Liquid Resins|Transport>Basic Epoxy Resins>Unmodified Liquid Resins|Electro & Electronics>Basic Epoxy Resins>Unmodified Liquid Resins | 5,70-6,06 | 165-175 |
| ENVIPOXY® 520 | BPA type | Coatings>Basic Epoxy Resins>Unmodified liquid resins - EnviPOXY®|Construction & Flooring>Basic Epoxy Resins>Unmodified liquid resins - EnviPOXY®|Transport>Basic Epoxy Resins>Unmodified Liquid Resins - EnviPOXY®|Electro & Electronics>Basic Epoxy Resins>Unmodified Liquid Resins - EnviPOXY®|Wind power plants>Basic Epoxy Resins>Unmodified liquid resins - EnviPOXY® | 5,21-5,50 | 182-192 |
| CHS-EPOXY® 510 | BPA type, low tendency to crystallize | Transport>Basic Epoxy Resins>Unmodified Liquid Resins|Electro & Electronics>Basic Epoxy Resins>Unmodified Liquid Resins|Wind power plants>Basic Epoxy Resins>Unmodified Liquid Resins|Coatings>Basic Epoxy Resins>Unmodified Liquid Resins|Construction & Flooring>Basic Epoxy Resins>Unmodified Liquid Resins | 5,18-5,46 | 183-193 |
| CHS-EPOXY® 525 LA | BPA type with low α-glycol content | Transport>Basic Epoxy Resins>Unmodified Liquid Resins|Electro & Electronics>Basic Epoxy Resins>Unmodified Liquid Resins|Wind power plants>Basic Epoxy Resins>Unmodified Liquid Resins|Coatings>Basic Epoxy Resins>Unmodified Liquid Resins|Construction & Flooring>Basic Epoxy Resins>Unmodified Liquid Resins | 5,30-5,50 | 182-189 |
| CHS-EPOXY® 520 | BPA type | Transport>Basic Epoxy Resins>Unmodified Liquid Resins|Electro & Electronics>Basic Epoxy Resins>Unmodified Liquid Resins|Wind power plants>Basic Epoxy Resins>Unmodified Liquid Resins|Coatings>Basic Epoxy Resins>Unmodified Liquid Resins|Construction & Flooring>Basic Epoxy Resins>Unmodified Liquid Resins | 5,21-5,50 | 182-192 |
| CHS-EPOXY® 525 | BPA type | Electro & Electronics>Basic Epoxy Resins>Unmodified Liquid Resins|Wind power plants>Basic Epoxy Resins>Unmodified Liquid Resins|Coatings>Basic Epoxy Resins>Unmodified Liquid Resins|Construction & Flooring>Basic Epoxy Resins>Unmodified Liquid Resins|Transport>Basic Epoxy Resins>Unmodified Liquid Resins | 5,29-5,59 | 179-189 |
| Produkt | Description | Application | Epoxy index | EEW |
|---|---|---|---|---|
| CHS-EPOXY® 301 | BPA type semisolid epoxy resin | Transport>Basic Epoxy Resins>Semi-solid Epoxy Resins|Electro & Electronics>Basic Epoxy Resins>Semi-solid Resins|Coatings>Basic Epoxy Resins>Semi-solid Resins | 2,7-3,3 | 300-370 |
| CHS-EPOXY® 411 | BPA type semisolid epoxy resin | Transport>Basic Epoxy Resins>Semi-solid Epoxy Resins|Coatings>Basic Epoxy Resins>Semi-solid Resins|Electro & Electronics>Basic Epoxy Resins>Semi-solid Resins | 3,9-4,2 | 238-256 |
| Produkt | Description | Application | Viscosity (Pa) | Epoxy index | EEW | Hydrolysable chlorine | Colour (APHA) |
|---|---|---|---|---|---|---|---|
| CHS-EPOXY® 530 | BPA type | Coatings>Basic Epoxy Resins>Unmodified Liquid Resins|Construction & Flooring>Basic Epoxy Resins>Unmodified Liquid Resins|Transport>Basic Epoxy Resins>Unmodified Liquid Resins|Electro & Electronics>Basic Epoxy Resins>Unmodified Liquid Resins|Wind power plants>Basic Epoxy Resins>Unmodified Liquid Resins | 8,0-10,0 | 5,38-5,68 | 176-186 | max. 0,03 | max.100 |
| CHS-EPOXY® 590 | BPF type | Wind power plants>Basic Epoxy Resins>Unmodified Liquid Resins|Coatings>Basic Epoxy Resins>Unmodified Liquid Resins|Construction & Flooring>Basic Epoxy Resins>Unmodified Liquid Resins|Transport>Basic Epoxy Resins>Unmodified Liquid Resins|Electro & Electronics>Basic Epoxy Resins>Unmodified Liquid Resins | 3,0-5,5 | 5,70-6,06 | 165-175 | max. 0,03 | max.100 |
| CHS-EPOXY® 510 | BPA type, low tendency to crystallize | Transport>Basic Epoxy Resins>Unmodified Liquid Resins|Electro & Electronics>Basic Epoxy Resins>Unmodified Liquid Resins|Wind power plants>Basic Epoxy Resins>Unmodified Liquid Resins|Coatings>Basic Epoxy Resins>Unmodified Liquid Resins|Construction & Flooring>Basic Epoxy Resins>Unmodified Liquid Resins | 12,5-16,0 | 5,18-5,46 | 183-193 | max. 0,03 | max.200 |
| CHS-EPOXY® 525 LA | BPA type with low α-glycol content | Transport>Basic Epoxy Resins>Unmodified Liquid Resins|Electro & Electronics>Basic Epoxy Resins>Unmodified Liquid Resins|Wind power plants>Basic Epoxy Resins>Unmodified Liquid Resins|Coatings>Basic Epoxy Resins>Unmodified Liquid Resins|Construction & Flooring>Basic Epoxy Resins>Unmodified Liquid Resins | 10,0-12,0 | 5,30-5,50 | 182-189 | max. 0,03 | max.100 |
| CHS-EPOXY® 520 | BPA type | Transport>Basic Epoxy Resins>Unmodified Liquid Resins|Electro & Electronics>Basic Epoxy Resins>Unmodified Liquid Resins|Wind power plants>Basic Epoxy Resins>Unmodified Liquid Resins|Coatings>Basic Epoxy Resins>Unmodified Liquid Resins|Construction & Flooring>Basic Epoxy Resins>Unmodified Liquid Resins | 12,0-14,5 | 5,21-5,50 | 182-192 | max. 0,03 | max.100 |
| CHS-EPOXY® 525 | BPA type | Electro & Electronics>Basic Epoxy Resins>Unmodified Liquid Resins|Wind power plants>Basic Epoxy Resins>Unmodified Liquid Resins|Coatings>Basic Epoxy Resins>Unmodified Liquid Resins|Construction & Flooring>Basic Epoxy Resins>Unmodified Liquid Resins|Transport>Basic Epoxy Resins>Unmodified Liquid Resins | 10,0-12,0 | 5,29-5,59 | 179-189 | max. 0,03 | max.100 |
| Produkt | Description | Application | Viscosity (Pa) | Epoxy index | EEW | Hydrolysable chlorine | Colour (APHA) |
|---|---|---|---|---|---|---|---|
| ENVIPOXY® 525 | BPA type | Transport>Basic Epoxy Resins>Unmodified Liquid Resins - EnviPOXY®|Electro & Electronics>Basic Epoxy Resins>Unmodified Liquid Resins - EnviPOXY®|Wind power plants>Basic Epoxy Resins>Unmodified liquid resins - EnviPOXY®|Coatings>Basic Epoxy Resins>Unmodified liquid resins - EnviPOXY®|Construction & Flooring>Basic Epoxy Resins>Unmodified liquid resins - EnviPOXY® | 10,0-12,0 | 5,29-5,59 | 179-189 | max. 0,03 | max.100 |
| ENVIPOXY® 510 | BPA type, low tendency to crystallize | Wind power plants>Basic Epoxy Resins>Unmodified liquid resins - EnviPOXY®|Coatings>Basic Epoxy Resins>Unmodified liquid resins - EnviPOXY®|Construction & Flooring>Basic Epoxy Resins>Unmodified liquid resins - EnviPOXY®|Transport>Basic Epoxy Resins>Unmodified Liquid Resins - EnviPOXY®|Electro & Electronics>Basic Epoxy Resins>Unmodified Liquid Resins - EnviPOXY® | 12,5-16,0 | 5,18-5,46 | 183-193 | max. 0,03 | max.200 |
| ENVIPOXY® 530 | BPA type | Wind power plants>Basic Epoxy Resins>Unmodified liquid resins - EnviPOXY®|Coatings>Basic Epoxy Resins>Unmodified liquid resins - EnviPOXY®|Construction & Flooring>Basic Epoxy Resins>Unmodified liquid resins - EnviPOXY®|Transport>Basic Epoxy Resins>Unmodified Liquid Resins - EnviPOXY®|Electro & Electronics>Basic Epoxy Resins>Unmodified Liquid Resins - EnviPOXY® | 8,0-10,0 | 5,38-5,68 | 176-186 | max. 0,03 | max.100 |
| ENVIPOXY® 520 | BPA type | Coatings>Basic Epoxy Resins>Unmodified liquid resins - EnviPOXY®|Construction & Flooring>Basic Epoxy Resins>Unmodified liquid resins - EnviPOXY®|Transport>Basic Epoxy Resins>Unmodified Liquid Resins - EnviPOXY®|Electro & Electronics>Basic Epoxy Resins>Unmodified Liquid Resins - EnviPOXY®|Wind power plants>Basic Epoxy Resins>Unmodified liquid resins - EnviPOXY® | 12,0-14,5 | 5,21-5,50 | 182-192 | max. 0,03 | max.100 |
| Produkt | Description | Application | Components | Mixing ratio | Tg, DSC | Pot-life |
|---|---|---|---|---|---|---|
| CHS-EPODUR® 561-1557 | Hydrophobic cycloaliphatic epoxy resin and hardener system suitable for outdoor application in severe climatic conditions. Good UV resistance. High Tg. The product complies with the fire safety requirements set out in EN 45545-2. | Doprava>Epoxidové systémy pro elektroniku|Doprava>Epoxydové systémy pro kompozity|Elektro & elektronika>Epoxidové systémy pro elektro>Izolátory, průchodky, rozvaděče|Elektro & elektronika>Epoxidové systémy pro elektro>Přístrojové & distribuční transformátory | A/B/C2/D5 | 100/90/0,5/10/390 | 100 - 120 | 1-2 h/60°C |
| CHS-EPOXY® B 201 M 80 | 80% solution of brominated (21% wt.) medium molecular weight epoxy resin, dissolved in methyl ethyl ketone | Transport>Modified Epoxy Resins>Brominated Epoxy Resins|Electro & Electronics>Epoxy Systems for Electronics>Brominated Epoxy Resins|Transport>Epoxy Systems for Electronics>Brominated Epoxy Resins | ||||
| CHS-EPOXY® B 200 M 80 | 80% solution of brominated (21% wt.) medium molecular weight epoxy resin, dissolved in methyl ethyl ketone | Transport>Modified Epoxy Resins>Brominated Epoxy Resins|Electro & Electronics>Epoxy Systems for Electronics>Brominated Epoxy Resins|Transport>Epoxy Systems for Electronics>Brominated Epoxy Resins |
| Produkt | Description | Application | Viscosity (Pa) | Epoxy index | EEW | Hydrolysable chlorine | Colour (Gardner) |
|---|---|---|---|---|---|---|---|
| CHS-EPOXY® B 201 M 80 | 80% solution of brominated (21% wt.) medium molecular weight epoxy resin, dissolved in methyl ethyl ketone | Transport>Modified Epoxy Resins>Brominated Epoxy Resins|Electro & Electronics>Epoxy Systems for Electronics>Brominated Epoxy Resins|Transport>Epoxy Systems for Electronics>Brominated Epoxy Resins | 1,5-2 | 2,3-2,5 | 400-435 | max. 0,1 | max.1 |
| CHS-EPOXY® B 200 M 80 | 80% solution of brominated (21% wt.) medium molecular weight epoxy resin, dissolved in methyl ethyl ketone | Transport>Modified Epoxy Resins>Brominated Epoxy Resins|Electro & Electronics>Epoxy Systems for Electronics>Brominated Epoxy Resins|Transport>Epoxy Systems for Electronics>Brominated Epoxy Resins | 1,1-2,3 | 1,8-2,3 | 435-556 | max. 0,1 | max.1 |
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