Epoxy Systems
Solvent Free and Waterbased Epoxy Systems for applications and other services of the German manufacturer CTP
Solvent Free and Waterbased Epoxy Systems
| Characteristics | Nonyl-phenol-free | Benzyl-alcohol-free | Viscosity DIN EN- ISO 3219 23°C | Rec. Amount of Hardener [g] | H-Active Equiv. Weight [g/Eq.] | Temp. Increase 23°C to 40°C ca. [min] | |
|---|---|---|---|---|---|---|---|
| CeTePox 1030 H | aliphatic polyamine based on Pentaethylenehexamine | X | X | 640 | 16 | 29 | ca. 27 |
| Properties: CeTePox 1030 H is preferably used in combination with suitable epoxy resin formulations for solvent-free epoxy systems. Fields of application are acceleration of other epoxy hardeners, adhesives, epoxy mortars and castings and the like | |||||||
| CeTePox 1034 H | araliphatic diamine based on meta-xylylene diamine | X | X | 230 | 20 | 34 | ca. 31 |
| Properties: CeTePox 1030 H is preferably used in combination with suitable epoxy resin formulations for solvent-free epoxy systems. Fields of application are acceleration of other epoxy hardeners, adhesives, epoxy mortars and castings and the like | |||||||
| CeTePox 1042 H | cycloaliphatic polyamine, isophorone diamine | X | X | 370 | 23 | 42,5 | ca. 65 |
| Properties: CeTePox 1042 H is a polyamine hardener for liquid, solvent-free epoxy resin formulations with outstanding performance. Generally this polyamine is used in combination with other hardener components in epoxy binders for the formulation of a variety of products, e.g. for applications in floorings, adhesives, primers, mortars, composites etc. | |||||||
| CeTePox 1072 NBF H | modified (ar)aliphatic polyamine, free from nonyl phenol and benzyl alcohol | X | X | 105 | 40 | 72 | 34 ± 6 |
| Properties: CeTePox 1072 NBF H is preferably used in combination with suited epoxy resins for solvent-free epoxy systems. CeTePox 1072 NBF H is free from nonylphenol and benzyl alcohol. Important features of this hardener are fast tack-freeness and good through-curing. Main field of application are low emission primers. | |||||||
| CeTePox 1247 H | modified cycloaliphatic polyamine, free from alkyl phenols and benzyl alcohol | X | X | 370 | 27 | 47 | 55 ± 8 |
| Properties: CeTePox 1247 H is free from benzylic alcohol but has a rather low viscosity, however. Therefore it is especially used with suitable epoxy resins like e.g. CeTePox 159 R for filled epoxy systems, which have good wetting and penetration properties when applied as primers or filler materials. | |||||||
| CeTePox 1270-01 NF H | modified (cyclo)aliphatic polyamines, free from alkyl phenols and benzyl alcohol | X | X | 550 | 40 | 70 | 29 ± 4 |
| Properties: CeTePox 1270-01 NF H is preferably used in combination with suitable epoxy resin formulations for solvent-free epoxy systems. Main field of application are primers and self-leveling coatings with good mechanical properties and good resistance to chemicals. | |||||||
| CeTePox 1278 H | modified (cyclo)aliphatic polyamines, free from benzyl alcohol | X | 150 | 46 | 78 | ca. 28 | |
| Properties: CeTePox 1278 H is preferably used in combination with suited epoxy resin formulations for solvent-free epoxy systems. Main field of application is the formulation of primers and coatings which are free from benzylic alcohol. | |||||||
| CeTePox 1285 H | modified cycloaliphatic polyamine, free from nonyl phenol | X | 55 | 49 | 85 | 13 ± 4 | |
| Properties: CeTePox 1285 H is preferably used with suitable epoxy resins for solvent-free epoxy systems. Main fields of application are superior quality coatings and highly filled epoxy mortars. | |||||||
| CeTePox 1287-01 NF H | modified aliphatic polyamine, free from nonyl phenol | X | 120 | 50 | 87 | 24 ± 3 | |
| Properties: CeTePox 1287-01 NF H is preferably used in combination with suitable epoxy resin formulations for solvent-free epoxy systems. Main field of application are self-leveling coatings with good mechanical and surface properties and good resistance to chemicals. | |||||||
| CeTePox 1312 H | modified stabilised cycloaliphatic polyamine hardener | 440 | 66 | 115 | 22 ± 3 | ||
| Properties: CeTePox 1312 H is preferably used in combination with suitable epoxy resin formulations for solvent-free epoxy systems. Main fields of application are superior quality coatings with good surface appearance and epoxy mortars with good chemical resistance. | |||||||
| CeTePox 1312 NF H | modified stabilised cycloaliphatic polyamine hardener, free from nonyl phenol | X | 450 | 66 | 115 | 22 ± 4 | |
| Properties: CeTePox 1312 NF H is preferably used in combination with suitable epoxy resin formulations for solvent-free epoxy systems. Main fields of application are superior quality coatings with good surface appearance and epoxy mortars with good chemical resistance. | |||||||
| CeTePox 1312-05 H | modified stabilised cycloaliphatic polyamine hardener, free from nonyl phenol | X | 620 | 60 | 104 | 18 ± 5 | |
| Properties: CeTePox 1312-05 H is preferably used in combination with suitable epoxy resin formulations for solvent-free systems. Main fields of application of this low-viscous hardener are ambient curing self-levelling floorings , adhesives, tank-linings etc. | |||||||
| CeTePox 1318 H | modified stabilised (cyclo)aliphatic polyamine hardener | X | 450 | 50 | 95 | 37 ± 4 | |
| Properties: CeTePox 1318H is preferably used in combination with suited epoxy resin formulations for solvent-free epoxy systems. Due to its relatively low yellowing tendency on UV exposure this hardener is especially useful for the formulation of epoxy binders for aesthetically demanding coatings, e.g. mortars and top-coats. | |||||||
| CeTePox 1385 H | modified stabilised cycloaliphatic polyamine hardener, free from alkyl phenols | X | 67 | 49 | 85 | 26 ± 3 | |
| Properties: CeTePox 1385 H is preferably used in combination with suitable epoxy resin formulations for solvent-free systems. Main fields of application are levelling mortars and coatings with excellent surface appearance, good curing at temperatures down to 8 °C, and very good yellowing resistance. | |||||||
| CeTePox 1386 NF H | modified cycloaliphatic polyamine-adduct hardener, free from nonyl phenol | X | 49 | 86 | 15 ± 2 | ||
| Properties: CeTePox 1386 NF H is preferably used in combination with suitable epoxy resin formulations for solvent-free epoxy systems. Coatings made from this hardener have tack-free, glossy surfaces which are insensitive to water even after short curing times. Main fields of application are superior quality coatings and mortars like e.g. self-levelling floorings. | |||||||
| CeTePox 1386-01 NF H | modified stabilised cycloaliphatic polyamine hardener, free from nonyl phenol | X | 145 | 50 | 86 | 14 ± 2 | |
| Properties: Similar to CeTePox 1386 NF H, faster curing | |||||||
| CeTePox 1389 H | modified stabilised cycloaliphatic polyamine hardener | X | 50 | 50 | 89 | 30 ± 4 | |
| Properties: CeTePox 1389 H is preferably used in combination with suitable epoxy resin formulations for solvent-free systems. Main fields of applications are coatings and levelling mortars with convenient pot-life, good through-cure, and excellent resistance properties to early waterspotting and yellowing. | |||||||
| CeTePox 1393 H | modified stabilised cycloaliphatic polyamine hardener | 190 | 53,5 | 93 | 23 ± 4 | ||
| Properties: CeTePox 1393 H is preferably used in combination with suitable epoxy resin formulations for solvent-free systems. Main fields of application are primers and coatings with good surface appearance and good curing at temperatures down to 8 °C. Already after short curing times the coatings are insensitive to water. | |||||||
| CeTePox 1393 NF H | modified stabilised cycloaliphatic polyamine hardener, free from nonyl phenol | X | 235 | 50 | 93 | 29 ± 4 | |
| Properties: CeTePox 1393 NF H is preferably used in combination with suited epoxy resin formulations for solvent-free epoxy systems. Main field of application is the formulation of primers and coatings with good through-curing at temperatures down to + 8 °C. Even after short curing periods the respective coatings are insensitive to water load. | |||||||
| CeTePox 1393-02 H | accelerated modified stabilised cycloaliphatic polyamine | 400 | 53,5 | 93 | 14 ± 4 | ||
| Properties: CeTePox 1393-02 H is preferably used in combination with suited epoxy resin formulations for solvent-free epoxy systems. Main field of application is the formulation of primers and coatings with good through-curing at temperatures down to + 8 °C. Even after short curing periods the respective coatings are resistant to water. | |||||||
| CeTePox 1393-08 NF H | accelerated modified stabilised cycloaliphatic polyamine, free from nonyl phenol | X | 350 | 50 | 93 | 15 ± 3 | |
| Properties: CeTePox 1393-08 NF H is preferably used in combination with suited epoxy resins for solvent-free epoxy systems. Main field of application are primers and coatings with good through-curing at temperatures down to + 8 °C. Even after short curing periods the respective coatings are resistant to water. CeTePox 1393-08 NF H is the accelerated version of CeTePox 1393 NF H. | |||||||
| CeTePox 1410 H | modified heterocyclic polyamine | X | 550 | 55 | 95 | 6 ± 2 | |
| Properties: CeTePox 1410 H is preferably used with suited epoxy resins for solvent-free epoxy systems. Main fields of application of this highly reactive hardener are fast-setting epoxy mortars, adhesives, putties and tar-epoxy-combinations. | |||||||
| CeTePox 1434-01 NF H | modified cycloaliphatic polyamine, free from nonyl phenol and benzyl alcohol | X | X | 172 | 66 | 132 | 32 ± 7 |
| Properties: CeTePox 1434-01 NF H is preferably used in combination with suited epoxy resin formulations for solvent-free epoxy systems, which shall have flexible properties after curing. Therefore, fields of application are elastified, self-levelling coatings for indoor concrete or mastic asphalt surfaces. | |||||||
| CeTePox 1490 H | modified polyamine hardener, free from benzyl alcohol | X | 70 | 50 | 90 | 53 ± 4 | |
| Properties: CeTePox 1490 H is preferably used in combination with suitable epoxy resin formulations for solvent-free epoxy systems. | |||||||
| CeTePox 1502 H | accelerated modified stabilised cycloaliphatic polyamine, free from alkyl phenols | X | 250 | 55 | 102 | 23 ± 3 | |
| Properties: CeTePox 1502 H is preferably used in combination with suitable epoxy resin formulations for solvent-free epoxy systems. This hardener allows the formulation of coatings with good resistance to chemicals and yellowing and good surface quality. Main fields of application are superior quality self-levelling coatings, mortars and top-coats. | |||||||
| CeTePox 1510 H | modified stabilised cycloaliphatic polyamine hardener, free from alkyl phenols and benzyl alcohol | X | X | 50 | 93 | ca. 28 | |
| Properties: Low emission standard flooring hardener with excellent general properties | |||||||
| CeTePox 1516 H | accelerated modified stabilised araliphatic polyamine | 600 | 43 | 75 | 10 ± 2 | ||
| Properties: CeTePox 1516 H is a fast-curing epoxy hardener which is used in combination with suitable epoxy resin formulations for solvent-free systems. Main fields of application are all kinds of coatings, epoxy mortars, putties, repair materials etc. Due to its high reactivity CeTePox 1516 H is also suited for the acceleration of other epoxy hardeners. | |||||||
| CeTePox 1537 H | accelerated modified stabilised cycloaliphatic polyamine, free from alkyl phenols | X | 220 | 50 | 95 | 16 ± 3 | |
| Properties: CeTePox 1537 H is preferably used in combination with suited epoxy resin formulations for solvent-free epoxy systems. Main field of applications are self-levelling coatings and top-coats with convenient working-life, low material colour, good through-cure and excellent resistance properties to early water load. | |||||||
| CeTePox 1588 H | modified stabilised cycloaliphatic polyamine hardener, free from nonyl phenol | X | 320 | 50 | 93 | 15 ± 4 | |
| Properties: CeTePox 1588 H is used in combination with suitable epoxy resin formulations for solvent-free systems. Main fields of applications of this low-viscous polyamine adduct hardener are highly filled ambient curing self-levelling floorings, screeds and mortars. The cured epoxy systems are tack-free and have good resistance to chemicals and early water spotting. | |||||||
| CeTePox 1588 LH | modified stabilised cycloaliphatic polyamine hardener, free from nonyl phenol | X | 230 | 50 | 93 | 30 ± 5 | |
| Properties: CeTePox 1588 L H is used in combination with suitable epoxy resin formulations for solvent-free epoxy systems. Main fields of applications of this low-viscous adduct hardener are highly filled ambient curing self-levelling floorings, screeds and mortars. The cured epoxy systems are tack-free and have good resistance to chemicals and early water spotting. Compared to CeTePox 1588 H longer pot-life. | |||||||
| CeTePox 1590 H | modified stabilised polyamine hardener, free from benzyl alcohol | X | 180 | 50 | 90 | ca. 80 | |
| Properties: CeTePox 1590 H is an adduct hardener of reduced reactivity. It is preferably used in combination with suitable epoxy resin formulations for solvent-free systems. Main fields of application are primers and coatings. The lower reactivity enables usage in environments with higher temperature levels. | |||||||
| CeTePox 1594 H | modified stabilised (cyclo)aliphatic polyamine hardener, free from nonyl phenol | X | 180 | 54 | 94 | 15 ± 3 | |
| Properties: CeTePox 1594H is preferably used in combination with suited epoxy resin formulation for solvent-free epoxy systems. Main field of application of this low-viscous hardener are floorings and coatings with good through-curing at temperatures down to 8 °C. | |||||||
| CeTePox 1613 H | Mannich base | X | X | 200 | |||
| Properties: CeTePox 1613 H is preferably used as accelerator for other epoxy hardeners. Usually amounts of 2 to 8 w.-% calculated on binder are employed. In special cases CeTePox 1613 H is used as catalyst for the homopolymerisation of epoxy resins. | |||||||
| CeTePox 1614 H | Mannich base, free from benzyl alcohol | X | 550 | 43 | 75 | 9 ± 3 | |
| Properties: CeTePox 1614 H is a low viscous fast-curing and highly reactive hardener, which is preferably used with suited epoxy resins for solvent-free epoxy systems. Main fields of application are chemical-resistant coatings, epoxy mortars and the acceleration of other epoxy systems, like adhesives, putties and tar-epoxy-combinations. | |||||||
| CeTePox 1614 NF H | Mannich base, free from nonyl phenol and benzyl alcohol | X | X | 530 | 40 | 75 | 12 ± 4 |
| Properties: CeTePox 1614 NF H, the nonylphenol-free version of CeTePox 1614 H, is a low viscous fast-curing and highly reactive hardener, which is preferably used with suited epoxy resins for solvent-free epoxy systems. Main fields of application are chemical-resistant coatings, epoxy mortars and the acceleration of other epoxy systems, like adhesives, putties and tar-epoxy-combinations. | |||||||
| CeTePox 1693 H | Mannich base | 1300 | 53 | 93 | 11 ± 2 | ||
| Properties: CeTePox 1693 H is preferably used with suited epoxy resins for solvent-free epoxy systems. Main field of application are chemical-resistant coatings. Also suited for the acceleration of less reactive epoxy systems, like adhesives, putties and tar-epoxy-combinations. | |||||||
| CeTePox 1950 H | formulated stabilised polyamidoamine | X | 1900 | 66 | 115 | 36 ± 4 | |
| Properties: CeTePox 1950 H is preferably used in combination with suitable epoxy resin formulations for solvent-free systems. Main applications are primers and coatings on difficult (e.g. wet, humid) substrates as well as high-solid-laquers for heavy-duty corrosion protection. | |||||||
| CeTePox 1951 H | accelerated formulated stabilised polyamidoamine | X | 1000 | 60 | 115 | 25 ± 5 | |
| Properties: CeTePox 1951 H is preferably used in combination with suitable epoxy resin formulations for solvent-free systems. Main applications are primers and coatings on difficult (e.g. wet, humid) substrates as well as high-solid-laquers for heavy-duty corrosion protection. | |||||||
| CeTePox 1952 H | formulated stabilised polyamidoamine | X | 1800 | 60 | 115 | 47 ± 5 | |
| Properties: CeTePox 1952 H is preferably used in combination with suitable epoxy resin formulations for solvent-free systems. Main applications are primers and coatings on difficult (e.g. wet, humid) substrates as well as high-solid-laquers for heavy-duty corrosion protection. Compared to CeTePox 1950 H significantly longer pot-life, therefore applicable under tropical climates. | |||||||
| CeTePox 1976 | formulated polyether-amine, free from benzyl alcohol | X | 1100 | 110 – 133 | 254 | ca. 25 | |
| Properties: CeTePox 1976 H is preferably used in combination with suitable epoxy resin formulations for flexible, solvent-free epoxy systems. The cured binders show high flexibility at temperatures down to -10 °C. Therefore, this hardener is applied for tough-elastic or flexible coatings, crack-bridging membranes or liquid foils, e.g. for sealants. | |||||||
| CeTePox 1976-02 NF H | formulated polyether-amine, free from nonyl phenol and benzyl alcohol | X | X | 1500 | 110 – 133 | 254 | ca. 24 |
| Properties: CeTePox 1976-02 NF H is preferably used in combination with suitable epoxy resin formulations for flexible, solvent-free epoxy systems. The cured binders show high flexibility at temperatures down to -10 °C. Therefore, this hardener is applied for imPastic coatings, crack-bridging membranes or liquid foils, e.g. for sealants. | |||||||
| CeTePox 2320 H | water-dilutable, modified cycloaliphatic stabilised polyamine, form of supply: 80 w.-% in water | X | X | 20 | 75 | 200 | ca. 3 |
| Properties: Water reducible hardnener; for water reducible primers and (finishing) coating | |||||||
| CeTePox 2419 H | water-dilutable, modified cycloaliphatic polyamine adduct, form of supply: 70 w.-% in water | X | X | 118 | 214 | ca. 20 | |
| Properties: Water reducible hardnener; for water reducible primers and (finishing) coating, with pot-life indication | |||||||
| CeTePox 2420 H | water-dilutable, modified cycloaliphatic polyamine adduct, form of supply: 80 w.-% in water | X | X | 100 | 185 | ca. 21 | |
| Properties: Similar to CeTePox 2419 H, better dilution properties, higher solid content; with pot-life indication | |||||||
| CeTePox 1093-8 H | modified cycloaliphatic polyamine | X | 275 | 33 | 63 | 38 ± 5 | |
| Properties: CeTePox VP 1093-8 H is preferably used in combination with suitable epoxy resin formulations for solvent-free systems. Important features of this hardener are good tranparency and yellowing resistance. Application fields are mortars and floorings, e.g. stone carpets. | |||||||
SISTEMI EPOSSIDICI (A+B)
| Characteristics | phenol-free | Viskosity of Mixture DIN EN ISO 3219 23°C [mPas] | Mixing Ratio (A : B parts by weight) | Shore-D Hardness after 7d/23°C ISO 868 | |
|---|---|---|---|---|---|
| CeTePox 103 NF S | solvent-free two-pack epoxy system, free from nonyl phenol and benzyl alcohol | X | 500 | 100 : 42 | 87 |
| Properties: CeTePox 103 is preferably used as primer for all kinds of solvent-free epoxy systems when coating concrete. CeTePox 103 offers low viscosity, excellent wetting and adhesion properties as well as good early water-spotting resistance and works as an efficient barrier against rearward moisture penetration. | |||||
| CeTePox 132 NF S | solvent-free two-pack epoxy system | X | 550 | 3 : 1 | 84 |
| Properties: CeTePox 132 has low viscosity, excellent wetting and adhesion properties and is insensitive to early moisture load and unfavourable climatic curing conditions. Fields of Application are concrete primers, filled putties, highly filled as well as self-levelling mortars and paints. | |||||
| CeTePox 140 S | solvent-free two-pack epoxy system, free from alkyl phenols and benzyl alcohol | X | 580 | 100 : 40 | 80 |
| Properties: The epoxy system CeTePox 140 S is preferably used as solvent-free two-pack epoxy binder for low-emission primers for floor coverings, like parquets or carpets. Characteristical features are low viscosity, good reactivity and excellent adhesion properties. EMICODE compliant according to GEV-rules. | |||||
| CeTePox 1330 S | modified (cyclo)aliphatic polyamines | X | 600 | 100 : 60 | 88 |
| Properties: Excellent surfaces qualities, low yellowing, good water-spotting resistance; decorative sealers and coating | |||||