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Nonylphenol-/Benzylalcohol-free CeTePox®-Hardeners and CeTePox®-Systems

 

Nonylphenol-/Benzylalcohol-free CeTePox®-Hardeners

                 
Name
Characteristics
Nonylphenol-free

Benzylalcohol-

free

Viscosity DIN EN ISO 3219 23 °C
Recommended Quantity of Hardener
H-Active-Equiv. Weight

Gardner Colour Index

ISO 4630-2

Temperature Increase
23°C -> 40°C
Properties and Fields of Application
     
ca. [mPas]
[g] 2)
[g/Eq.]
appr. [min] 1)
 
aliphatic polyamine adduct
 
250
81
145
< 7
18
flexibilising, hydrophobising; coatings, putties.
accelerated aliphatic polyamine
60
23
40
< 4
14
low viscosity, high reactivity; primers, adhesives.
modified aliphatic polyamine
115
40c)
72
< 3
34
accelerated adduct hardener with good through-cure; for benzyl alcohol-free primers
modified cycloaliphatic polymamine
 
20 b)
33
58
< 3
21
low-viscous; primers, epoxy-mortars, putties with good resistance properties.
modified cycloaliphatic polyamine
80
40
70
< 6
29
low viscous; primers, self-levelling coatings, epoxy mortars.
modified cycloaliphatic polyamine
120
46
78
< 2
30
solvent and benzylic alcohol-free primers and coatings.
modified cycloaliphatic polyamine
  
50
50
87
< 2
13
low-viscous; for superior quality coatings and highly filled mortars
modified cycloaliphatic polyamine
  
120
50
87
< 5
28
low viscous; for higly filled coatings, self-levelling and floor screed mortars with good resistance.
modified cycloaliphatic polyamine adduct
 
450
66
115
< 2
23
standard adduct hardener with good general properties; nonylphenol-free version of CeTePox 1312 H.
modified cycloaliphatic polyamine adduct
 
50
49
85
< 2
25
reactive, phenol-free hardener for coatings and self-levelling mortars; low yellowing.
modified cycloaliphatic polyamine adduct
 
150
49
85
< 2
13

reactive, phenol-free hardener for coatings and self-levelling mortars with good through-curing even at
5 °C.

modified cycloaliphatic polyamine adduct
 
50
50
89
< 1
30
low yellowing, good early water-spotting resistance; quartz gravel coatings, flooring.
modified cycloaliphatic polyamine adduct
 
220
54
93
< 3
25
good standard adduct hardener with excellent general properties for flooring.
modified cycloaliphatic polyamine adduct, accelerated
 
300
54
93
< 3
15
faster curing version of CeTePox 1393 NF H.
modified heterocyclic polyamine
550
55
95
< 6
6
fast curing mortar coatings, adhesives, putties, tar-epoxy-systems.
modified aliphatic polyamine
110
66 a)
134
< 6
30
flexibilised self-levelling coatings, indoor mastic asphalt surfaces.
accelerated polyamine hardener phenol-free
150
43
75
< 3
9
very high reactivity; accelerator for solvent-free epoxy systems.
modified cycloaliphatic polyamine adduct, accelerated
 
250
56
102
< 2
20
aducct hardener with excellent resistance to chemicals and yellowing; decorative mortars.
modified cycloaliphatic polyamine adduct, accelerated
 
220
50
95
< 2
15
accelerated adduct hardener with good through curing and improved water resistance.
modified aliphatic polyamine adduct
320
50
87
< 5
30
adduct hardener for decorative coatings and mortars.
modified aliphatic polyamine adduct
200
50
90
< 4
65
low viscosity and low reactivity; primers and coatings to be applied in warmer climates.
Mannich-base, phenol-free
550
40
75
< 4
12
low viscous fast-curing hardener for chemical resistant coatings and mortars.
Mannich-base, phenol-free
 
2,400 b)
50
92
< 8
10
very reactive; solvent-free chemical resistant epoxy systems, putties etc.
accelerated formulated polyamidoamine adduct
 
1,000
60
115
< 10
25
primer for difficult, wet substrates with excellent adhesion.
formulated polyether-polyamine
1,000
85
250
< 5
25
flexibilising hardener; for tough-elastic, crack-bridging coatings, sealants.
modified aliphatic polyamine
20
31
55
< 2
8
very low-viscous fast curing hardener
modified cycloaliphatic polyamine adduct
150
50
92
< 3
30
accelerated adduct hardener with good through-cure and resistance to early water spotting; self-levelling coatings.
VP 1233-20 H modified cycloaliphatic polyamine adduct
 
350 b)
50
95
< 2
26
adduct hardener with good through-cure and earyl water-resistance; decorative coatings.
1) temperature increase from 23 °C to 40 °C / 100 ml mixture (isol. beaker)   a) with CeTePox 134 R b) at 25 °C c) with CeTePox 245 R
2) for 100 g CeTePox 152 R          
                   

Nonylphenol-/Benzylalcohol-free CeTePox®-Systems

Name
Characteristics
Nonylphenol-free

Benzylalcohol-

free

Mixing Ratio (A : B parts by weight)
Viscosity of Mixture
ISO 3219, 23 °C
appr. [mPas]
Temperature Increase
23°C -> 40°C appr.
[min] 1)
Shore-D Hardness after 7d/23 °C ISO 868
Properties and Fields of Application
solvent-free two-component epoxy system
100:42
350
40
83
low viscosity, excellent wetting and adhesion properties, low sensitivity to early water stress; primers on concrete, even when moisture-permeated from the backside.
solvent-free two-component epoxy system
 
100:33
450
18
83
low viscosity, good wetting and adhesion properties; multi-purpose binder: mortars, primers and self-levelling coatings.
solvent-free two-component epoxy system
2 : 1
350
18
> 80
for EP-systems, very good light resistance, low viscosity; for top-coats, quartz gravel flooring.
solvent-free two-component epoxy system
100:40
500
100 2)
70
water-washable epoxy system, solvent-free; for e.g. joint fillers, tile adhesives.
1) Temperature Increase from 23 °C to 40 °C with 100 ml of mixture in an insulated beaker
2) Gelation-Time. Start at 23 °C with 100 ml of mixture in an insulated beaker        

 

Status Oktober 2008

 


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