| Aluflux
NC Powder |
Active
ingredient
flux |
Active
ingredient
solder |
Effective
temperature
of the flux
melting
range of the solder
|
Permissible
total percentage of Mg in the basic material* |
Solder
required |
Soldering
method |
DIN
8511:
F-LH 2
EN
1045:
FL 20
|
|
570
– 610 °C
|
Furnace brazing: 0,4
– 0,5 %
Flame brazing: to 1,5
%
|
Zetlot
7 |
Furnace
brazing
Flame brazing
Induction brazing
|
|
|
|
| Aluflux
Cs Powder |
| Active
ingredient flux |
Active
ingredient solder |
Effective
temperature of the flux melting range of the solder |
Permissible
total percentage of Mg in the basic material* |
Solder
required |
Soldering
method |
|
|
|
420
– 450 °C |
|
Al-solder
7982 |
Flame
brazing |
|
|
|
| Aluflux
1101 Paste |
| Active
ingredient flux |
Active
ingredient solder |
Effective
temperature of the flux melting range of the solder |
Permissible
total percentage of Mg in the basic material* |
Solder
required |
Soldering
method |
DIN
8511:
F-LH 2
EN
1045:
FL 20
|
|
570
– 610 °C
|
Furnace
brazing: 0,4 – 0,5 %
Flame brazing: to 1,5
%
|
Zetlot
7
|
Furnace
brazing
Flame brazing
Induction brazing
|
|
|
|
| Aluflux
1201 Paste |
| Active
ingredient flux |
Active
ingredient solder |
Effective
temperature of the flux melting range of the solder |
Permissible
total percentage of Mg in the basic material* |
Solder
required |
Soldering
method |
|
|
|
420
– 450 °C |
|
Zn-Al-alloys
|
Flame
brazing
|
|
|
|
|
| Aluflux
1301 Paste |
| Active
ingredient flux |
Active
ingredient solder |
Effective
temperature of the flux melting range of the solder |
Permissible
total percentage of Mg in the basic material* |
Solder
required |
Soldering
method |
DIN
8511:
F-LH 2
EN
1045:
FL 20
|
DIN 8513:
L-AlSi12
EN 1044:
Al 104
|
570
– 610 °C
575
– 585 °C
|
Furnace brazing: 0,4
– 0,5 %
Flame brazing: to 1,5
%
|
|
Furnace
brazing
|
|
|
|
|
| Aluflux
1331 Paste |
| Active
ingredient flux |
Active
ingredient solder |
Effective
temperature of the flux melting range of the solder |
Permissible
total percentage of Mg in the basic material* |
Solder
required |
Soldering
method |
DIN
8511:
F-LH 2
EN
1045:
FL 20
|
DIN 8513:
L-AlSi12
EN 1044:
Al 104
|
570
– 610 °C
575
– 585 °C
|
Furnace brazing: 0,4
– 0,5 %
Flame brazing: to 1,5
%
|
|
Flame
brazing
|
|
|
|
|
| Aluflux
1401 Paste |
| Active
ingredient flux |
Active
ingredient solder |
Effective
temperature of the flux melting range of the solder |
Permissible
total percentage of Mg in the basic material* |
Solder
required |
Soldering
method |
DIN
8511:
F-LH 2
EN
1045:
FL 20
|
|
570
– 610 °C
|
Furnace brazing: 0,6
– 0,8 %
Flame brazing: to 2,0
%
|
Zetlot
7
|
Furnace
brazing
Flame brazing
Induction brazing
|
|
|
|
|
| Aluflux
1431 Paste |
| Active
ingredient flux |
Wirksame
Bestandteile
Lot |
Effective
temperature of the flux melting range of the solder |
Permissible
total percentage of Mg in the basic material* |
Solder
required |
Soldering
method |
DIN
8511:
F-LH 2
EN
1045:
FL 20
|
DIN 8513:
L-AlSi12
EN 1044:
Al 104
|
570
– 610 °C
575
– 585 °C
|
Furnace brazing: 0,6
– 0,8 %
Flame brazing: to 2,0
%
|
|
Flame
brazing
|
|
|
|
|
| Aluflux
1441 Paste |
| Active
ingredient flux |
Active
ingredient solder |
Effective
temperature of the flux melting range of the solder |
Permissible
total percentage of Mg in the basic material* |
Solder
required |
Soldering
method |
DIN
8511:
F-LH 2
EN
1045:
FL 20
|
DIN 8513:
L-AlSi12
EN 1044:
Al 104
|
570
– 610 °C
575
– 585 °C
|
Furnace brazing: 0,6–
0,8 %
Flame brazing: to 2,0
%
|
|
Furnace
brazing
|
|
|
|
|
| Aluflux
FC Wire |
| Active
ingredient flux |
Active
ingredient solder |
Effective
temperature of the flux melting range of the solder |
Permissible
total percentage of Mg in the basic material* |
Solder
required |
Soldering
method |
DIN
8511:
F-LH 2
EN
1045:
FL 20
|
DIN 8513:
L-AlSi12
EN 1044:
Al 104
|
570
– 610 °C
575
– 585 °C
|
Furnace brazing: 0,4
– 0,5 %
Flame brazing: to 1,5
%
|
|
Furnace
brazing
Flame brazing
Induction brazing
|
|
|
|
|
| Aluflux
Brazing Rings |
| Active
ingredient flux |
Active
ingredient solder |
Effective
temperature of the flux melting range of the solder |
Permissible
total percentage of Mg in the basic material* |
Solder
required |
Soldering
method |
DIN
8511:
F-LH 2
EN
1045:
FL 20
|
DIN 8513:
L-AlSi12
EN 1044:
Al 104
|
570
– 610 °C
575
– 585 °C
|
Furnace brazing: 0,4
– 0,5 %
Flame brazing: to 1,5
%
|
|
Furnace
brazing
Flame brazing
Induction brazing
|
|
|
|
* The
permissible Mg contents are strongly dependent of the specific soldering
conditions.
The composition and viscosity of all pastes can be varied to meet customers’
specifications.
|
