FSH€WELDING€GROUP: welding.com … Brazing.pdf · BRAZARGENT€5040 EN€ISO€3677...

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1) Copper / PhosphorusManual Brazing

PHOSBRAZ M 60 EN ISO 3677 BCu94P 710860PHOSBRAZ V6 EN ISO 3677 BCu94P 710845PHOSBRAZ P66 EN ISO 3677 BCu93P 710825PHOSBRAZ P68 EN ISO 3677 BCu93P 710815PHOSBRAZ M70 EN ISO 3677 BCu93P 710815PHOSBRAZ M73 EN ISO 3677 BCu93P 710785PHOSBRAZ E80 EN ISO 3677 BCu92P 710750PHOSBRAZ E80+ EN ISO 3677 BCu92P 710738

PHOSBRAZ 675Sn EN ISO 3677 Bcu86SnP 650700

Oven BrazingPHOSBRAZ 840 EN ISO 3677 BCu94P 710840PHOSBRAZ 815 EN ISO 3677 BCu93P 710815PHOSBRAZ 790 EN ISO 3677 BCu93P 710790PHOSBRAZ 770 EN ISO 3677 BCu93P 710770PHOSBRAZ 750 EN ISO 3677 BCu92P 710750PHOSBRAZ 738 EN ISO 3677 BCu92P 710738

Silver / Copper / PhosphorusPHOSBRAZ M68 EN ISO 3677 BCu93PAg 710815PHOSBRAZ AG4 EN ISO 3677 BCu93PAg 650825PHOSBRAZ AG10 EN ISO 3677 BCu93PAg 650820PHOSBRAZ AG20 EN ISO 3677 BCu91PAg 650820PHOSBRAZ AG20+ EN ISO 3677 BCu91PAg 710738PHOSBRAZ AG50 EN ISO 3677 BCu89PAg 650810PHOSBRAZ AG50+ EN ISO 3677 BCu88PAg 650770PHOSBRAZ AG100 EN ISO 3677 BCu84PAg 650750PHOSBRAZ AG150 EN ISO 3677 BCu80PAg 650800PAG 60 EN ISO 3677 BCu87PAg 650720

2) Silver Brazing AlloysTernaryBRAZARGENT 1505 EN ISO 3677 BCu55ZnAgSi 820870BRAZARGENT 1520 Si EN ISO 3677 BCu46ZnAgSi 690810BRAZARGENT 1544 EN ISO 3677 BAg44CuZn 675735BRAZARGENT 1545 EN ISO 3677 BAg45CuZn 680800

Cd bearingBRAZARGENT 2017 EN ISO 3677 BCu41ZnAgCd 610780BRAZARGENT 2020 EN ISO 3677 BCu42ZnAgCd 610780BRAZARGENT 2021 EN ISO 3677 BCu35ZnAgCd 610750BRAZARGENT 2025 EN ISO 3677 BCu30ZnAgCd 605720BRAZARGENT 2030 EN ISO 3677 BAg30CuZnCd 610690BRAZARGENT 2034 EN ISO 3677 BAg34CuCdZn 610670BRAZARGENT 2035 EN ISO 3677 BAg35CuZnCd 610700BRAZARGENT 2040 EN ISO 3677 BAg40ZnCuCd 595630BRAZARGENT 2042 EN ISO 3677 BAg42CdCuZn 610620BRAZARGENT 2045 EN ISO 3677 BAg45CdZnCu 605620BRAZARGENT 2050 EN ISO 3677 BAg50CdZnCu 625635BRAZARGENT 2550 EN ISO 3677 BAg50CdCuZnNi 635660BRAZARGENT 400 EN ISO 3677 BAg40ZnCuCd 595630

TBW 2040 EN ISO 3677 BAg40ZnCuCd 595630

Cd freeBRAZARGENT 5018 EN ISO 3677 BCu47ZnAgSn 720790BRAZARGENT 5025 EN ISO 3677 BCu40ZnAgSn 680760BRAZARGENT 5030 EN ISO 3677 BCu36ZnAgSn 665755BRAZARGENT 5034 EN ISO 3677 BCu36AgZnSn 630730BRAZARGENT 5038 EN ISO 3677 BAg38CuZnSn 660700BRAZARGENT 5040 EN ISO 3677 BAg40CuZnSn 650710BRAZARGENT 5045 EN ISO 3677 BAg45CuZnSn 640680BRAZARGENT 5055 EN ISO 3677 BAg55ZnCuSn 630660BRAZARGENT 5056 EN ISO 3677 BAg56ZnCuSn 620655

TBW 5034 EN ISO 3677 BCu36AgZnSn 630730TBW 5038 EN ISO 3677 BAg38CuZnSn 660700TBW 5045 EN ISO 3677 BAg45CuZnSn 640680

3) Brazing alloysCUPROX EN ISO 3677 BCu60ZnSi 870890SUPERCUPROX EN ISO 3677 BCu59ZnAgSi 850870506 EN ISO 3677 BCu50ZnNiSi 890900NICROX EN ISO 3677 BCu49ZnNiSi 890920SUPERNICROX EN ISO 3677 BCu50ZnNiAg 870900


4) Aluminium Brazing RodsTBW HARASIL NC 12ALUNOX 21 / 14TBW ZINAL 4TBW ZINAL 30NCS

5) FluxesHARAKIRI ROSEMALG HARAFLUX ODALALUNOX 13/LCALUNOX NC

HARAKIRI BLEUHARA FLUXALUNOX NCSBORINOX POWDERBORINOX PASTEFLUX BOREGEL 60PHOSBRAZFLUXPOLYFLUXGEL 400AGFLUX PASTEAG FLUX POWDERCUPROFLUX


M60Manual brazing: CuP Special Pitting

INNOVATIVE WELDING CONSUMABLESwww.fshwelding.com

Classifications :

EN ISO 3677: B Cu 94 P 710860

NF EN 1044: CP203

Description & Applications :

Alloy with a controlled fluidity, specially made for strong brazing of pitting, pipes and fit up, with large jointgaps.

Its low phosphorus content makes it relatively sluggish. Alloy with selffluxing properties when joining copperto copper.

It can be used on cuprous alloys (bronze, brass) with our Phosbraz flux.

Rods of Ø 1,5 2 2,5 3 mm, standard length 500 mm. Other dimensions on request. Also available inwire.

Typical Composition (%):

Cu P

94 6

Mechanical Properties:

Density (Kg/ m3) Elongation % R.daN/mm2 Colour

8100 6 55 White grey

FT/045 rév. 20050704


V6Manual brazing: CuP Special Pitting


Classifications :

EN ISO 3677: B Cu 94 P 710845

NF EN 1044: CP203


Alloy with a controlled fluidity, generally recommended for the assemblies with clearances over 0.08mm:pipes, fit up, sleeves.

Its low phosphorus content makes it relatively sluggish. This alloy is selffluxing on red coppers.


Rods of Ø 1,5 2 2,5 3 mm, standard length 500 mm. Square rods 2x2mm. Other dimensions on request.Also available in wire.


Cu P

93.7 6.3




FT/050 rév. 20050704


P66Manual brazing: Polyvalent CuP alloy


Classifications :

EN ISO 3677: B Cu 93 P 710825

NF EN 1044: CP202


A medium fluidity alloy useful in a production environment with standard parts like sanitation systems: coppersleeves, bends, tubes and connections having consistent, gauged gaps.

Polyvalent alloy used for strong copper brazing, with selffluxing properties when joining copper to copper.




Cu P

93.4 6.6




FT/055 rév. 20050704


P68Manual brazing: Polyvalent CuP alloy


Classifications :

EN ISO 3677: B Cu 93 P 710815

NF EN 1044: CP202


A medium fluidity alloy useful in a production environment with standard parts like sanitation systems: coppersleeves, bends, tubes and connections having consistent, gauged gaps. Mainly used by plumbers andheating engineers.

Polyvalent alloy indicated for strong copper brazing without need of using a flux.




Cu P

93.2 6.8




FT/060 rév. 20050704


M70Manual brazing: CuP for

Capillary Brazing


Classifications :

EN ISO 3677: B Cu 93 P 710805

NF EN 1044: CP202


The higher phosphorus ratio, the higher fluidity.

This alloy with a great flow has been specially created with a perfect metal degassing, in order to generate amaximum comfort in use. It is recommended for capillary brazing of tubes and connections, water heaters,refrigeration systems. Mainly used by plumbers and heating engineers.

It can also be used on cuprous alloys (bronze, brass) with our Phosbraz flux.

As all CuP, it is selffluxing on red coppers.



Cu P

93 7




FT/065 rév. 20050704


M73Manual brazing: CuP for

Capillary Brazing


Classifications :

EN ISO 3677: B Cu 93 P 710785

NF EN 1044: CP202


The higher phosphorus ratio, the more important fluidity.

This high fluidity alloy has been specially created with a perfect metal degassing, in order to generate amaximum comfort in use. It is recommended for capillary brazing of tubes and connections, water heaters...





Cu P

92.7 7.3




FT/075 rév. 20050704


E80Manual brazing: High Fluidity CuP


Classifications :

EN ISO 3677: B Cu 92 P 710750

NF EN 1044: CP201



This alloy with an excellent fluidity has a low melting range. It is recommended when brazing spare partsrequires high capillarity. Specially indicated for capillary brazing of miscellaneous tubes and connections withnarrow gaps or joints with tight fitup.





Cu P

92.2 7.8




FT/080 rév. 20050704


E80+Manual brazing: High Fluidity CuP


Classifications :

EN ISO 3677: B Cu 92 P 710738

NF EN 1044: CP201



This alloy with an excellent fluidity has a low melting range. It is recommended when brazing spare partsrequires high capillarity. Specially indicated for capillary brazing of miscellaneous tubes and connections withnarrow gaps or joints with tight fitup.





Cu P

92 8




FT/085 rév. 20050704


675SnManual brazing: CuP with Sn


Classifications :

EN ISO 3677: B Cu 86 Sn P 650700

NF EN 1044: CP302


Alloy with a high phosphorus and tin content, suitable for copper brazing. Tin (Sn) lowers the melting point,increases fluidity and exhibits good wetting properties. Also offers good corrosion resistance and is nontoxic.Very low temperature need. Its melting range requires a rapid heating cycle to ensure that the elements donot separate through liquation.

Excellent fluidity and low melting range. Manual alloy, but it can also be used on work shop for automatic,oven, carousel and induction brazing… , with narrow gaps. Therefore, it can be consider an alloy suitable forall heating methods.



Cu P Sn

86.25 6.75 7




FT/095 rév. 20050704


840Oven brazing: High temperature CuP


Classifications :

EN ISO 3677: B Cu 94 P 710840

NF EN 1044: CP203


Alloys from the furnace brazing range are named according to their liquidus point. They are more aggressivethen their manual counterparts. Their melting range requires a rapid heating cycle to ensure that the elementsdo not separate through liquation.

This alloy is used for strong copper brazing without need of using a flux. It is quite common to use 2 or 3different alloys on one assembly for different joints. This procedure allows for simultaneous melting of all alloygroups.

This product is used on work shop for automatic, oven, carousel and induction brazing. Its structure alsoallows brazing in stages (reheating).



Cu P

93.6 6.4




FT/051 rév. 20050704


815Oven brazing: Medium fluidity CuP


Classifications :

EN ISO 3677: B Cu 93 P 710815

NF EN 1044: CP202


Alloys from the furnace brazing range are named according to their liquidus temperature. They are moreaggressive then their manual counterparts. Their melting range requires a rapid heating cycle to ensure thatthe elements do not separate through liquation.





Cu P

93.2 6.8




FT/061 rév. 20050704


790Oven brazing: Medium fluidity CuP


Classifications :

EN ISO 3677: B Cu 93 P 710790

NF EN 1044: CP202


Alloys from the furnace brazing range are named according to their melting temperature. They are moreaggressive then their manual counterparts. Their melting range requires a rapid heating cycle to ensure thatthe elements do not separate through liquation.





Cu P

92.8 7.2




FT/071 rév. 20050704


770Oven brazing: High fluidity CuP


Classifications :

EN ISO 3677: B Cu 93 P 710770

NF EN 1044: CP201


Alloys from the furnace brazing range are named according to their liquidus temperature. They are moreaggressive then their manual counterparts. Their melting range requires a rapid heating cycle to ensure thatthe elements do not separate through liquation.





Cu P

92.5 7.5




FT/069 rév. 20050704




Classifications :

EN ISO 3677: B Cu 92 P 710750

NF EN 1044: CP201


Alloys from the furnace brazing range are named according to their liquidus temperatures. They are moreaggressive then their manual counterparts. Their melting range requires a rapid heating cycle to ensure thatthe elements do not separate through liquation.

This alloy is used for strong copper brazing without need of using a flux. Its low melting temperature andexcellent fluidity allow a saving in energy. It is quite common to use 2 or 3 different alloys on one assembly fordifferent joints. This procedure allows for simultaneous melting of all alloy groups.




Cu P

92.2 7.8




FT/068 rév. 20050704




Classifications :

EN ISO 3677: B Cu 92 P 710738

NF EN 1044: CP201


Alloys from the furnace brazing range are named according to their liquidus temperatures. They are moreaggressive then their manual counterparts. Their melting range requires a rapid heating cycle to ensure thatthe elements do not separate through liquation.

This alloy is used for strong copper brazing without need of using a flux. Its low melting temperature andexcellent fluidity allow a saving in energy. It is quite common to use 2 or 3 different alloys on one assembly fordifferent joints. This procedure allows for simultaneous melting of all alloy groups.




Cu P

92 8




FT/084 rév. 20050704


M68Manual brazing: CuPAg


Classifications :

EN ISO 3677: B Cu 93 PAg 710815

NF EN 1044:


Adding silver to CuP lowers the liquidus point. This addition also refines the alloy, improving electricalconductivity and increasing ductility.

Polyvalent alloy suitable for copper brazing, without need of using a flux, mainly used in plumbing andheating/ventilation.

Good fluidity when brazing sleeves.

Its low melting temperature gives very good resistance.

Can be used on cuprous alloys (bronze, brass) with our Phosbraz Flux.



P Ag Cu

6.8 0.2 93




FT/100 rév. 20050704


AG4Manual brazing: CuPAg


Classifications :

EN ISO 3677: B Cu 93 PAg 650825

NF EN 1044:




Good fluidity when brazing sleeves.





P Ag Cu

6.5 0.4 93.1




FT/105 rév. 20050704


AG10Manual brazing: CuPAg


Classifications :

EN ISO 3677: B Cu 93 PAg 650820

NF EN 1044:




Good fluidity when brazing sleeves/tubes and copper connections, machine junctions, and so forth.





P Ag Cu

6.7 1 92.3




FT/110 rév. 20050704


AG20Manual brazing: CuP Ag 2%


Classifications :

EN ISO 3677: B Cu 91 PAg 650820

NF EN 1044: CP105




Good fluidity when brazing sleeves/tubes and copper connections, machine junctions, and so forth.





P Ag Cu

6.7 2 91.3




FT/115 rév. 20050704


AG20+Manual brazing: CuP Ag 2%


Classifications :

EN ISO 3677: B Cu 91 PAg 650800

NF EN 1044:




Good fluidity when brazing sleeves/tubes and copper connections, machine junctions, and so forth (capillarybrazing).





P Ag Cu

7 2 91




FT/120 rév. 20050704




Classifications :

EN ISO 3677: B Cu 89 PAg 650810

NF EN 1044: CP104



Polyvalent alloy suitable for copper brazing, without need of using a flux, mainly used in the refrigerationindustry being more robust at lower operating temperature.

Its excellent fluidity and its low melting temperature give high ductility and excellent vibration and coldresistance. It is also recommended for delicate works.




P Ag Cu

6 5 89




FT/125 rév. 20050704


AG50+Manual brazing: CuP Ag 5%


Classifications :

EN ISO 3677: B Cu 88 PAg 650770

NF EN 1044:



Polyvalent alloy suitable for copper brazing, without need of using a flux, mainly used in the refrigerationindustry being more robust at lower operating temperature.

Its very good fluidity and its low melting temperature give good resistance. It is also recommended for delicateworks.




P Ag Cu

6.6 5 88.4




FT/130 rév. 20050704




Classifications :

EN ISO 3677: B Cu 84 Ag P 650750

NF EN 1044:


Adding silver to CuP lowers the liquidus point. This addition also refines the alloy, increasing the brazed jointsmechanical characteristics, improving electrical conductivity and increasing ductility.

Being more robust at lower operating temperature and thanks to the characteristics mentioned above, thisalloy is specially used by electric motor manufacturers, gas waterheaters and refrigeration industry(refrigerators, freezers, compressors).

Its excellent and controlled fluidity, together with its low melting temperature give good resistance to cold andvibrations. It is also recommended for delicate works.

This polyvalent product has selffluxing properties on red coppers.

Can be also used on cuprous alloys (bronze, brass) with our Phosbraz Flux.



P Ag Cu

6.2 10 83.8




FT/135 rév. 20050704




Classifications :

EN ISO 3677: B Cu 80 Ag P 650800

NF EN 1044: CP102


Adding silver to CuP lowers the liquidus point. This addition also refines the alloy, increasing the brazed jointsmechanical characteristics, improving electrical conductivity and increasing ductility.

Being more robust at lower operating temperature and thanks to its excellent electrical conductivity, this alloyis specially used by electric motor manufacturers, gas waterheaters and refrigeration industry (refrigerators,freezers, compressors).

Its good fluidity and its low melting temperature give high ductility and excellent vibration and cold resistance.

It is also recommended for delicate works.

This polyvalent product, with a controlled fluidity, has selffluxing properties.

Can be also used on cuprous alloys (bronze, brass) with our Phosbraz Flux.



P Ag Cu

5 15 80




FT/140 rév. 20050704


PAG60Manual brazing: CuP Ag 6%

Certified A.T.G.


Classifications :

EN ISO 3677: B Cu 87 PAg 650720

NF EN 1044: CP103


The higher the silver content, the greater the ductility of the brazed joint. This addition also refines the alloy,increasing the brazed joints mechanical characteristics and improving electrical conductivity.

This special alloy certified by A.T.G. (French Ministry of Industry) in conjunction with GEL60, is recommendedfor high strength capillary brazing of copper tubes, and eventually copperbrass, used in combustible gasinstallations.

It is indicated for all delicate works when a low temperature is required.

Can be also used with our AGFlux.

Rods of Ø 2 mm, standard length 500 mm.


P Ag Ni Cu

7.3 6 0.1 86.6




Certification: Certification concerning the couple “PAG 60 GEL60”Product certified in conjunction with GEL60, by A.T.G.(French Ministry of Industry) with the registrationnumber 750. Certification concerning the couple “PAG 60 – AGFLUX”Product certified in conjunction with AGFLUX, by A.T.G. (French Ministry of Industry) with the registrationnumber 1530.

Compliance: Compliance concerning the couple "PAG60 GEL 60" and the couple "PAG60 AGFLUX" following A.T.G.(French Ministry of Industry) specifications:B 524 : Edition of July 1980 and additional B 524 n°1 of April 1986

FT/145 rév. 20050704


1505Ternary alloy: 5 % silver bearing.


Classifications :

EN ISO 3677: B Cu 55 Zn Ag Si 820870

NF EN 1044: close to AG208


Ternary alloy which main elements are: copper, zinc and silver at 5%. The addition of silver and zinc lowersthe liquidus temperature.

This viscous alloy is suitable to join most Ferrous and NonFerrous metals with the notable exception ofAluminium and Magnesium. Its low fluidity makes it suitable in joint configurations where the fit up is poor. Ithas good filletforming capabilities.

An economical and multiusage silver brazing alloy.

Suitable for difficult works which are impossible with Brazing alloys. Being Cd free, can also be used in thefood industry. Its structure also allows brazing in stages (reheating).

To be used with Polyflux or as flux coated rods (standard colour: White), when brazing in open atmosphericconditions.

Bare rods in Ø 1,5 2 2,5 3 mm, while Flux coated rods Ø1,5 and 2 mm, standard length 500 mm. Alsoavailable in wire and performs.


Cu Zn Ag Si

54.5 40.39 5 0.11



8400 15 38 Yellow

FT/155 rév. 20050704


1520SiTernary alloy: 20 % silver bearing, Si.


Classifications :

EN ISO 3677: B Cu 46 Zn Ag Si 690810



Ternary alloy which main elements are: copper, zinc and silver at 20%, with 0.2% Si. The addition of silverand zinc lowers the liquidus temperature.

This viscous alloy is suitable to join most Ferrous and NonFerrous metals with the notable exception ofAluminium and Magnesium. Its low fluidity makes it suitable in joint configurations where the fit up is poor. Ithas good filletforming capabilities.

An economical and multiusage silver brazing alloy.

Suitable for difficult works which are impossible with Brazing alloys. Being Cd free, can also be used in thefood industry. Its structure also allows brazing in stages (reheating).

To be used with AG FLUX or as flux coated rods (standard colour: White), when brazing in open atmosphericconditions.

Bare rods in Ø 1,5 2 2,5 3 mm, while Flux coated rods Ø1,5 and 2 mm, standard length 500 mm. Alsoavailable in wire and performs.


Cu Zn Ag Si

46 33.8 20 0.2



8400 20 40 Yellow

FT/165 rév. 20050704


1544Ternary alloy: 44 % silver bearing


Classifications :

EN ISO 3677: B Ag 44 Cu Zn 675735

NF EN 1044: AG203



This alloy is suitable to join most Ferrous and NonFerrous metals with the notable exception of Aluminiumand Magnesium. Its medium fluidity makes it suitable in joint configurations where the fit up is poor or areaswith small contact. It has good filletforming capabilities.

Being Cd free, can also be used in the food industry. Keeps good mechanical characteristics during hot work.Its structure also allows brazing in stages (reheating).

To be used with AG Flux or as flux coated rods.

Bare rods in Ø 1,5 2 2,5 3 mm, while Flux coated rods (standard colour: White) Ø1,5 and 2 mm,standard length 500 mm. Also available in wire and performs.


Ag Cu Zn

44 30 26



8900 25 40 Silver

FT/170 rév. 20050704


1545Ternary alloy: 45 % silver bearing


Classifications :

EN ISO 3677: B Ag 45 Cu Zn 680800

NF EN 1044:



This alloy is suitable to join most Ferrous and NonFerrous metals with the notable exception of Aluminiumand Magnesium. Its low fluidity makes it suitable in joint configurations where the fit up is poor. It has goodfilletforming capabilities.

Recommended for belt saw strip brazing. Being Cd free, can also be used in the food industry. Keeps goodmechanical characteristics during hot work. Its structure also allows brazing in stages (reheating).

To be used with AG Flux or as flux coated rods.



Ag Cu Zn

45 41.5 13.5



9300 25 47 Silver

FT/175 rév. 20050704


2017Cadmium bearing: 17% Ag


Classifications :

EN ISO 3677: B Cu 41 Zn Ag Cd 610780

NF EN 1044:


A Cd bearing alloy which main elements are: copper, zinc, cadmium and silver at 17%. The addition ofcadmium lowers the melting point to the lowest point possible. Added at the expenses of silver to promotefluidity.

This alloy is used when brazing most ferrous, cuprous and nickel alloys, stainless steels and steal tools. Itsgood brazing properties makes it suitable for all heating methods. Lap joints are recommended, however, buttjoints can be used where conditions are less demanding.

Suitable for general use brazing, except on low density metals. Main sector of use in both production andmaintenance: equipment manufacturing, tool production, precision machinery and refrigerating industry.Particularly indicated for difficult works at low temperature.

To be used with AGFLUX as flux coated rods, when brazing in open atmospheric conditions.



Cu Zn Ag Cd

41 26 17 16



8700 30 38 Silver

FT/178 rév. 20050704




Classifications :

EN ISO 3677: B Cu 40 Zn Ag Cd 610780

NF EN 1044: AG309



This alloy is used when brazing most ferrous, cuprous and nickel alloys, stainless steels and steal tools. Itsgood brazing properties makes it suitable for all heating methods. Its low fluidity makes it suitable in jointconfigurations where the fit up is poor. It has good filletforming capabilities. Lap joints are recommended,however, butt joints can be used where conditions are less demanding.

Suitable for general use brazing, except on low density metals. Main sector of use in both production andmaintenance: equipment manufacturing, tool production, precision machinery and refrigerating industry.Particularly indicated for difficult works at low temperature


Bare rods in Ø 1,5 2 2,5 3 mm, while Flux coated rods (standard colour: White) Ø1,5 and 2 mm,standard length 500 mm. Also available in wire and performs


Cu Zn Ag Cd

40 27 20 13



8500 32 38 Silver

FT/180 rév. 20050704




Classifications :

EN ISO 3677: B Cu 35 Zn Ag Cd 610750









Cu Zn Ag Cd Si

34.8 26 21 17 0.2



8600 32 38 Silver

FT/181 rév. 20050704




Classifications :

EN ISO 3677: B Cu 30 Zn Ag Cd 605720

NF EN 1044: AG307








Cu Zn Ag Cd

30 27.5 25 17.5



8800 32 38 Silver

FT/183 rév. 20050704




Classifications :

EN ISO 3677: B Ag 30 Cu Zn Cd 610690

NF EN 1044: AG306


One of the most used Cd bearing alloy which main elements are: copper, zinc, cadmium and silver at 30%.The addition of cadmium lowers the melting point to the lowest point possible. Added at the expenses of silverto promote fluidity.

This alloy is used when brazing most ferrous, cuprous and nickel alloys, stainless steels and steal tools. Itsgood brazing properties makes it suitable for all heating methods. Its medium fluidity makes it suitable inclosely fitting joints. It has good capillarity and filletforming capabilities. Lap joints are recommended.



Bare rods in Ø 1,5 2 2,5 3 mm, while Flux coated rods (standard colour: Blue) Ø1,5 and 2 mm, standardlength 500 mm. Also available in wire and performs


Ag Cu Zn Cd

30 28 21 21



8800 30 38 Silver

FT/185 rév. 20050704




Classifications :

EN ISO 3677: B Ag 34 Cu Cd Zn 610670

NF EN 1044:



This alloy is used when brazing most ferrous, cuprous and nickel alloys, stainless steels and steal tools. Itsgood brazing properties makes it suitable for all heating methods. Its good fluidity makes it suitable in closelyfitting joints as able to penetrate small gaps. It has good capillarity and filletforming capabilities. Lap joints arerecommended.





Ag Cu Zn Cd

34 25 20 21



8900 30 40 Silver

FT/190 rév. 20050704




Classifications :

EN ISO 3677: B Ag 35 Cu Zn Cd 610700

NF EN 1044: AG305



This alloy is used when brazing most ferrous, cuprous and nickel alloys, stainless steels and steal tools. Itsgood brazing properties makes it suitable for all heating methods. Its good fluidity makes it suitable in irregularclearances. It has good capillarity and filletforming capabilities. Lap joints are recommended.

Suitable for general use brazing, except on low density metals. Main sector of use in both production andmaintenance: equipment manufacturing, tool production, precision machinery and refrigerating industry.Particularly indicated for difficult works at low temperature.


Bare rods in Ø 1,5 2 2,5 3 mm, while Flux coated rods (standard colour: Beige) Ø1,5 and 2 mm,standard length 500 mm. Also available in wire and performs


Ag Cu Zn Cd

35 26 21 18



8900 29 42 Silver

FT/195 rév. 20050704




Classifications :

EN ISO 3677: B Ag 40 Zn Cd Cu 595630

NF EN 1044: AG304


One of the most used Cd bearing alloy which main elements are: copper, zinc, cadmium and silver at 40%.

This low temperature alloy is used when brazing most ferrous, cuprous and nickel alloys, stainless steels andsteal tools. Its good brazing properties makes it suitable for all heating methods. Its excellent fluidity makes itsuitable in closely fitting joints as able to penetrate tight gaps. Its fluidity together with its very close meltingrange makes it suited for delicate assemblies with tight clearances. Lap joints are recommended.





Ag Zn Cd Cu

40 21 20 19



9000 30 45 Silver

FT/200 rév. 20050704




Classifications :

EN ISO 3677: B Ag 42 Cd Cu Zn 610620

NF EN 1044: AG303


A Cd bearing alloy which main elements are: copper, zinc, cadmium and high silver content at 42%. Theaddition of silver and zinc lowers the liquidus temperature.

This low temperature alloy is used when brazing most ferrous, cuprous and nickel alloys, stainless steels andsteal tools. Its good brazing properties makes it suitable for all heating methods. Its excellent fluidity andnarrow solid/liquidus point makes it suitable in closely fitting joints as able to penetrate tight gaps, or slowheating methods to be used.

Its fluidity together with its very close melting range makes it suited for delicate assemblies with tightclearances. Lap joints are recommended.

Suitable for general use brazing, except on low density metals. Main sector of use in both production andmaintenance: equipment manufacturing, tool production, precision machinery and refrigerating industry. Itsmechanical characteristics, together with its colour (white), makes it particularly indicated for difficult works atlow temperature such as jewelleries, spectacle frames’ manufacturing.




Ag Cd Cu Zn

42 25 17 16



9100 30 45 Silver

FT/210 rév. 20050704




Classifications :

EN ISO 3677: B Ag 45 Cd Zn Cu 605620

NF EN 1044: AG302


A Cd bearing alloy which main elements are: copper, zinc, cadmium and high silver content at 45%. This alloyhas the lowest melting range of the silver solders.

This low temperature alloy is used when brazing most ferrous, cuprous and nickel alloys, stainless steels andsteal tools. Its good brazing properties makes it suitable for all heating methods. Its excellent fluidity andnarrow solid/liquidus range gives excellent penetration into capillary joints and allows quick or slow heatingmethods to be used.




.Typical Composition (%):

Ag Cd Zn Cu

45 24 16 15



9100 30 45 Silver

FT/215 rév. 20050704




Classifications :

EN ISO 3677: B Ag 50 Cd Zn Cu 625635

NF EN 1044: AG301


A Cd bearing alloy which main elements are: copper, zinc, cadmium and high silver content at 45%. This alloyhas a close melting range.

This low temperature alloy is used when brazing most ferrous, cuprous and nickel alloys, stainless steels andsteal tools. Its good brazing properties makes it suitable for all heating methods. Its excellent fluidity andnarrow solid/liquidus range gives excellent penetration into capillary joints and allows quick or slow heatingmethods to be used.





Ag Cd Zn Cu

50 18 16.5 15.5



9200 35 45 Silver

FT/220 rév. 20050704


2550Cadmium bearing: 50% Ag/ +Ni


Classifications :

EN ISO 3677: B Ag 50 Cd Cu Zn Ni 635660

NF EN 1044: AG351


A Cd bearing alloy which main elements are: copper, zinc, cadmium and high silver content at 50%, withaddition of 3% Ni.

This alloy is used when brazing most ferrous, cuprous and nickel alloys, stainless steels and steal tools.Nichel improves strength and offers good resistance to corrosion, particularly in seawater. Ideal addition tosilver brazing alloys for the joining of tungsten carbide inserts to steel tool shanks.

Suitable for general use brazing, except on low density metals. Main sector of use in both production andmaintenance: equipment manufacturing, tool production, precision machinery and refrigerating industry. Itsgood brazing properties makes it suitable for all heating methods. The alloy's lows fluidity enables large gapsto be easily filled. Lap joints are recommended.




Ag Cd Zn Cu Ni

50 16 15.5 15.5 3



9200 25 45 Silver

FT/225 rév. 20050704



Certified A.T.G.


Classifications :

EN ISO 3677: B Ag 40 Zn Cd Cu 595630

NF EN 1044: AG304


A particular Cd bearing alloy which main elements are: copper, zinc, cadmium and high silver at 40%. Thehigher the silver content, the greater the ductility of the brazed joint. This addition also refines the alloy,increasing the brazed joints mechanical characteristics and improving electrical conductivity.

This special alloy is certified by A.T.G. (French Ministry of Industry) in conjunction with GEL400 and AGFLUXis recommended for high strength capillary brazing of copper tubes, and eventually copperbrass, used incombustible gas installations. Its excellent fluidity makes it suitable in closely fitting joints as able to penetratetight gaps.

Eventually, it can be used for all delicate assemblies with tight clearances when a low temperature is requiredin brass, coppercopper, copperbrass and steelsteel assemblies (see Brazargent 2040).

It has to be used with GEL400 or AGFlux.

Rods of Ø 2 mm, standard length 500 mm.


Ag Zn Cd Cu

40 21 20 19



9000 30 45 Silver

Certification: Certification concerning the couple “BRAZARGENT 400 – GEL 400”Product certified in conjunction with GEL400, by A.T.G.(French Ministry of Industry) with the registrationnumber 1512. Certification concerning the couple “BRAZARGENT 400 – AGFLUX”Product certified in conjunction with AGFLUX, by A.T.G. (French Ministry of Industry) with the registrationnumber 1529.

Compliance: Compliance concerning the couples: “BRAZARGENT 400/GEL 400” and “BRAZARGENT 400/AGFLUX”,following A.T.G. (French Ministry of Industry) specifications:B 5243 : Edition of July 1980 and additionals: B 524 n°1 of April 1986 and n°2 of August 1987B 5245 : Edition of July 1980 and additionals of December 1981.

FT/205 rév. 20050704


TBW2040Tubular Brazing Wire: 40% Ag INNOVATIVE WELDING CONSUMABLES

www.fshwelding.com

Classifications :

EN ISO 3677: B Ag 40 Zn Cd Cu 595630 DIN: L Ag40Cd

NF EN 1044: AG304


Seamless, flux cored wire 40% silver bearing, filled in with Borinox flux.

This technology offers a great efficacy both, in terms of application and flux to wire ratio (92.5% filler metal /7.5% flux). Its good brazing properties makes it suitable for all heating methods.

Several advantages compared to a standard wire.

Brazing with 40% silver for highspeed, treated steels. Mostly employed in steel and copper piping andcombustible gas installations. Also used in applications such as drill bits, tap, repair and maintenance. Wirewith good fluidity and excellent flux wetting action.


Ag Zn Cd Cu

40 21 20 19

Mechanical Properties at 20°C:

Density (Kg/ m3) Elongation % Tensile Strength (MPa)

9000 30 450

FP rév. 20050704


5018Cadmium free: 18% Ag INNOVATIVE WELDING CONSUMABLES

www.fshwelding.com

Classifications :

EN ISO 3677: B Cu 47 Zn Ag Sn 720790

NF EN 1044:


A Cd free alloy which main elements are: copper, zinc, silver at 18% and tin. This range has been developedto replace cadmiumbearing brazing alloys, where the use of Cd is forbidden. Tin (Sn) lowers the meltingpoint, increases fluidity and exhibits good wetting properties. Also offer good corrosion resistance and is nontoxic enabling properties to be used in food and sanitary applications, medical fluid transport ...

This alloy needs a controlled quench to avoid the weakening of the brazed joint.

It is used when brazing most ferrous, cuprous and nickel alloys, stainless steels and steal tools. Its goodbrazing properties makes it suitable for all heating methods. Its low fluidity makes it suitable in jointconfigurations where the fit up is poor or in small fitup areas. It has good filletforming capabilities Lap jointsare recommended, however, butt joints can be used where conditions are less demanding.




Cu Zn Ag Sn

47.2 33 18 1.8



8400 15 45 Silver

FT/228 rév. 20050704


5025Cadmium free: 25% Ag


Classifications :

EN ISO 3677: B Cu 40 Zn Ag Sn 680760

NF EN 1044: AG108

Description & Applications :A Cd free alloy which main elements are: copper, zinc, silver at 25% and tin. This range has been developedto replace cadmiumbearing brazing alloys, where the use of Cd is forbidden. Tin (Sn) lowers the meltingpoint, increases fluidity and exhibits good wetting properties. Also offer good corrosion resistance and is nontoxic enabling properties to be used in food and sanitary applications, medical fluid transport ...


It is used when brazing most ferrous, cuprous and nickel alloys, stainless steels and steal tools. Its goodbrazing properties makes it suitable for all heating methods. Its low fluidity makes it suitable in jointconfigurations where the fit up is poor or in small fitup areas. It has good filletforming capabilities Lap jointsare recommended, however, butt joints can be used where conditions are less demanding.




Cu Zn Ag Sn

40 33 25 2



8500 18 51 Silver

FT/230 rév. 20050704




Classifications :

EN ISO 3677: B Cu 36 Zn Ag Sn 665755

NF EN 1044: AG107



It is an alloy of general use, mainly used when brazing most ferrous, cuprous and nickel alloys, stainlesssteels and steal tools. Its good brazing properties makes it suitable for all heating methods. Its medium fluiditymakes it suitable in closely fitting joints. It has good capillarity and filletforming capabilities. It has good filletforming capabilities Lap joints are recommended, however, butt joints can be used where conditions are lessdemanding.




Cu Zn Ag Sn

36 32 30 2



8800 18 50 Silver

FT/235 rév. 20050704




Classifications :

EN ISO 3677: B Cu 36 Zn Ag Sn 630730

NF EN 1044: AG106



It is an alloy of general use, mainly used when brazing most ferrous, cuprous and nickel alloys, stainlesssteels and steal tools. Its good brazing properties makes it suitable for all heating methods. Its medium fluiditymakes it suitable in closely fitting joints. It has good capillarity and filletforming capabilities. Lap joints arerecommended.


Bare rods in Ø 1,5 2 2,5 3 mm, while Flux coated rods (standard colour: Blue) Ø1,5 and 2 mm, standardlength 500 mm. Also available in wire and performs


Cu Ag Zn Sn

36 34 27 3



8700 20 50 Silver

FT/240 rév. 20050704




Classifications :

EN ISO 3677: B Ag 38 Cu Zn Sn 660700

NF EN 1044:



It is an alloy of general use, mainly used when brazing most ferrous, cuprous and nickel alloys, stainlesssteels and steal tools. Its good brazing properties makes it suitable for all heating methods. Its good fluiditymakes it suitable in closely fitting joints. It has good capillarity and filletforming capabilities. Lap joints arerecommended.




Ag Cu Zn Sn

38 31 28.8 2.2



8800 18 52 Silver

FT/245 rév. 20050704




Classifications :

EN ISO 3677: B Ag 40 Cu Zn Sn 650710

NF EN 1044: AG105

Description & Applications :One of the most used Cd free alloy which main elements are: copper, zinc, high silver content at 40% and tin.This range has been developed to replace cadmiumbearing brazing alloys, where the use of Cd is forbidden.Tin (Sn) lowers the melting point, increases fluidity and exhibits good wetting properties. Also offer goodcorrosion resistance and is nontoxic enabling properties to be used in food and sanitary applications, medicalfluid transport ...


It is an alloy of general use, mainly used when brazing most ferrous, cuprous and nickel alloys, stainlesssteels and steal tools. Its excellent fluidity makes it suitable in closely fitting joints as able to penetrate tightgaps. Its fluidity together with its very close melting range makes it suited for delicate assemblies with tightclearances. Lap joints are recommended.




Ag Cu Zn Sn

40 30 28 2



9100 17 50 Silver

FT/250 rév. 20050704




Classifications :

EN ISO 3677: B Ag 45 Cu Zn Sn 640680

NF EN 1044: AG104

Description & Applications :One of the most used Cd free alloy which main elements are: copper, zinc, high silver content at 45% and tin.This range has been developed to replace cadmiumbearing brazing alloys, where the use of Cd is forbidden.Tin (Sn) lowers the melting point, increases fluidity and exhibits good wetting properties. Also offer goodcorrosion resistance and is nontoxic enabling properties to be used in food and sanitary applications, medicalfluid transport ...


It is an alloy of general use, mainly used when brazing most ferrous, cuprous and nickel alloys, stainlesssteels and steal tools. Its excellent fluidity makes it suitable in closely fitting joints as able to penetrate tightgaps. Its fluidity together with its very close melting range makes it suited for delicate assemblies with tightclearances. Lap joints are recommended.


Bare rods in Ø 1,5 2 2,5 3 mm, while Flux coated rods (standard colour: Burnt Sienna) Ø1,5 and 2 mm,standard length 500 mm. Also available in wire and performs


Ag Cu Zn Sn

45 27 25 3



9100 14 50 Silver

FT/255 rév. 20050704




Classifications :

EN ISO 3677: B Ag 55 Zn Cu Sn 630660

NF EN 1044: AG103

Description & Applications :A Cd free alloy which main elements are: copper, zinc, high silver content at 55% and tin. This range hasbeen developed to replace cadmiumbearing brazing alloys, where the use of Cd is forbidden. Tin (Sn) lowersthe melting point, increases fluidity and exhibits good wetting properties. Also offer good corrosion resistanceand is nontoxic enabling properties to be used in food and sanitary applications, medical fluid transport ...


It has a low melting range, excellent flow characteristics coupled with high tenacity. Main areas of usage:when a low melting point is necessary (weak tenor in zinc); where cadmium bearing alloys are not permitted;when the colour (white) improves the visual appearance (like stainless steels)

Suitable in closely fitting joints as able to penetrate tight gaps. Its fluidity together with its very close meltingrange makes it suited for delicate assemblies with tight clearances. Lap joints are recommended.


Bare rods in Ø 1,5 2 2,5 3 mm, while Flux coated rods (standard colour: Pink) Ø1,5 and 2 mm, standardlength 500 mm. Also available in wire and performs


Ag Zn Cu Sn

55 22 21 2



9200 11 51 Silver

FT/260 rév. 20050704




Classifications :

EN ISO 3677: B Ag 56 Zn Cu Sn 620655

NF EN 1044: AG102

Description & Applications :One of the most used Cd free alloy, which main elements are: copper, zinc, high silver content at 56% andtin. This range has been developed to replace cadmiumbearing brazing alloys, where the use of Cd isforbidden. Tin (Sn) lowers the melting point, increases fluidity and exhibits good wetting properties. Also offergood corrosion resistance and is nontoxic enabling properties to be used in food and sanitary applications,medical fluid transport ...


It has a low melting range and excellent flow characteristics. Main areas of usage: when a low melting point isnecessary (weak tenor in zinc); where cadmium bearing alloys are not permitted; when the colour (white)improves the visual appearance (like stainless steels)

Suitable in closely fitting joints as able to penetrate tight gaps. Its fluidity together with its very close meltingrange makes it suited for delicate assemblies with tight clearances. Lap joints are recommended.


Bare rods in Ø 1,5 2 2,5 3 mm, while Flux coated rods (standard colour: Pink) Ø1,5 and 2 mm, standardlength 500 mm. Also available in wire and performs


Ag Cu Zn Sn

56 22.25 16.75 5



9500 25 35 Silver

FT/261 rév. 20050704


TBW5034Tubular Brazing Wire: 34% Ag INNOVATIVE WELDING CONSUMABLES

www.fshwelding.com

Classifications :

EN ISO 3677: B Cu36AgZnSn 630730 DIN: L Ag34Sn

NF EN 1044: AG106



This technology offers a great efficacy both, in terms of application and flux to wire ratio (93% filler metal / 7%flux). Its good brazing properties makes it suitable for all heating methods.


This special wire has been developed to replace cadmiumbearing one, where the use of Cd is forbidden. Tin(Sn) lowers the melting point, increases fluidity and exhibits good wetting properties. Also offer good corrosionresistance and is nontoxic enabling properties to be used in food and sanitary applications, medical fluidtransport ...


Ag Cu Zn Sn

34 36 27 3

Mechanical Properties at 20°C:


8700 20 500

FP rév. 20050704


TBW 5038Cadmium free: 38% Ag INNOVATIVE WELDING CONSUMABLES

www.fshwelding.com

Classifications :

EN ISO 3677: B Ag 38 Cu Zn Sn 660700

NF EN 1044:







Ag Cu Zn Sn

38 31 28.8 2.2



8800 18 520

FP rév. 20050704


TBW 5045Cadmium free: 45% Ag INNOVATIVE WELDING CONSUMABLES

www.fshwelding.com

Classifications :

EN ISO 3677: B Ag 45 Cu Zn Sn 640680

NF EN 1044: AG104


Seamless, flux cored wire with a high silver content: 45%, filled in with Borinox flux.





Ag Cu Zn Sn

45 27 25 3



9100 14 500

FP rév. 20050704


CUPROXBrazing Alloy INNOVATIVE WELDING CONSUMABLES

www.fshwelding.com

Classifications :

EN ISO 3677: B Cu 60 Zn Si 870890

NF EN 1044: close to CU304


Cuprox is basically an alloy of copper and zinc with small addition of silicon, nickel and manganese to assistdeposition. This brazing alloy is recommended to assembly: steels, cast irons, moulded steels, coppers,bronze, brass, nickel silver, cuproaluminium, nickel and alloys.

Heating can be achieved by induction, torch or by furnace.

Most used in locksmithing and work shops.

A flux is necessary. Can be used as bare rods with our CuproFlux or PolyFlux as flux coated rods (standardcolour as FC: burnt sienna).

Bare and flux coated rods Ø 1,5 2 2,5 3 4 5 mm, standard length 500 mm and 1000mm. Alsoavailable in wire and performs.

Brass shots in 25Kg barril.


Cu Mn Si Ni Sn Zn

59.7 0.25 0.13 < 0.2 < 0.2 balance



8400 35 45 Yellow

FT/020 rév. 20050704


SUPERCUPROXBrazing alloy with 1% Ag INNOVATIVE WELDING CONSUMABLES

www.fshwelding.com

Classifications :

EN ISO 3677: B Cu 59 Zn Ag Si 850870

NF EN 1044:


This high quality welding and brazing alloy is an alloy of copper and zinc with small addition of silicium,silicon, nickel and manganese to assist deposition.

Compared to Cuprox, SuperCuprox contains 1.0% silver. This addition refines the alloy, lowers the meltingrange, improving electrical conductivity and increasing ductility.

Having a slightly lower melting range, is recommended for the brazing of galvanised steels, while protectingthe zinc coat. Its high fluidity and good capillarity makes it suitable for brazing tricky works.


Most used in locksmithing and work shops.

A flux is necessary. Can be used as bare rods with our CuproFlux or PolyFlux as flux coated rods (standardcolour as FC: purple).



Cu Ag Si Mn Sn Zn

58 1 0.12 < 0.1 < 0.1 balance



8400 35 45 Yellow

FT/025 rév. 20050704


506Brazing alloy with Ni INNOVATIVE WELDING CONSUMABLES

www.fshwelding.com

Classifications :

EN ISO 3677: B Cu 50 Zn Ni Si 890900

NF EN 1044:


This high resistance brazing alloy is recommended for brazing solid and resistant connections, and forelements used for chromium and nickel plating.


Most used in locksmithing, metal furniture manufacturing, bicycle frames manufacturing.

A flux is necessary. Can be used as bare rods with our CuproFlux or PolyFlux as flux coated rods (standardcolour as FC: Grey).



Cu Ni Si Zn

51 6 0.15 42.85




FT/030 rév. 20050704


NICROX 49C1High Resistance Brazing alloy INNOVATIVE WELDING CONSUMABLES

www.fshwelding.com

Classifications :

EN ISO 3677: B Cu 49 Zn Ni Si 890920

NF EN 1044: CU305


This high resistance brazing alloy is used for joining requiring high mechanical characteristics (alloyed steelsup to 900N/mm2, carburised plates on cutting tools).

Good resemblance with stainless steels and cast irons. Recommended for brazing solid and resistantconnections, and for elements used for chromium and nickel plating. Most used in locksmithing, metalfurniture manufacturing and bicycle frames manufacturing.


A flux is necessary. Can be used as bare rods with our PolyFlux as flux coated rods (standard colour as FC:Blue). Bare and flux coated rods Ø 1,5 2 2,5 3 4 5 mm, standard length 500 mm and 1000mm. Also

available in wire and performs.


Cu Ni Si Zn

49.9 9 0.15 40.95




FT/035 rév. 20050704


SUPERNICROXHigh Resistance Brazing alloy INNOVATIVE WELDING CONSUMABLES

www.fshwelding.com

Classifications :

EN ISO 3677: B Cu 48 Zn Ni Ag Si 870900

NF EN 1044:


This high resistance brazing alloy is used for joining requiring high mechanical characteristics (alloyed steelsup to 900N/mm2, carburised plates on cutting tools).

Compared to Nicrox 49C1, SuperNicrox contains 1.0% silver. This addition refines the alloy, lowers themelting range, improving electrical conductivity and increasing ductility. Silver content also highly enhancesfluidity.

Good resemblance with stainless steels and cast irons. Recommended for brazing solid and resistantconnections, and for elements used for chromium and nickel plating. Most used in locksmithing, metalfurniture manufacturing and bicycle frames manufacturing.


A flux is necessary. Can be used as bare rods with our PolyFlux as flux coated rods (standard colour as FC:salmon).

Bare and flux coated rods Ø 1,5 2 2,5 3 4 5 mm, standard length 500 mm and 1000mm. Also

available in wire and performs.


Cu Ag Si Mn Ni Zn

49 1 0.2 < 0.15 9 balance




FT/040 rév. 20050704


TBW HARASIL NC 12INNOVATIVE WELDING CONSUMABLES

www.fshwelding.com

Classifications

EN : WERKST.N°:AWS: DIN 1732 :

Description & Applications

Seamless tubular wire of Al Si 12 with non corrosive flux.

Used to join piping connections of aluminium and aluminium alloys for heat exchangers, air conditioners andcondensers, heat diffuser discs and Kalzip® type connections.

Active temperature is between 570° 585° C.

Typical Weld Metal Composition ( % )

Al Si Fe Cu Zn Mn MgBalance 12 0.2 0.007 0.03 0.001 0.02

All Weld Metal Mechanical Properties

R e ( MPa ) R m ( MPa ) A 5 ( % ) KV ( J )80 140 20

FP rév. 20050704


ALUNOX 21/14INNOVATIVE WELDING CONSUMABLES

www.fshwelding.com

Classifications

EN : WERKST.N°:

AWS: DIN :


Metallic powder for aluminium brazing used in the production of frying pans, radiators, heat exchangers andmost aluminium components in the automobile industry.


Al Si Fe Cu Zn Mn MgBalance 12 0.2 0.007 0.03 0.001 0.02


R e ( MPa ) R m ( MPa ) A 5 ( % ) Density70 140 18 1.20 g/cm3

Welding Current & Instructions

FP rév. 20050704


TBW ZINAL 4INNOVATIVE WELDING CONSUMABLES

www.fshwelding.com

Classifications



Seamless tubular wire of Zn Al 982 with non corrosive flux.

Used to join piping connections of aluminium and aluminium alloys for heat exchangers, air conditioners andcondensers and heat diffuser discs.

Active temperature is approximately 440° C.


Al Si Fe Cu Zn Mn Flux2.0 Balance Non Corrosive


R e ( MPa ) R m ( MPa ) A 5 ( % ) KV ( J )

FP rév. 20050704


TBW ZINAL 30INNOVATIVE WELDING CONSUMABLES

www.fshwelding.com

Classifications



Seamless tubular wire of Zn 85% Al 15% with non corrosive flux.

Used to join piping connections of aluminium and aluminium alloys for heat exchangers, air conditioners andcondensers and heat diffuser discs.

Active temperature is 440° C.


Al Si Fe Cu Zn Mn Flux15 Balance Non Corrosive


R e ( MPa ) R m ( MPa ) A 5 ( % ) KV ( J )

FP rév. 20050704


HARAKIRI ROSEINNOVATIVE WELDING CONSUMABLES

www.fshwelding.com

Classifications

AFNOR : NF EN 1045 WERKST.N°:AWS: BS :


Flux in white powder form which facilitates welding of aluminium and its alloys except aluminiummagnesium.The most universal and well known.


Lithium chlorideSodium chloridePotassium chlorideCryolite of sodiumSodium fluoride

Active temperature : 658° C

FP rév. 20050704


MALG HARAINNOVATIVE WELDING CONSUMABLES

www.fshwelding.com

Classifications



Flux in white powder form for alloys containing small amounts of magnesium.It attacks and dissolves simultaneously aluminium, magnesium and their combinations.It is the only flux used in aeronautical construction (for AG5).


Lithium chloridePotassium chlorideSodium chlorideCalcium fluorideMagnesium fluoride

Active temperature : 610° 650° C

FP rév. 20050704


FLUX ODALINNOVATIVE WELDING CONSUMABLES

www.fshwelding.com

Classifications

AFNOR : NF EN 1045 FL10 WERKST.N°:AWS: BS :


Scouring flux in white powder form for soudobrazing of aluminium alloys, except aluminiummagnesium.Possesses exceptional wetting capabilities and energetic deoxydizing action.


Lithium chlorideSodium chloridePotassium chlorideAmmonium chlorideSodium cryoliteSodium fluorideZinc oxide


FP rév. 20050704


ALUNOX 13 LCINNOVATIVE WELDING CONSUMABLES

www.fshwelding.com

Classifications

AFNOR : WERKST.N°:AWS: BS :


Non corrosive flux for flame brazing of aluminium with aluminium alloys, with stainless steels type 18.10 andwith copper.Used for heat exchangers, air conditioners and condensers in aluminium alloys.


Elements of K, Al and F in the form of potassium cryolite.


FP rév. 20050704


ALUNOX NCINNOVATIVE WELDING CONSUMABLES

www.fshwelding.com

Classifications



Non corrosive flux for flame brazing of aluminium with aluminium alloys, with stainless steels type 18.10 andwith copper.Used for heat exchangers, air conditioners and condensers in aluminium alloys.


Elements of K, Al and F in the form of potassium cryolite.


FP rév. 20050704


HARAKIRI BLEUINNOVATIVE WELDING CONSUMABLES

www.fshwelding.com

Classifications

AFNOR : NF A81900 WERKST.N°:AWS: BS :


Flux in white powder form for brazing of aluminium with its alloys with the exception of aluminiummagnesium.Exceptional scouring abilities.



Lithium chlorideSodium chloridePotassium chlorideCryolite of sodiumSodium fluoride

FP rév. 20050704


HARA FLUXINNOVATIVE WELDING CONSUMABLES

www.fshwelding.com

Classifications



Scouring flux in liquid form for soudobrazing of ferrous metals, zincbased coppers, lead, tin, etc, except lightalloys.


Phosphoric acidAmmonium chloride

Active temperature :

FP rév. 20050704


ALUNOX NCSINNOVATIVE WELDING CONSUMABLES

www.fshwelding.com

Classifications



Neutral scouring or non corrosive flux for soft brazing of aluminium with certain alloys such as stainless steelstype 18.10 and copper.Used for heat exchangers, air conditioners and condensers in aluminium alloys, and piping works ofaluminium/copper.


Consists of C and Al fluorides.


FP rév. 20050704


BORINOXPOWDER INNOVATIVE WELDING CONSUMABLES

www.fshwelding.com

Classifications



Scouring flux in white powder form for silver brazing.Used for temperatures below 730° C, such as OD 904, OD 804, OD 604 and OD 404.


Boric acidPotassium bifluoride


FP rév. 20050704


BORINOXPASTE INNOVATIVE WELDING CONSUMABLES

www.fshwelding.com

Classifications



Scouring flux in paste form for silver brazing.Used for temperatures below 730° C, such as OD 904, OD 804, OD 604 and OD 404.


Boric acidPotassium bifluoride


FP rév. 20050704


FLUX BOREINNOVATIVE WELDING CONSUMABLES

www.fshwelding.com

Classifications

AFNOR : NFA 81 360 WERKST.N°:AWS: BS :


Scouring flux in white powder form for silver brazing and soudobrazing alloys.Used for brazing of ternary silver, meaning at temperatures below 730° C.


Boric acidBorax anhydre


FP rév. 20050704


GEL 60FLUX Certified A.T.G. INNOVATIVE WELDING CONSUMABLES

www.fshwelding.com

Classifications: Application Temperature :

EN 1045: FH10 600 – 850°C


Paste ready for use. High efficiency with minimal application. Used in combustible gas installations togetherwith our PAG60. This flux can also be used in conjunction with our ranges:

1) Phosbraz: to braze all cuprous alloys and possibly pure coppers.

2) Brazargent: for the alloys having a liquidus point inferior to 800°C.

Suggested packaging: plastic pot with childproof top and tactile indicator.

Typical Composition:

Boric acid Borates Fluoborates Alkaline fluoride Water

Hazardous components : Fluoride + Potassium fluoride < 14%

Potassium Fluoborate < 37%

Certification: Certification concerning the couple “PAG 60 – GEL 60”Product certified in conjunction with PAG60, by A.T.G. (French Ministry of Industry) with the registrationnumber 750.

Compliance: Compliance concerning the couples: “PAG60 GEL 60”following A.T.G. (French Ministry of Industry)specification: B 524

FT/006 rév. 20050704


PHOSBRAZ FLUXPOWDER (CuPbrass) INNOVATIVE WELDING CONSUMABLES

www.fshwelding.com


EN 1045: FH10 600 – 850°C


Powder ready for use. Defluxing for cuprous alloys, brazing alloys together with Phosbraz (CuP)

This flux can be used in conjunction with our range:

Phosbraz: copper/phos and silver/copper/phos.

Suggested packaging: plastic pots.


Boric acid Alkaline fluorides

Hazardous components : None

FT/007 rév. 20050704


POLYFLUX Flux for General use INNOVATIVE WELDING CONSUMABLES

www.fshwelding.com

Classifications: Application Temperature:

EN 1045: FH20 800 – 1000°C


Powder or paste ready for use. Defluxing flux for general use of brazing alloys and autogeneous cast brazing.Its high efficiency allows a perfect result even on uncleaned surfaces. Enhances brazing alloys fluidity.

This flux can be used in conjunction with our products:

Cuprox, SuperCuprox (1% Ag) and Brazargent 1505 (ternary at 5% Ag).



Borates Alkaline fluorides Water (for paste)

Hazardous components : Potassium fluorite < 14% (powder) < 11% (for paste)

FT/002 rév. 20050704


GEL 400FLUX Certified A.T.G. INNOVATIVE WELDING CONSUMABLES

www.fshwelding.com


EN 1045: FH10 500 – 800°C


Paste ready for use. High efficiency with minimal application. Suggested for copper pipe work. Used incombustible gas installations together with our Brazargent 400. This flux can be used in conjunction with ourrange:

Brazargent: silver brazing alloys with melting temperature lower than 730°C.



Borates Alkaline fluorides Water

Hazardous components : Potassium fluoride

Certification: Certification concerning the exclusive use with “BRAZARGENT 400”Product certified in conjunction with BRAZARGENT 400, by A.T.G.(French Ministry of Industry) with theregistration number 1512.

Compliance: Compliance concerning the couple: “BRAZARGENT 400 GEL 400”following A.T.G. (French Ministry ofIndustry) specification: B 524

FT/001 rév. 20050704


AGFLUXFLUX Certified A.T.G. INNOVATIVE WELDING CONSUMABLES

www.fshwelding.com


EN 1045: FH10 500 – 800°C


Paste ready for use. High efficiency with minimal application. Used in combustible gas installations togetherwith our Brazargent 400 or PAG60. This flux can be used in conjunction with our ranges:

Phosbraz: to braze cuprous alloys and possibly pure coppers;




Boric acid Borates Fluoborates Alkaline fluorides Water

Hazardous components : Potassium fluoride <14%

Potassium fluoborate <21%

Certifications: Certification concerning the use of “PAG60” in conjunction with “AGFLUX”, by A.T.G.(French Ministry ofIndustry) with the registration number 1530. Certification concerning the use of “Brazargent 400” in conjunction with “AGFLUX”, by A.T.G.(FrenchMinistry of Industry) with the registration number 1529.

Compliance: Compliance concerning the couples: “BRAZARGENT 400 AGFLUX” and “PAG60 AGFLUX”followingA.T.G. (French Ministry of Industry) specifications: B 524

FT/019 rév. 20050704


AGFLUXPowder INNOVATIVE WELDING CONSUMABLES

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EN 1045: FH10 500 – 800°C


Powder ready for use. High efficiency with minimal application. Defluxing powder of general use especiallyindicated for brazing alloys, steels and copperbased alloys. This high quality flux allows a perfect result evenon uncleaned surfaces.

. This flux can be used in conjunction with our ranges:

Phosbraz: to braze cuprous alloys and possibly pure coppers;




Boric acid Borates Fluoborates Alkaline fluorides

Hazardous components : Potassium fluoride + Potassium fluoborate < 51%

FT/015 rév. 20050704


CUPROFLUX Flux for brazing alloys INNOVATIVE WELDING CONSUMABLES

www.fshwelding.com

Classifications: Application Temperature:

EN 1045: FH20 800 – 1000°C


Powder or paste ready for use. Defluxing especially indicated for brazing alloys. It allows an outstandingfixing, mainly on carbon steel.

This flux can be used in conjunction with our products:

Cuprox, SuperCuprox (1% Ag) and Brazargent 1505 (ternary at 5% Ag).



Boric acid Alkaline fluorides Water (for paste)

Hazardous components : None

FT/008 rév. 20050704

FSH€WELDING€GROUP: welding.com … Brazing.pdf · BRAZARGENT€5040 EN€ISO€3677...

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