FELDER

• For soldering copper pipes in cold and hot water installations according to DVGW working leaflet GW 2
  
• DIN EN 29453
  
• ø 2.7 mm

• Soft solder flux
  
• For soldering copper pipes during installation
  
• 60 % metal content
  

• Alloy L-CuP6 (DIN 8513)
  
• Working temperature: 730°C
  
• Tensile strength of joint: 250 (N/mm²)
  

• For flux-free brazing of Copper pipes, especially in the Cold and air conditioning sector
  
• Silver-containing copper brazing alloys with phosphorus content for flux-free soldering of copper pipes in oil, gas and liquid gas installations as well as in Heating and drinking water installations with pipe dimensions over 28 x 1.5 mm.
  
• Rod size: 500 mm x 2 mm, square
  

• For all soldering operations in electronics and electrical engineering
  
• Corrosion does not occur in non-ferrous metals, therefore the solder joints do not need to be cleaned
  
• Solder wire “RA“, Sn60Pb40
  

- High-quality, halide-activated, lead-free solder wire for manual and automatic soldering in electrical engineering, electromechanics and electronics- High wetting speed and spread on all surfaces commonly used in electrical engineering- No flux splashes on the assembly, system components or the us ...

• DIN EN 29453
  
• Triangular bars
  
• 400 mm long, roughly 250 g / bar
  

• DIN EN 29453
  
• Triangular bars
  
• 400 mm long, roughly 250 g / bar
  

• For soldering copper pipes in cold and hot water installations in accordance with DVGW worksheet GW 7
  
• DIN EN 29454 3.1.1.C
  
• The flux residues are cold-water-soluble
  

• Silver braze and brazing flux for soldering steel, stainless steel, malleable cast iron, copper, cu alloy, nickel, nickel alloys and hard metal
  
• 4 silver solder rods with 40% silver content, DIN 8513
  
• 1 bottle at 30 g
  

• For soldering iron, steel, brass, copper, lead and tinplate
  
• Suitable for leaded glass soldering
  
• Remove flux residues carefully
  

• DIN EN 29453
  
• Triangular bars
  
• 400 mm long, roughly 250 g / bar
  

• For soldering titanium zinc gutters and pipes, and galvanised sheet steel with corresponding flux
  
• 3 rods of solder, 40% tin, 60% lead, DIN 1707
  
• 1 soldering fluid ”ZD“, DIN 8511, F-SW11
  

• For soldering in electronics and electrical engineering
  
• Corrosion does not occur in non-ferrous metals, but the solder joint should be cleaned nevertheless
  
• DIN EN 29464 1.1.2C
  

• For soldering steel, malleable cast iron and copper alloys, and for soldering copper pipes in the solar system sector
  
• L-Ag44, DIN 8513 flux-coated, DIN EN 1045, Model FH 10
  
• ø 2.0 mm
  

• For brazing for copper, brass and gunmetal
  
• No flux is required for copper-on-copper solders
  
• 4 rods of copper brazing solder no. 94, L-CuP6, 94% copper, 6% phosphorus, DIN 8513
  

• Aluminium brazing and brazing flux
  
• For soldering rolled and cast aluminium alloys
  
• 4 aluminium solder rods with 12% silicon content
  

- For Soldering all zinc and titanium zinc surfaces- Solvent and soldering water in one product- The flux spreads in a controlled manner and does not spread beyond the brush stroke- Visible reaction of the surface indicates the right time to start the soldering process- The high-quality chemical com ...

• For soldering titanium zinc, sheet steel and refined zinc
  
• For soldering heavily oxidised surfaces, e.g. titanium zinc and zinc gutters and downpipes (mill-finish)
  
• Model 3.2.2.A
  

• For soldering stainless steel roof sheeting
  
• Model 3.2.1.A
  
• Flux
  

• For soldering titanium zinc and galvanised sheet steel
  
• Formulated specifically for RHEINZINK® mill-finish and RHEINZINK® -”preweathered -pro“
  
• Model 3.2.2.A
  

• Material: PE-HD
  
• Contents: 150 ml

• For soldering copper and copper alloys
  
• Model 3.1.1.A (DIN 8511, F-SW 21)
  
• Flux
  

• For all pluggable pipes
  
• Excellent sliding effect
  
• Non-spill