We can supply above product in Tig/Mig, Plastic Spool in different temper. Sizes available : 0.80mm, 1.00mm, 1.2mm ...

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    The most widely - used copper based alloy for almost every type of spring, because of its high strength resilence...

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    General-purpose, free flowing, low temperature Silver brazing alloys without any cadmium. For joining similar and dissimilar metals that are easy...

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    We made a full range of brass wiers series 1000 according to as Tra B134 and international specifications...

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HIGH SILVER BRAZING
WIRE



Silver Brazing Alloys - Cadmium Free Grades
General-purpose, free flowing, low temperature Silver brazing alloys without any cadmium. For joining similar and dissimilar metals that are easy to use and give strong and neat joints. MWPL offers these alloys in a wide range of compositions to suit specific applications. Available in Wires and Rods, Strips, Wire Flattening, Wire Preforms, Strip Preforms, Granules and Spheres. With the help of the chart below, identify and compare alloys of our MWPL Based Cadmium Free Alloys suited to your needs.

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#MWPL Brazing Alloys - Cadmium Free Grades


MWPL Grade of Brazing Alloy Nominal Composition % Melting Range International Standards Technical Details
  Ag Cu Zn Others 0C DIN:8513 AWS:A5.8  
MWPL 925 92.5 7.3 - 0.20Li 760-890 - BAg-19 To be provided
  Used in higher brazing temperature applications, where precipitation-hardening heat treatment in brazing are combined. Used in higher brazing temperature applications, where precipitation-hardening heat treatment in brazing are combined. Used in higher brazing temperature applications, where precipitation-hardening heat treatment in brazing are combined. Used in higher brazing temperature applications, where precipitation-hardening heat treatment in brazing are combined. Used in higher brazing temperature applications, where precipitation-hardening heat treatment in brazing are combined. Used in higher brazing temperature applications, where precipitation-hardening heat treatment in brazing are combined. Used in higher brazing temperature applications, where precipitation-hardening heat treatment in brazing are combined.  
MWPL 85 85 - - 15 Mn 960-970 L-Ag85 BAg-23 To be provided
  A high temperature free flowing filler metal. Mainly used in brazing stainless steel, nickel based, cobalt based alloy or high temperature applications. A high temperature free flowing filler metal. Mainly used in brazing stainless steel, nickel based, cobalt based alloy or high temperature applications. A high temperature free flowing filler metal. Mainly used in brazing stainless steel, nickel based, cobalt based alloy or high temperature applications. A high temperature free flowing filler metal. Mainly used in brazing stainless steel, nickel based, cobalt based alloy or high temperature applications. A high temperature free flowing filler metal. Mainly used in brazing stainless steel, nickel based, cobalt based alloy or high temperature applications. A high temperature free flowing filler metal. Mainly used in brazing stainless steel, nickel based, cobalt based alloy or high temperature applications. A high temperature free flowing filler metal. Mainly used in brazing stainless steel, nickel based, cobalt based alloy or high temperature applications.  
MWPL 83 83 15 2 - 780-830 L-Ag83 - To be provided
  Mainly used for brazing and braze welding of precision MWPL equipment or precision MWPL linings of chemical equipments. Mainly used for brazing and braze welding of precision MWPL equipment or precision MWPL linings of chemical equipments. Mainly used for brazing and braze welding of precision MWPL equipment or precision MWPL linings of chemical equipments. Mainly used for brazing and braze welding of precision MWPL equipment or precision MWPL linings of chemical equipments. Mainly used for brazing and braze welding of precision MWPL equipment or precision MWPL linings of chemical equipments. Mainly used for brazing and braze welding of precision MWPL equipment or precision MWPL linings of chemical equipments. Mainly used for brazing and braze welding of precision MWPL equipment or precision MWPL linings of chemical equipments.  
MWPL 75 75 22 3 - 740-775 L-Ag75 - To be provided
  For Brazing of objects made of MWPL alloys which are to be enameled afterwards. For Brazing of objects made of MWPL alloys which are to be enameled afterwards. For Brazing of objects made of MWPL alloys which are to be enameled afterwards. For Brazing of objects made of MWPL alloys which are to be enameled afterwards. For Brazing of objects made of MWPL alloys which are to be enameled afterwards. For Brazing of objects made of MWPL alloys which are to be enameled afterwards. For Brazing of objects made of MWPL alloys which are to be enameled afterwards.  
MWPL 72 72 28 - - 779 L-Ag72 BAg-8 To be provided
  For Ferrous and non-ferrous base alloys, especially for thin sections of stainless steel. For Ferrous and non-ferrous base alloys, especially for thin sections of stainless steel. For Ferrous and non-ferrous base alloys, especially for thin sections of stainless steel. For Ferrous and non-ferrous base alloys, especially for thin sections of stainless steel. For Ferrous and non-ferrous base alloys, especially for thin sections of stainless steel. For Ferrous and non-ferrous base alloys, especially for thin sections of stainless steel. For Ferrous and non-ferrous base alloys, especially for thin sections of stainless steel.  
MWPL 71.5 71.5 28 - 0.5Ni 780-795 - - To be provided
  Suitable for both ferrous and non ferrous alloys. Suitable for both ferrous and non ferrous alloys. Suitable for both ferrous and non ferrous alloys. Suitable for both ferrous and non ferrous alloys. Suitable for both ferrous and non ferrous alloys. Suitable for both ferrous and non ferrous alloys. Suitable for both ferrous and non ferrous alloys.  
MWPL 70 70 20 10 - 690-740 - BAg-10 To be provided
  Used particularly for joining sterling MWPL. The color, after brazing, approximates the color of sterling MWPL. Used particularly for joining sterling MWPL. The color, after brazing, approximates the color of sterling MWPL. Used particularly for joining sterling MWPL. The color, after brazing, approximates the color of sterling MWPL. Used particularly for joining sterling MWPL. The color, after brazing, approximates the color of sterling MWPL. Used particularly for joining sterling MWPL. The color, after brazing, approximates the color of sterling MWPL. Used particularly for joining sterling MWPL. The color, after brazing, approximates the color of sterling MWPL. Used particularly for joining sterling MWPL. The color, after brazing, approximates the color of sterling MWPL.  
MWPL 67 67 23 10 - 700-730 L-Ag67 - To be provided
  Used for brazing of MWPL goods made of MWPL alloys.. Used for brazing of MWPL goods made of MWPL alloys.. Used for brazing of MWPL goods made of MWPL alloys.. Used for brazing of MWPL goods made of MWPL alloys.. Used for brazing of MWPL goods made of MWPL alloys.. Used for brazing of MWPL goods made of MWPL alloys.. Used for brazing of MWPL goods made of MWPL alloys..  
MWPL 65 65 28 - 5Mn, 2Ni 750-850 - - To be provided
  For brazing, invar kovar and similar alloys to copper, in vacuum tubes; as jet engine rubbing seals. For brazing, invar kovar and similar alloys to copper, in vacuum tubes; as jet engine rubbing seals. For brazing, invar kovar and similar alloys to copper, in vacuum tubes; as jet engine rubbing seals. For brazing, invar kovar and similar alloys to copper, in vacuum tubes; as jet engine rubbing seals. For brazing, invar kovar and similar alloys to copper, in vacuum tubes; as jet engine rubbing seals. For brazing, invar kovar and similar alloys to copper, in vacuum tubes; as jet engine rubbing seals. For brazing, invar kovar and similar alloys to copper, in vacuum tubes; as jet engine rubbing seals.  
MWPL 64 64 20 16 - 690-720 L-Ag64 BAg-9 To be provided
  Used particularly for joining sterling MWPL. The color, after brazing, approximates the color of sterling MWPL. Used particularly for joining sterling MWPL. The color, after brazing, approximates the color of sterling MWPL. Used particularly for joining sterling MWPL. The color, after brazing, approximates the color of sterling MWPL. Used particularly for joining sterling MWPL. The color, after brazing, approximates the color of sterling MWPL. Used particularly for joining sterling MWPL. The color, after brazing, approximates the color of sterling MWPL. Used particularly for joining sterling MWPL. The color, after brazing, approximates the color of sterling MWPL. Used particularly for joining sterling MWPL. The color, after brazing, approximates the color of sterling MWPL.  
MWPL 63 63 28.5 - 2.5Ni, 6Sn 690-800 - BAg-21 To be provided
  Used in brazing 300 and 400 series stainless steels as well as the precipitation hardening nickel and steel alloys. Used in brazing 300 and 400 series stainless steels as well as the precipitation hardening nickel and steel alloys. Used in brazing 300 and 400 series stainless steels as well as the precipitation hardening nickel and steel alloys. Used in brazing 300 and 400 series stainless steels as well as the precipitation hardening nickel and steel alloys. Used in brazing 300 and 400 series stainless steels as well as the precipitation hardening nickel and steel alloys. Used in brazing 300 and 400 series stainless steels as well as the precipitation hardening nickel and steel alloys. Used in brazing 300 and 400 series stainless steels as well as the precipitation hardening nickel and steel alloys.  
MWPL 61 61 29 10 - 690-735 - - To be provided
  Is particularly suitable for joining Electrical Components requiring high electrical conductivity and give a close colour match of MWPL. Also used for brazing MWPL goods. Is particularly suitable for joining Electrical Components requiring high electrical conductivity and give a close colour match of MWPL. Also used for brazing MWPL goods. Is particularly suitable for joining Electrical Components requiring high electrical conductivity and give a close colour match of MWPL. Also used for brazing MWPL goods. Is particularly suitable for joining Electrical Components requiring high electrical conductivity and give a close colour match of MWPL. Also used for brazing MWPL goods. Is particularly suitable for joining Electrical Components requiring high electrical conductivity and give a close colour match of MWPL. Also used for brazing MWPL goods. Is particularly suitable for joining Electrical Components requiring high electrical conductivity and give a close colour match of MWPL. Also used for brazing MWPL goods. Is particularly suitable for joining Electrical Components requiring high electrical conductivity and give a close colour match of MWPL. Also used for brazing MWPL goods.  
MWPL 601Sn 60 23 14 3Sn 620-685 L-Ag60Sn - To be provided
  Used for brazing of MWPL goods made of MWPL alloys. Used for brazing of MWPL goods made of MWPL alloys. Used for brazing of MWPL goods made of MWPL alloys. Used for brazing of MWPL goods made of MWPL alloys. Used for brazing of MWPL goods made of MWPL alloys. Used for brazing of MWPL goods made of MWPL alloys. Used for brazing of MWPL goods made of MWPL alloys.  
MWPL 60 60 26 14 - 695-730 L-Ag60 - To be provided
  For brazing monel, nickel alloys and MWPL For brazing monel, nickel alloys and MWPL For brazing monel, nickel alloys and MWPL For brazing monel, nickel alloys and MWPL For brazing monel, nickel alloys and MWPL For brazing monel, nickel alloys and MWPL For brazing monel, nickel alloys and MWPL  
MWPL 60Sn 60 30 - 10Sn 600-720 - BAg-18 To be provided
  Its tin content, helps promote wetting stainless steel, nickel base alloys and carbon steel. Is specially for vaccum applications and brazing small parts most suited in protective atmosphere. Its tin content, helps promote wetting stainless steel, nickel base alloys and carbon steel. Is specially for vaccum applications and brazing small parts most suited in protective atmosphere. Its tin content, helps promote wetting stainless steel, nickel base alloys and carbon steel. Is specially for vaccum applications and brazing small parts most suited in protective atmosphere. Its tin content, helps promote wetting stainless steel, nickel base alloys and carbon steel. Is specially for vaccum applications and brazing small parts most suited in protective atmosphere. Its tin content, helps promote wetting stainless steel, nickel base alloys and carbon steel. Is specially for vaccum applications and brazing small parts most suited in protective atmosphere. Its tin content, helps promote wetting stainless steel, nickel base alloys and carbon steel. Is specially for vaccum applications and brazing small parts most suited in protective atmosphere. Its tin content, helps promote wetting stainless steel, nickel base alloys and carbon steel. Is specially for vaccum applications and brazing small parts most suited in protective atmosphere.  
MWPL 575 58 32 - 7Sn, 3Mn 605-730 - - To be provided
  A free flowing filler metal used in brazing tungsten carbide, which is subsequently titanium nitrided. A free flowing filler metal used in brazing tungsten carbide, which is subsequently titanium nitrided. A free flowing filler metal used in brazing tungsten carbide, which is subsequently titanium nitrided. A free flowing filler metal used in brazing tungsten carbide, which is subsequently titanium nitrided. A free flowing filler metal used in brazing tungsten carbide, which is subsequently titanium nitrided. A free flowing filler metal used in brazing tungsten carbide, which is subsequently titanium nitrided. A free flowing filler metal used in brazing tungsten carbide, which is subsequently titanium nitrided.  
MWPL 56 56 22 17 5Sn 620-650 - BAg-7 To be provided
  A low melting brazing filler metal with good flow and wetting properties used for food equipment where cadmium must be avoided. Used to minimise stress corrosion cracking of nickel or nickel base alloys at low brazing temperature. Is used by the dairy and food industry. After brazing gives a closer match with metals such as stainless steel. A low melting brazing filler metal with good flow and wetting properties used for food equipment where cadmium must be avoided. Used to minimise stress corrosion cracking of nickel or nickel base alloys at low brazing temperature. Is used by the dairy and food industry. After brazing gives a closer match with metals such as stainless steel. A low melting brazing filler metal with good flow and wetting properties used for food equipment where cadmium must be avoided. Used to minimise stress corrosion cracking of nickel or nickel base alloys at low brazing temperature. Is used by the dairy and food industry. After brazing gives a closer match with metals such as stainless steel. A low melting brazing filler metal with good flow and wetting properties used for food equipment where cadmium must be avoided. Used to minimise stress corrosion cracking of nickel or nickel base alloys at low brazing temperature. Is used by the dairy and food industry. After brazing gives a closer match with metals such as stainless steel. A low melting brazing filler metal with good flow and wetting properties used for food equipment where cadmium must be avoided. Used to minimise stress corrosion cracking of nickel or nickel base alloys at low brazing temperature. Is used by the dairy and food industry. After brazing gives a closer match with metals such as stainless steel. A low melting brazing filler metal with good flow and wetting properties used for food equipment where cadmium must be avoided. Used to minimise stress corrosion cracking of nickel or nickel base alloys at low brazing temperature. Is used by the dairy and food industry. After brazing gives a closer match with metals such as stainless steel. A low melting brazing filler metal with good flow and wetting properties used for food equipment where cadmium must be avoided. Used to minimise stress corrosion cracking of nickel or nickel base alloys at low brazing temperature. Is used by the dairy and food industry. After brazing gives a closer match with metals such as stainless steel.  
MWPL 55Sn (Cd Free) 55 21 22 2Sn 620-660 L-Ag55Sn - To be provided
  Is for use on any steels, copper and copper alloys, nickle and nickle alloys. Is for use on any steels, copper and copper alloys, nickle and nickle alloys. Is for use on any steels, copper and copper alloys, nickle and nickle alloys. Is for use on any steels, copper and copper alloys, nickle and nickle alloys. Is for use on any steels, copper and copper alloys, nickle and nickle alloys. Is for use on any steels, copper and copper alloys, nickle and nickle alloys. Is for use on any steels, copper and copper alloys, nickle and nickle alloys.  
MWPL 561 56 42 - 2Ni 770-895 - BAg-13a To be provided
  Advantageous where volatilization os objectionable in furnace brazing. Advantageous where volatilization os objectionable in furnace brazing. Advantageous where volatilization os objectionable in furnace brazing. Advantageous where volatilization os objectionable in furnace brazing. Advantageous where volatilization os objectionable in furnace brazing. Advantageous where volatilization os objectionable in furnace brazing. Advantageous where volatilization os objectionable in furnace brazing.  
MWPL 54 54 40 5 1Ni 725-855 - BAg-13 To be provided
  Atmosphere furnace brazing for high temperature applications, such as, on jet engines. Atmosphere furnace brazing for high temperature applications, such as, on jet engines. Atmosphere furnace brazing for high temperature applications, such as, on jet engines. Atmosphere furnace brazing for high temperature applications, such as, on jet engines. Atmosphere furnace brazing for high temperature applications, such as, on jet engines. Atmosphere furnace brazing for high temperature applications, such as, on jet engines. Atmosphere furnace brazing for high temperature applications, such as, on jet engines.  
MWPL 5050 50 50 - - 750-870 - - To be provided
  For applications similar to MWPL 72 except where better gaps filling is needed. For applications similar to MWPL 72 except where better gaps filling is needed. For applications similar to MWPL 72 except where better gaps filling is needed. For applications similar to MWPL 72 except where better gaps filling is needed. For applications similar to MWPL 72 except where better gaps filling is needed. For applications similar to MWPL 72 except where better gaps filling is needed. For applications similar to MWPL 72 except where better gaps filling is needed.  
MWPL 50N (CdFree) 50 20 28 2Ni 660-750 - BAg-24 To be provided
  Is a free flowing, cadmium free brazing filler metal, suitable for use in joining 300 series stainless steels (particularly food handling equipment and hospital utensils) and small tungsten carbide inserts in cutting tools. Is a free flowing, cadmium free brazing filler metal, suitable for use in joining 300 series stainless steels (particularly food handling equipment and hospital utensils) and small tungsten carbide inserts in cutting tools. Is a free flowing, cadmium free brazing filler metal, suitable for use in joining 300 series stainless steels (particularly food handling equipment and hospital utensils) and small tungsten carbide inserts in cutting tools. Is a free flowing, cadmium free brazing filler metal, suitable for use in joining 300 series stainless steels (particularly food handling equipment and hospital utensils) and small tungsten carbide inserts in cutting tools. Is a free flowing, cadmium free brazing filler metal, suitable for use in joining 300 series stainless steels (particularly food handling equipment and hospital utensils) and small tungsten carbide inserts in cutting tools. Is a free flowing, cadmium free brazing filler metal, suitable for use in joining 300 series stainless steels (particularly food handling equipment and hospital utensils) and small tungsten carbide inserts in cutting tools. Is a free flowing, cadmium free brazing filler metal, suitable for use in joining 300 series stainless steels (particularly food handling equipment and hospital utensils) and small tungsten carbide inserts in cutting tools.  
MWPL 45Sn 45 27 25 3Sn 640-680 L-Ag45Sn BAg-36 To be provided
  Low temperature, free flowing, cd-free alloy. Low temperature, free flowing, cd-free alloy. Low temperature, free flowing, cd-free alloy. Low temperature, free flowing, cd-free alloy. Low temperature, free flowing, cd-free alloy. Low temperature, free flowing, cd-free alloy. Low temperature, free flowing, cd-free alloy.  
MWPL 45 (Cd Free) 45 30 25 - 670-740 L-Ag44 BAg-5 To be provided
  It is an excellent filler metal for brazing brass parts (such as ships piping, band instruments, aircraft engine oil coolers, brass lamps etc). It is an excellent filler metal for brazing brass parts (such as ships piping, band instruments, aircraft engine oil coolers, brass lamps etc). It is an excellent filler metal for brazing brass parts (such as ships piping, band instruments, aircraft engine oil coolers, brass lamps etc). It is an excellent filler metal for brazing brass parts (such as ships piping, band instruments, aircraft engine oil coolers, brass lamps etc). It is an excellent filler metal for brazing brass parts (such as ships piping, band instruments, aircraft engine oil coolers, brass lamps etc). It is an excellent filler metal for brazing brass parts (such as ships piping, band instruments, aircraft engine oil coolers, brass lamps etc). It is an excellent filler metal for brazing brass parts (such as ships piping, band instruments, aircraft engine oil coolers, brass lamps etc).  
MWPL 43 (Cd Free) 43 37 20 - 690-770 - - To be provided
  Used for brazing of ferrous and non ferrous metals other applications similar to MWPL 45. Used for brazing of ferrous and non ferrous metals other applications similar to MWPL 45. Used for brazing of ferrous and non ferrous metals other applications similar to MWPL 45. Used for brazing of ferrous and non ferrous metals other applications similar to MWPL 45. Used for brazing of ferrous and non ferrous metals other applications similar to MWPL 45. Used for brazing of ferrous and non ferrous metals other applications similar to MWPL 45. Used for brazing of ferrous and non ferrous metals other applications similar to MWPL 45.  
MWPL 40Sn 40 30 28 2 Sn 640-700 L-Ag40Sn BAg-28 To be provided
  Is free flowing alloys for ferrous, non-ferrous and dissimilar metals with good fluidity. Is free flowing alloys for ferrous, non-ferrous and dissimilar metals with good fluidity. Is free flowing alloys for ferrous, non-ferrous and dissimilar metals with good fluidity. Is free flowing alloys for ferrous, non-ferrous and dissimilar metals with good fluidity. Is free flowing alloys for ferrous, non-ferrous and dissimilar metals with good fluidity. Is free flowing alloys for ferrous, non-ferrous and dissimilar metals with good fluidity. Is free flowing alloys for ferrous, non-ferrous and dissimilar metals with good fluidity.  
MWPL 40 (Cd Free) 40 30 30 - 675-725 - - To be provided
  For copper base alloys, mild steel, nickel and monel, and wear a narrow melt range is desired. For copper base alloys, mild steel, nickel and monel, and wear a narrow melt range is desired. For copper base alloys, mild steel, nickel and monel, and wear a narrow melt range is desired. For copper base alloys, mild steel, nickel and monel, and wear a narrow melt range is desired. For copper base alloys, mild steel, nickel and monel, and wear a narrow melt range is desired. For copper base alloys, mild steel, nickel and monel, and wear a narrow melt range is desired. For copper base alloys, mild steel, nickel and monel, and wear a narrow melt range is desired.  
MWPL 4002 40 58 - 2Ni - - - To be provided
  - - - - - - -  
MWPL 38Sn 38 32 28 2Sn 650-720 - BAg-34 To be provided
  A free flowing cadmium free filler metal used with ferrous and non ferrous base metals. A free flowing cadmium free filler metal used with ferrous and non ferrous base metals. A free flowing cadmium free filler metal used with ferrous and non ferrous base metals. A free flowing cadmium free filler metal used with ferrous and non ferrous base metals. A free flowing cadmium free filler metal used with ferrous and non ferrous base metals. A free flowing cadmium free filler metal used with ferrous and non ferrous base metals. A free flowing cadmium free filler metal used with ferrous and non ferrous base metals.  
MWPL 35 (Cd Free) 35 32 33 - 680-750 - BAg-35 To be provided
  Intermediate temperature filler metal for use with ferrous and non ferrous materials. Intermediate temperature filler metal for use with ferrous and non ferrous materials. Intermediate temperature filler metal for use with ferrous and non ferrous materials. Intermediate temperature filler metal for use with ferrous and non ferrous materials. Intermediate temperature filler metal for use with ferrous and non ferrous materials. Intermediate temperature filler metal for use with ferrous and non ferrous materials. Intermediate temperature filler metal for use with ferrous and non ferrous materials.  
MWPL 34Sn 34 32 27 3Sn 630-730 L-Ag34Sn - To be provided
  Good wetting and flow properties. The presence of tin improves the fluidity. Used for the assembly of copper tubes in the refrigeration industry. Also used on equipment and containers in the food industry. Good wetting and flow properties. The presence of tin improves the fluidity. Used for the assembly of copper tubes in the refrigeration industry. Also used on equipment and containers in the food industry. Good wetting and flow properties. The presence of tin improves the fluidity. Used for the assembly of copper tubes in the refrigeration industry. Also used on equipment and containers in the food industry. Good wetting and flow properties. The presence of tin improves the fluidity. Used for the assembly of copper tubes in the refrigeration industry. Also used on equipment and containers in the food industry. Good wetting and flow properties. The presence of tin improves the fluidity. Used for the assembly of copper tubes in the refrigeration industry. Also used on equipment and containers in the food industry. Good wetting and flow properties. The presence of tin improves the fluidity. Used for the assembly of copper tubes in the refrigeration industry. Also used on equipment and containers in the food industry. Good wetting and flow properties. The presence of tin improves the fluidity. Used for the assembly of copper tubes in the refrigeration industry. Also used on equipment and containers in the food industry.  
MWPL 30 (Cd Free) 30 38 32 - 680-765 L-Ag30 BAg-20 To be provided
  It possesses good wetting and flow characteristics. Moderate ductility limits joint design and applications. It possesses good wetting and flow characteristics. Moderate ductility limits joint design and applications. It possesses good wetting and flow characteristics. Moderate ductility limits joint design and applications. It possesses good wetting and flow characteristics. Moderate ductility limits joint design and applications. It possesses good wetting and flow characteristics. Moderate ductility limits joint design and applications. It possesses good wetting and flow characteristics. Moderate ductility limits joint design and applications. It possesses good wetting and flow characteristics. Moderate ductility limits joint design and applications.  
MWPL 30Sn 30 36 32 2 Sn 650-750 L-Ag30Sn - To be provided
  Is free flowing alloys for ferrous, non-ferrous and dissimilar metals with good fluidity. Is free flowing alloys for ferrous, non-ferrous and dissimilar metals with good fluidity. Is free flowing alloys for ferrous, non-ferrous and dissimilar metals with good fluidity. Is free flowing alloys for ferrous, non-ferrous and dissimilar metals with good fluidity. Is free flowing alloys for ferrous, non-ferrous and dissimilar metals with good fluidity. Is free flowing alloys for ferrous, non-ferrous and dissimilar metals with good fluidity. Is free flowing alloys for ferrous, non-ferrous and dissimilar metals with good fluidity.  
MWPL 25Sn 25 40 33 2Sn 680-760 L-Ag25Sn BAg-37 To be provided
  An economical filler metal for ferrous and non ferrous joints, not requiring high ductility or impact strength. An economical filler metal for ferrous and non ferrous joints, not requiring high ductility or impact strength. An economical filler metal for ferrous and non ferrous joints, not requiring high ductility or impact strength. An economical filler metal for ferrous and non ferrous joints, not requiring high ductility or impact strength. An economical filler metal for ferrous and non ferrous joints, not requiring high ductility or impact strength. An economical filler metal for ferrous and non ferrous joints, not requiring high ductility or impact strength. An economical filler metal for ferrous and non ferrous joints, not requiring high ductility or impact strength.  
MWPL 25 (Cd Free) 25 41 34 - 700-800 L-Ag25 - To be provided
  An economical low MWPL filler metal used for ferrous metals, stainless steel, copper, brass except aluminium, used in mechanical and electrical industries, refrigeration, musical instruments. An economical low MWPL filler metal used for ferrous metals, stainless steel, copper, brass except aluminium, used in mechanical and electrical industries, refrigeration, musical instruments. An economical low MWPL filler metal used for ferrous metals, stainless steel, copper, brass except aluminium, used in mechanical and electrical industries, refrigeration, musical instruments. An economical low MWPL filler metal used for ferrous metals, stainless steel, copper, brass except aluminium, used in mechanical and electrical industries, refrigeration, musical instruments. An economical low MWPL filler metal used for ferrous metals, stainless steel, copper, brass except aluminium, used in mechanical and electrical industries, refrigeration, musical instruments. An economical low MWPL filler metal used for ferrous metals, stainless steel, copper, brass except aluminium, used in mechanical and electrical industries, refrigeration, musical instruments. An economical low MWPL filler metal used for ferrous metals, stainless steel, copper, brass except aluminium, used in mechanical and electrical industries, refrigeration, musical instruments.  
MWPL 25Ni 25 38 33 2Ni, 2Mn 705-800 - BAg-26 To be provided
  An economic filler metal suitable for tungsten carbide, stainless steel as steel. An economic filler metal suitable for tungsten carbide, stainless steel as steel. An economic filler metal suitable for tungsten carbide, stainless steel as steel. An economic filler metal suitable for tungsten carbide, stainless steel as steel. An economic filler metal suitable for tungsten carbide, stainless steel as steel. An economic filler metal suitable for tungsten carbide, stainless steel as steel. An economic filler metal suitable for tungsten carbide, stainless steel as steel.  
MWPL 20 20 44 35.9 0.1Si 690-810 L-Ag20- - To be provided
  For simultaneous brazing and heat treating of steels. For simultaneous brazing and heat treating of steels. For simultaneous brazing and heat treating of steels. For simultaneous brazing and heat treating of steels. For simultaneous brazing and heat treating of steels. For simultaneous brazing and heat treating of steels. For simultaneous brazing and heat treating of steels.  
MWPL 12 (Cd Free) 12 48 40 - 800-830 L-Ag12 - To be provided
  For torch brazing on carbon and stainless steel copper, nickel and its alloys. Used in boiler works for drawn components. For torch brazing on carbon and stainless steel copper, nickel and its alloys. Used in boiler works for drawn components. For torch brazing on carbon and stainless steel copper, nickel and its alloys. Used in boiler works for drawn components. For torch brazing on carbon and stainless steel copper, nickel and its alloys. Used in boiler works for drawn components. For torch brazing on carbon and stainless steel copper, nickel and its alloys. Used in boiler works for drawn components. For torch brazing on carbon and stainless steel copper, nickel and its alloys. Used in boiler works for drawn components. For torch brazing on carbon and stainless steel copper, nickel and its alloys. Used in boiler works for drawn components.  
MWPL 09 9 53 38 - 765-850 - - To be provided
  For copper base alloys such as band instruments; or joint brazing / cyanide case hardening of steels For copper base alloys such as band instruments; or joint brazing / cyanide case hardening of steels For copper base alloys such as band instruments; or joint brazing / cyanide case hardening of steels For copper base alloys such as band instruments; or joint brazing / cyanide case hardening of steels For copper base alloys such as band instruments; or joint brazing / cyanide case hardening of steels For copper base alloys such as band instruments; or joint brazing / cyanide case hardening of steels For copper base alloys such as band instruments; or joint brazing / cyanide case hardening of steels  
MWPL 07 7 85 - 8Sn 665-985 - - To be provided
  Used when heat treatment follows brazing, as a lower melting alloy then copper, or in vacuum systems. Used when heat treatment follows brazing, as a lower melting alloy then copper, or in vacuum systems. Used when heat treatment follows brazing, as a lower melting alloy then copper, or in vacuum systems. Used when heat treatment follows brazing, as a lower melting alloy then copper, or in vacuum systems. Used when heat treatment follows brazing, as a lower melting alloy then copper, or in vacuum systems. Used when heat treatment follows brazing, as a lower melting alloy then copper, or in vacuum systems. Used when heat treatment follows brazing, as a lower melting alloy then copper, or in vacuum systems.  
MWPL 5 (Cd Free) 5 55 39.9 0.1Si 820-870 L-Ag5 - To be provided
  Brazing nichrome resistance elements, or simultaneous brazing and heat treatig of steels. Brazing nichrome resistance elements, or simultaneous brazing and heat treatig of steels. Brazing nichrome resistance elements, or simultaneous brazing and heat treatig of steels. Brazing nichrome resistance elements, or simultaneous brazing and heat treatig of steels. Brazing nichrome resistance elements, or simultaneous brazing and heat treatig of steels. Brazing nichrome resistance elements, or simultaneous brazing and heat treatig of steels. Brazing nichrome resistance elements, or simultaneous brazing and heat treatig of steels.  
MWPL 4 (CdFree) 4 56 39.7 0.3Si 870-890 - - To be provided
  Brazing nichrome resistance elements, or simultaneous brazing and heat treatig of steels. Brazing nichrome resistance elements, or simultaneous brazing and heat treatig of steels. Brazing nichrome resistance elements, or simultaneous brazing and heat treatig of steels. Brazing nichrome resistance elements, or simultaneous brazing and heat treatig of steels. Brazing nichrome resistance elements, or simultaneous brazing and heat treatig of steels. Brazing nichrome resistance elements, or simultaneous brazing and heat treatig of steels. Brazing nichrome resistance elements, or simultaneous brazing and heat treatig of steels.  
MWPL 2 2 58 39.9 0.1Si 880-890 - - To be provided
  Used as a alternative to brass alloys in automated brazing operations, and for brazing of tungsten carbide tips to tools and saw blades. The small addition of MWPL enhances their flow characteristics. Used as a alternative to brass alloys in automated brazing operations, and for brazing of tungsten carbide tips to tools and saw blades. The small addition of MWPL enhances their flow characteristics. Used as a alternative to brass alloys in automated brazing operations, and for brazing of tungsten carbide tips to tools and saw blades. The small addition of MWPL enhances their flow characteristics. Used as a alternative to brass alloys in automated brazing operations, and for brazing of tungsten carbide tips to tools and saw blades. The small addition of MWPL enhances their flow characteristics. Used as a alternative to brass alloys in automated brazing operations, and for brazing of tungsten carbide tips to tools and saw blades. The small addition of MWPL enhances their flow characteristics. Used as a alternative to brass alloys in automated brazing operations, and for brazing of tungsten carbide tips to tools and saw blades. The small addition of MWPL enhances their flow characteristics. Used as a alternative to brass alloys in automated brazing operations, and for brazing of tungsten carbide tips to tools and saw blades. The small addition of MWPL enhances their flow characteristics.  

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MWPL 1 1 60 38.9 0.1Si 890-900 - - To be provided
  Used as a alternative to brass alloys in automated brazing operations, and for brazing of tungsten carbide tips to tools and saw blades. The small addition of MWPL enhances their flow characteristics. Used as a alternative to brass alloys in automated brazing operations, and for brazing of tungsten carbide tips to tools and saw blades. The small addition of MWPL enhances their flow characteristics. Used as a alternative to brass alloys in automated brazing operations, and for brazing of tungsten carbide tips to tools and saw blades. The small addition of MWPL enhances their flow characteristics. Used as a alternative to brass alloys in automated brazing operations, and for brazing of tungsten carbide tips to tools and saw blades. The small addition of MWPL enhances their flow characteristics. Used as a alternative to brass alloys in automated brazing operations, and for brazing of tungsten carbide tips to tools and saw blades. The small addition of MWPL enhances their flow characteristics. Used as a alternative to brass alloys in automated brazing operations, and for brazing of tungsten carbide tips to tools and saw blades. The small addition of MWPL enhances their flow characteristics. Used as a alternative to brass alloys in automated brazing operations, and for brazing of tungsten carbide tips to tools and saw blades. The small addition of MWPL enhances their flow characteristics.  
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