Solder Wires and Sticks Dealers in Mumbai

• Material: Metal, Tin
• Shape: Bars
• Country of Origin: India

• Brand Name: Baku
• Weight: 100 g
• Diameter: 0.5mm
• Composition: 60/40 Tin/Lead
• Wire Gauge: 18 SWG
• Usage/Application: Electrical
• SN: 63%
• RMA: 1.9%

We supply Tin Soldering Wire, which is produced using top-grade copper and has a high melting point (217-220℃) We have the moat upgraded machines and technology to make sure that the raw material is completely in compliance with the set standards. This helps us in presenting good quality and defect free products. We can cater to wholesale as well as retail requirements, as we are backed by a vast warehouse facility and a dependable inventory control and management system. Both enable us to maintain products' availability.

• Material: Aluminum, Metal, Silver, Tin
• Insulation Material: Enameled, Fiberglass, PTFE, PVC, Teflon
• Color: Black, Brown, Grey, Multicolor
• Application: Electric Conductor, Heating, Lighting, Overhead, Underground
• Conductor Type: Solid, Stranded
• Type: Tin Solder Sticks
• Country of Origin: India

Solder sticks 

• Material: Tin Lead
• Country of Origin: Made in India
• Composition (Tin/Lead): 99.3% Tin and 0.7% Lead
• Working Temperature ( degree Celsius): 280-300 degree Celsius
• Thickness (mm): 5 to 10 mm
• Melting point: 227 Degree Centigrade

• Weight: 250 gms/pc
• Melting Point: 210 Degree C
• Country of Origin: Made in India
• Diameter: 1 mm
• Composition: 60/40 Tin/Lead
• Wire Gauge: 22 SWG
• Usage/Application: Industrial

• Minimum Order Quantity: 10 Kilogram
• Features: Optimum Strength,High Quality,Durable
• Gauge Size Range: 16, 18, 20 and 22

• Country of Origin: India
• Type: Solder Sticks
• Material: Metal
• Certification: ISO-9001: 2008
• Application: Lighting
• Grade: JIS
• Color: Black
• Conductor Type: Solid
• Brand Name: 9999

60/40 SOLDER 

• Brand Name: CONTEC ELECTRONICS

We are offering solder wire.solder is a fusible metal alloy used to join together metal work pieces and having a melting point below that of the work piece.soft solder is what is most often thought of when solder or soldering is mentioned and it typically has a melting range of 90 to 450 °c (190 to 840 °f). It is commonly used in electronics and plumbing. Alloys that melt between 180 and 190 °c (360 and 370 °f) are the most commonly used. By definition, using alloys with melting point above 450 °c (840 °f) is called 'hard soldering', 'silver soldering' or brazing. Soft solder can contain lead andor flux but in many applications lead free solder is used. Perhaps the most common and most familiar form of solder is as a wire or rod, though plumbers often use bars of solder while jewelers often use solder in thin sheets which they cut into snippets. Solder can also come in a paste or as a preformed foil shaped to match the workpiece. The word solder comes from the middle english word soudur, via old french solduree and soulder, from the latin solidare, meaning "to make solid".eutectic alloys melt at a single temperature. Non-eutectic alloys have markedly different solidus and liquidus temperature, and within that range they exist as a paste of solid particles in a melt of the lower-melting phase. The pasty state causes some problems during handling; it can however be exploited as it allows molding of the solder during cooling, e.g. For ensuring watertight joint of pipes, resulting in a so called 'wiped joint'. With the reduction of the size of circuit board features, the size of interconnect shrinks as well. Current densities above 104 acm2 are often achieved andelectromigration becomes a concern. At such current densities the sn63pb37 solder balls form hillocks on the anode side and voids on the cathode side; the increased content of lead on the anode side suggests lead is the primary migrating species.

we are offering solder wire. solder is a fusible metal alloy used to join together metal work pieces and having a melting point below that of the work piece. soft solder is what is most often thought of when solder or soldering is mentioned and it typically has a melting range of 90 to 450 °c (190 to 840 °f). it is commonly used in electronics and plumbing. alloys that melt between 180 and 190 °c (360 and 370 °f) are the most commonly used. by definition, using alloys with melting point above 450 °c (840 °f) is called 'hard soldering', 'silver soldering' or brazing. soft solder can contain lead and/or flux but in many applications lead free solder is used. perhaps the most common and most familiar form of solder is as a wire or rod, though plumbers often use bars of solder while jewelers often use solder in thin sheets which they cut into snippets. solder can also come in a paste or as a preformed foil shaped to match the workpiece. the word solder comes from the middle english word soudur, via old french solduree and soulder, from the latin solidare, meaning "to make solid". eutectic alloys melt at a single temperature. non-eutectic alloys have markedly different solidus and liquidus temperature, and within that range they exist as a paste of solid particles in a melt of the lower-melting phase. the pasty state causes some problems during handling; it can however be exploited as it allows molding of the solder during cooling, e.g. for ensuring watertight joint of pipes, resulting in a so called 'wiped joint'. with the reduction of the size of circuit board features, the size of interconnect shrinks as well. current densities above 104 a/cm2 are often achieved andelectromigration becomes a concern. at such current densities the sn63pb37 solder balls form hillocks on the anode side and voids on the cathode side; the increased content of lead on the anode side suggests lead is the primary migrating species. contact with molten solder can cause 'solder embrittlement' of the materials, a type of liquid metal embrittlement.

• Material: Aluminum, Metal, Tin
• Application: Electric Conductor, Heating, Lighting, Overhead, Underground
• Color: Black, Brown, Grey, Multicolor
• Insulation Material: Enameled, Fiberglass, PTFE, PVC, Teflon
• Standard: JIS, NEMA
• Conductor Type: Solid, Stranded
• Certiofication: ISO-9001: 2008

Lead free solder wire for Gas pipe connection and other suitable itme like copper pipe fitting, industries chemical pipe fitting

• Application: Wave Soldering
• Material: Tin
• Features: Quality Tasted, High strength
• Certification: ISO Certified, 9001: 2008
• Color: White, Grey, Brown
•  Thickness:  1-5 Mm 5-10Mm

• Type: Solder Wire
• Material: Aluminum, Metal
• Application: Heating, Lighting, Underground
• Color: Grey, Silver
• Insulation Material: PVC, Teflon

We are the main supplier of this product.

• Type: Solder Wire
• Material: Aluminum, Metal, Tin
• Application: Electric Conductor, Heating, Lighting, Overhead, Underground
• Color: Black, Brown, Grey
• Insulation Material: Enameled, Fiberglass, PTFE, PVC, Teflon
• Certiofication: ISO-9001: 2008

Solder Wire V-cuttter   Bonkote`s new Solder Wire Feeder & V-cut machine BK-7200, improves the quality of soldering and also helps to reduce the wastage by controlling unwanted scattering of solder balls and flux. It is an essential tool for soldering technician and for companies involved in mass electronics production and are doing manual soldering, while re-working or while soldering SMDs in the original equipment manufacturing process.  Features   By making V-cut just before soldering, it prevents deterioration of flux and solder ball scattering. In addition,the oozing flux from the v-groove improves the solderability. Using the V-cut machine and BONKOTE LA type soldering iron together at the same time, the prevention of solder ball scattering enable to obtaine its effect more. Solder wires from 0.6~1.6mm in diameter are usable by changeing the guide pulley. Solder feed time and speed are settable Automatic solder feeder with the solder balling preventive function