16 SWG Tin Lead Solder Wires

Name: 16 SWG Tin Lead Solder Wires
Brand: J.D.ENTERPRISE
Price: 1850 INR
Availability: InStock

Price 1850 INR/ Kilograms

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MOQ : 50 Kilograms

16 SWG Tin Lead Solder Wires Specification

Application
For Soldering Applications

Operating Temperature
Up to 150C

Composition
60/40 Tin/Lead

Material
Tin-Lead Alloy

Diameter
2mm (16 SWG)

Flux Content
Rosin core, 1.5-2.0%

Melting Point
183-190C

Coating
Rosin coating

Wire Gauge
16 SWG

Weight
500 gm

Surface Finish
Smooth

Soldering Technique
Manual/Electronic

Lead Free
No

Wire Type
Solid core

Packing Type
Reel pack

Tensile Strength
Adequate for electronics

Color
Bright silver

16 SWG Tin Lead Solder Wires Trade Information

Minimum Order Quantity
50 Kilograms

Payment Terms
Cash in Advance (CID)

Supply Ability
5000 Kilograms Per Month

Delivery Time
2-10 Days

Main Domestic Market
All India

About 16 SWG Tin Lead Solder Wires

Spotlight your soldering projects with our celebrated 16 SWG Tin Lead Solder Wires. Featuring a sublime blend of 60/40 tin-lead alloy, these top-drawer wires are designed for precision and reliability in electronic applications. Take advantage of their bright silver hue, solid core structure, and smooth, rosin-coated finish to achieve seamless, strong connections every time. Each 500 gm reel pack offers adequate tensile strength and a controlled melting point of 183-190C, making it ideal for manual or electronic soldering. Trusted by leading manufacturers and suppliers across India.

Material Excellence & Competitive Edge

Our 16 SWG Tin Lead Solder Wires stand out for their high-quality tin-lead alloy composition, ensuring optimal conductivity and durability. The solid core and rosin flux content offer reliability and efficiency for electronic soldering applications. Celebrated for their smooth surface finish and consistent wire diameter, these reels deliver a competitive advantage in high-precision work environments. Used extensively for electrical, electronic, and PCB tasks, they ensure sublime results every time.

Supply Capability and Trusted Export Network

We maintain a robust supply ability for 16 SWG Tin Lead Solder Wires, ensuring timely delivery for both bulk and small orders. Shipped goods are carefully packed in reel packs to preserve quality during transit. Main export markets include Asia, Africa, and the Middle East, where our celebrated products consistently meet industry demands. With an efficient logistics process, we guarantee fast turnaround and dependable delivery times for our esteemed global clientele.

FAQ's of 16 SWG Tin Lead Solder Wires:

Q: How is the 16 SWG Tin Lead Solder Wire commonly used in electronics?

A: The 16 SWG Tin Lead Solder Wire is typically used to join electronic components on circuit boards by providing a conductive and stable connection, ensuring optimal performance in electrical devices.

Q: What are the main benefits of using rosin core solder wires for manual soldering?

A: Rosin core solder wires contain a flux that helps clean and prepare metal surfaces, promoting better adhesion and reducing oxidation during the soldering process. This ensures smoother joints and improved reliability.

Q: Where do you primarily export the 16 SWG Solder Wires?

A: Our main export markets include Asia, Africa, and the Middle East, where we supply to electronics manufacturers and assembly units requiring dependable soldering materials.

Q: What is the recommended operating temperature for these solder wires?

A: The 16 SWG Tin Lead Solder Wires are recommended for use at operating temperatures up to 150C, supporting a melting point between 183C and 190C for efficient soldering.

Q: When can customers expect delivery after placing an order?

A: Once an order is placed, we ensure rapid processing and dispatch, with delivery timelines varying based on the location and order quantity but generally completed within agreed turnaround times.

Q: How does the 60/40 tin-lead composition benefit the soldering process?

A: The 60/40 tin-lead composition offers an ideal melting range and reliable electrical conductivity, making it easier to achieve consistent and durable solder joints during various electronic applications.

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