Our company provides Tin Lead Solder Wires with a variety of alloy composition , content and size of the diameter of pharmaceutical different specifications tin for customer choice.
Tin solder is a widely used material in the electronics industry for joining electrical components. Our company offers a range of high-quality tin solder products, including solder wire, solder bar, and solder paste, to meet the diverse needs of our customers.
Solder Wire
Our solder wire is made from a high-purity tin and lead alloy, with a rosin flux core. The rosin flux is a natural, non-corrosive flux that cleans and prepares the surface to be soldered, ensuring a strong and reliable bond. Our solder wire comes in different diameters, from 0.5mm to 2.0mm, to suit various applications.
Solder Bar
Our solder bar is made from a high-purity tin and lead alloy, with a melting point of 183ºC. It is ideal for use in manual and automated soldering processes, and provides excellent wetting and flow properties. Our solder bar comes in different weights and sizes, from 100g to 1kg, to suit different soldering needs.
Solder Paste
Our solder paste is a mixture of finely powdered solder alloy and flux, which is used for surface mount technology (SMT) applications. It is ideal for soldering small and complex electronic components, such as integrated circuits, resistors, and capacitors. Our solder paste comes in different types, such as leaded and lead-free, to meet the environmental and regulatory requirements of different countries.
Features of Tin Lead Solder Wire Sn63Pb37 63 37:
| Eutectic Alloy The melting point and solidifying point of solder wire 63 37 is same, there is no plastic range for this alloy. That makes it very easy to use even for beginners. |
Excellent Wetting & Fluidity Solder Wire 63 37 has exceptional wetting and flowing properties, making the solder well flow and spread on the soldered components to get nice solder joints. |
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| Flux Core It contains neutral rosin flux core and there is no need to apply flux in separate during soldering. The rosin flux core helps the solder to fast melt and evenly flow to cover the soldering area. |
Low Melting Temperature The melting point is only 183ºC which is lower than most of other solder alloys. It's easy to melt and handy to use. |
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| Affordable Price Comparing to lead free solder wires, solder wire Sn63Pb37 is at least 30% cheaper. That greatly reduce the manufacturing cost of electronics. |
Flexible Packing This solder wire comes in both small package like 100g/roll up to big package like 1kg/roll. That provides flexibility for customers to select an amount without wastage. |
Applications of Tin Lead Solder Wire Sn63Pb37 63 37:
Electronics Production: Solder Wire 63 37 is used in electronics assembly, ensuring reliable connectivity in PCBs and components. Such televisions, smartphones, laptops and computers
refrigerators, washing machines, LED lighting.
Industrial Devices: Solder wire Sn63Pb37 is used for assembly of electrical parts inside the industrial devices, such as solar panels, machine control board, auto car components etc.
Repairs and DIY projects: It's also used for repairing of electronics or electrical devices, or for hobbyists to use for their DIY projects.
How to use Tin Lead Solder Wire Sn63Pb37 63 37:
Manual soldering: we need solder irons or soldering stations to conduct the manual soldering. It's flexible way of manufacturing that allows workers to carry out the soldering work basing on requirements.
Automatic soldering: Ideal for mass production, automatic soldering machines feed and melt the solder wire, ensuring standardized joints.
Precaution for using Tin Lead Solder Wire Sn63Pb37 63 37:
Use in a Well-Ventilated Area: Always solder in a well-ventilated space, such as a fume hood or near an open window, and use exhausting fan. Proper ventilation helps to dissipate harmful fumes and reduce the risk of inhaling lead vapors.
Wear Personal Protective Equipment (PPE): Consider wearing appropriate personal protective equipment, including safety glasses, gloves, and a lab coat or apron, to minimize skin and eye contact with solder and flux.
Avoid Ingestion and Hand-to-Mouth Contact: Never eat, drink, or smoke while working with leaded solder. Wash your hands thoroughly after handling solder and before eating or touching your face.