| Availability: | |
|---|---|
| Quantity: | |

Product Introduction

Sn10 produced by Singway has lead tin strips, using pure electrolytic tin as raw material, and contains sufficient tin. The solder bar has good wettability and expansibility, solid welding, no virtual welding.
1. Sufficient tin content: SN10 has a high tin content of lead tin, ensuring that enough solder is provided during the welding process, so that the welding point is firm and reliable.
2. Good wettability and expansibility: SN10 lead tin strip has good wettability and can quickly contact and expand with welding materials to form uniform welding points.
3. Solid welding: SN10 has lead tin strips to form solid welding, and there is no gap between the welding point and the welding material, providing a more reliable connection.
4. No virtual welding: SN10 has lead tin strip welding process will not appear virtual welding phenomenon, that is, the solder is not completely wet the surface of the welding material and formed by the weak connection.

The solder strip has a sleek and shiny surface, which becomes as reflective as a mirror when it melts.
During usage, the solder strip produces minimal slag, has excellent flowability, and exhibits good wetting properties, resulting in highly reliable solder joints. It remains bright and intact without any collapses, making it suitable for high-quality wave soldering in various applications. It can also be used for selective wave soldering and manual dip furnace welding.
Basic Info.
product name | 1090 Lead solder bar | brand | singway |
Model NO. | 1090 | Material | Sn10Pb90 |
Shape | strip | Melting Point | 183℃ |
Individual strip weight | About 0.72kg/ piece | Packing | 20kg/box |
| Range of application | wave soldering machine | Origin | China |
Product Specifications

Product Features

Electrolytic pure tin

Tin-ash low

Oxidation resistance

Solder shine

Full solder joint

Low residue

Tinning fast

High reliability

The chain speed was increased from 70cm/min to 90cm/min, a change that brought multiple benefits. First, the fluidity of the solder is significantly improved, which helps to moisten the solder joints more evenly and improve the welding quality. Second, the residence time of the solder on the welding surface is reduced, reducing the risk of oxidation and ensuring the reliability of the solder joint. At the same time, the increased fluidity of the solder allows for operation at relatively low tin furnace temperatures, reducing the likelihood of tin slag formation and making the welding environment cleaner. In addition, due to the shortened welding time, the production efficiency is improved, the energy consumption and material loss are reduced, and the production cost is reduced. Overall, increasing the chain speed has brought many aspects of optimization to the welding process, improving the quality, efficiency and economy.
Product Advantage
Raw material preparation
Using high quality and high purity tin ingot raw material + electrolytic lead fusion special process refined, less oxidation slag, good electrical and thermal conductivity, tin loading speed.
Fine process and good reliability
Low melting point, good activity, high insulation impedance, fast welding speed to reduce the thermal shock caused by welding components, while reducing the welding time of operators, improve production efficiency.
High purity tin ash less, anti-oxidation
The material is electrolysed from new high purity tin ore with sufficient degree and smooth surface.
Service Capability


How can solder joints made with solder wire withstand secondary reflow heating without melting or falling off? This is a major challenge in the electronics and electrical manufacturing industry today. Many electronic engineers have conducted tests where, after soldering a board with standard lead-fr
**Tin-Copper Solder Wire and SAC305 Solder Wire** Sn99.3Cu0.7 tin-copper solder wire and Sn96.5Ag3.0Cu0.5 (referred to as 305 solder wire) are the two most widely used lead-free solder formulations. In the field of lead-free soldering,Both comply with environmental standards such as RoHS and REACH,
Automated soldering machines are precision automation equipment with standardized settings for solder feed speed, soldering iron temperature control, and soldering trajectory. Therefore, they have very high requirements for the solder wire's material, ductility, flux ratio, and melting point stabili
Solder Wire Selection Guide The choice of solder wire directly determines soldering efficiency, solder joint quality, and product service life. Many corporate purchasers often ask Singway, a manufacturer, which type of solder wire works best. Singway emphasizes that there is no absolute "best" solde
**Lead-Free High-Temperature Solder Wire** The 8812 high-temperature solder wire, fully designated as Sn88Sb12 lead-free high-temperature solder wire, is a tin-antimony alloy wire solder composed of 88% high-purity tin (Sn) and 12% antimony (Sb) in a eutectic ratio. It is a lead-free, environmentall
High-Temperature Solder Wire High-temperature lead-free solder wire is a heat-resistant, environmentally friendly soldering material specially designed for industrial electronics welding. Unlike conventional lead-free solder wire, high-temperature lead-free solder wire offers high melting point,
