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Basic Info.
Model NO. | SB4258 | Material | Sn42Bi58 |
Melting Point | 138±2℃ | Individual bottle weight | 500g/ bottle |
Shape | paste | granule | 25-45(μm) |
Packaging | 10kg/box | Origin | China |
Product Description
This tin bismuth alloy lead-free low temperature solder paste is a new product designed for customers to solve the plug-in through hole reflux process, improve the straight through rate and save labor. The introduction of FCT supporting technology, the use of advanced automatic equipment production line in the industry, the company's unique technology contains active welding paste and low oxide tin powder mixed, and can be customized according to customer quality requirements of environmental protection and wash free type. Environmentally friendly halogen-free type. Suitable for low temperature reflux, through hole reflux plug-in process. Own large capacity cold storage warehouse, fully stocked.
Product Specifications
Model NO. | type of production | Ingredient (WT%) |
SBA351 | Lead-free medium temperature solder paste | Sn64Bi35Ag1 |
SBA64735 | Lead-free medium temperature solder paste | Sn64.7Bi35Ag0.3 |
SBC82517 | Lead-free medium temperature solder paste | Sn82.Bi17Cu0.5 |
SB4258 | Lead-free cold solder paste | Sn42Bi58 |
SB910 | Lead-free high temperature solder paste | Sn90Sb10 |
Product Features
Tin-quick
Superior wettability
Wash free with low residue
Fast diffusion rate
The solder joint is bright and full
Superior electrical performance
Improve yield and production
high viscosity
Low cavity rate
Solder paste production scenario
Basic Info.
Model NO. | SB4258 | Material | Sn42Bi58 |
Melting Point | 138±2℃ | Individual bottle weight | 500g/ bottle |
Shape | paste | granule | 25-45(μm) |
Packaging | 10kg/box | Origin | China |
Product Description
This tin bismuth alloy lead-free low temperature solder paste is a new product designed for customers to solve the plug-in through hole reflux process, improve the straight through rate and save labor. The introduction of FCT supporting technology, the use of advanced automatic equipment production line in the industry, the company's unique technology contains active welding paste and low oxide tin powder mixed, and can be customized according to customer quality requirements of environmental protection and wash free type. Environmentally friendly halogen-free type. Suitable for low temperature reflux, through hole reflux plug-in process. Own large capacity cold storage warehouse, fully stocked.
Product Specifications
Model NO. | type of production | Ingredient (WT%) |
SBA351 | Lead-free medium temperature solder paste | Sn64Bi35Ag1 |
SBA64735 | Lead-free medium temperature solder paste | Sn64.7Bi35Ag0.3 |
SBC82517 | Lead-free medium temperature solder paste | Sn82.Bi17Cu0.5 |
SB4258 | Lead-free cold solder paste | Sn42Bi58 |
SB910 | Lead-free high temperature solder paste | Sn90Sb10 |
Product Features
Tin-quick
Superior wettability
Wash free with low residue
Fast diffusion rate
The solder joint is bright and full
Superior electrical performance
Improve yield and production
high viscosity
Low cavity rate
Solder paste production scenario
What is the reason for the blackening of solder tin wire solder joints?
Lead tin wire is mainly used for manual soldering, traditional electronic products, and certain specific electronic components; Lead free tin wires are increasingly being used in environmentally friendly or export-oriented electronic products, medical equipment, high-performance electronic devices, and other fields.
Temperature Control And Techniques for Lead-free Solder Wire
solder wire, Tin wire in Chinese, solder wire in English, solder wire is composed of solder alloy and flux. The alloy components can be divided into solder lead alloy, solder copper alloy, solder silver copper alloy, and solder silver copper alloy.
Low-temperature lead-free solder wires have emerged as a game-changer in the manufacturing industry, especially for acoustic products. These innovative solder wires offer several benefits that make them an ideal choice for various applications. In this article, we will explore the advantages of usin