Medium temperature Solder Alloy
Introduction
Medium temp lead-free solder refers to filler metals which are of medium melting points. It belongs to soft solder alloy which is opposed to the high-melting-point hard solder alloy. This solder is perfect for manual soldering, component installation as well as solder-joint repairing. Meanwhile, it is also proper for the dip soldering process.
Features
1. Our medium temp lead-free solders are manufactured by machines and technologies which are developed by ourselves. Besides, a set of unique processing technique comes into being and is highly spoken of by customers.
2. These soft solder alloys are produced under RoHS, IPC/J-STD-006B and REACH standards.
3. With good fluidity, it shows high soldering performance.
4. Copper corrosion is weak.
5. Strong anti-oxidization greatly prevents tin dross from arising.
6. Flux is uniformly distributed in this medium temp lead-free solder. And little flux residue comes into being.
- Low Mid temperature Alloy Solder Lead-free solders generally available manufacturing method of the casting, i.e., said heavy metal raw materials, and heated and stirred in air melt in a crucible or pot. Solder alloy prepared by the method of the invention, its advantages First, reduce the melting point of the solder alloy, generally less than 200 ℃; Second, the solid-liquid phase difference between the alloy up the following 2 ℃, avoid isolated spot defects; Third alloy homogeneous, the alloy strength increases; Fourth spreading rate of the solder alloy can
- Low Temperature Alloy Solder Gold-tin solder alloys have high strength, good oxidation resistance, excellent resistance to thermal fatigue and creep resistance, low melting point, good fluidity characteristics, making it the best solder optoelectronic package. With the rapid development of optoelectronic devices, the demand for gold-tin solder alloy is also growing. Gold-tin solder alloy with excellent performance, high reliability, no pollution, has gradually been more and more people understand and apply.