Halogenated vs. Halogen-Free Solder Paste

Halogenated and halogen-free solder pastes differ significantly in composition, soldering performance, environmental impact, cost, and application. The details are as follows:

How to Reduce the Formation of Solder Balls

There are solder balls with sizes about 0.2mm~0.4mm, or some exceed this range, which is mostly concentrated around chip RC components. The existence of solder balls not only affects the appearance of electronic products but also brings hidden dangers to product quality.

MOSFET Solder Selection Guide

In MOSFET applications, solder selection should be based on four core principles: temperature compatibility, performance balance, process compatibility, and reliability and compliance.

What Are the Requirements for Solder Paste in DSP Packaging?

In DSP (digital signal processor) packaging, solder paste must meet three core requirements: ultra-fine-pitch printing, high-reliability soldering, and environmentally friendly cleaning. The specific technical parameters and performance standards are as follows:

How Should Solder Paste Companies Respond to Rising Tin and Silver Prices?

In the face of rising tin and silver prices, solder paste companies can systematically reduce risk and improve competitiveness by optimizing supply chain management, improving production efficiency, controlling costs, innovating low-silver products and technologies.

Lighting Up an 8K Giant Screen: The Microscopic Strength of Ultrafine Solder Paste Behind a Top-Tier Tournament

On June 12, the globally watched FIFA World Cup 2026, co-hosted by the United States, Canada, and Mexico, kicked off in North America.

PCB Solderability Test:_Tin Printing Experiment

PCB tin test is to test the PCB solderability of a programme to assess whether the PCB pad can be good with the solder paste wetting and connection, which directly affects the SMT quality and reliability.

Principles and Advantages of Laser Solder Paste Soldering

Laser solder paste soldering is an advanced soldering technology that uses a laser beam as a heat source to melt the solder paste and solidify the joint through precise control of energy input. Its principles and advantages are as follows: