What is the difference between wave soldering and manual soldering?

Wave soldering and manual soldering are two different welding methods, which have significant differences in operation mode, automation level, and welding quality.

2024-11-23

Selective Wave Soldering Technology and Application Points

Selective wave soldering is an advanced soldering technology mainly used in the manufacturing process of electronic products, especially in complex and delicate electronic assembly. The main steps of selective wave soldering process include flux spraying, preheating, soldering, and cooling. In the stage of flux spraying, according to the product characteristics and process requirements, spot spraying or mist spraying can be selected for flux spraying to help the solder better wet and adhere to the welding surface. The preheating stage is to achieve optimal flux activity while reducing the impact of moisture and volatile substances on welding quality. The welding stage is the core of selective wave soldering technology, which requires controlling parameters such as welding temperature, time, and nozzle movement speed to ensure welding quality. Finally, the cooling stage is to solidify the solder joints and enhance the welding strength.

2024-11-23

How many temperature zones should be selected for reflow soldering?

The number of temperature zones selected for reflow soldering should be based on factors such as the complexity of the welded product, welding quality requirements, production efficiency, and cost-effectiveness. According to the search results, there are multiple options for the number of temperature zones in reflow soldering furnaces, ranging from simple three temperature zones to complex sixteen temperature zones. The following are several key points to consider when selecting the number of reflow soldering temperature zones:

2024-11-23

Reflow soldering process technology and precautions

The far-infrared reflow soldering used in the 1980s has the characteristics of fast heating, energy saving, and smooth operation. However, due to the different materials and colors of printed boards and various components, there are significant differences in their radiation heat absorption rates, resulting in uneven temperatures in different components and parts of the circuit, namely local temperature differences. For example, the black plastic packaging of integrated circuits may overheat due to high radiation absorption, while the soldering area - the silver white lead - may experience false soldering due to low temperature. In addition, areas on the printed circuit board where thermal radiation is blocked, such as soldering pins in shaded areas of large (high) components or small components, can cause poor soldering due to insufficient heating.

2024-11-20

How to use wave soldering machine for more energy saving

Here are some more energy-efficient methods when using a wave soldering machine

2024-11-23

Guide you to understand reflow soldering

Reflow soldering is an important soldering technique in the field of electronic manufacturing, mainly used to solder surface mount components (SMD) onto printed circuit boards (PCBs).

2024-11-23

The development trend of soldering flux

The development trend of soldering flux is mainly reflected in the following aspects:

2024-11-23

Specification for Wave Soldering Process Control

The process control of wave soldering is the main factor that directly affects the soldering quality of electronic products, especially the soldering quality of lead-free electronic products. The process control of wave soldering is stricter and involves more skill scales. Below is a specific explanation of the precautions for controlling the wave soldering process.

2024-11-23