LCN-B Type Environmental Protection Industry Nitrogen Generator

Technical Features of Nitrogen Generators in the Environmental Protection Industry:

1. The blizzard method is used for molecular sieve loading, avoiding the pulverization of molecular sieves caused by high-pressure airflow impact, ensuring long-term use of molecular sieves.
2. Digital flow meters with pressure compensation and high-precision industrial process monitoring secondary instruments, featuring instantaneous flow and cumulative calculation functions. 
3. Imported analyzers for online detection, high precision, and maintenance-free operation.

Application Scope of Nitrogen Generators in the Environmental Protection Industry:

1. SMT Industry Applications
Nitrogen reflow soldering and wave soldering, where nitrogen effectively inhibits solder oxidation, improves welding wettability, accelerates wetting speed, reduces solder ball formation, avoids bridging, and minimizes soldering defects. Hundreds of cost-effective pressure swing adsorption nitrogen generators have been provided to SMT electronics manufacturers, resulting in a large customer base in the SMT industry, with a market share exceeding 90%.

2. Semiconductor Silicon Industry Applications
Atmosphere protection, cleaning, and chemical recovery in semiconductor and integrated circuit manufacturing processes.
GASPU has manufactured pressure swing adsorption nitrogen generators specifically for the semiconductor silicon industry, successfully replacing liquid nitrogen. This system has been operating continuously in Hong Kong for nearly two years.
3. Semiconductor Packaging Industry Applications
Nitrogen is used for packaging, sintering, annealing, reduction, and storage. Hongbo pressure swing adsorption nitrogen generators help major manufacturers in the industry gain a competitive edge and achieve effective value enhancement.
4. Electronic Components Industry Applications
Nitrogen is used for selective soldering, purging, and packaging. Scientific nitrogen inerting protection has been proven to be a critical factor in the successful production of high-quality electronic components.