Products
-
Stainless Steel Nitrogen Generator
The specialized nitrogen generator for the pharmaceutical industry is mainly used in fields such as drug production, storage, packaging, and packaging.
In synthetic pharmaceuticals, nitrogen from the nitrogen generator can be used as a protective gas to fill the chemical drug synthesis reaction, isolating oxygen in the air and allowing the chemical reaction to proceed in a clean environment, thereby obtaining high-quality products. -
PSA Oxygen Generator
The PSA oxygen plant uses clean compressed air as raw material and high-quality zeolite molecular sieve as adsorbent to produce oxygen from air under a certain pressure.
-
Industrial oxygen generator
The PSA oxygen plant uses clean compressed air as raw material and high-quality zeolite molecular sieve as adsorbent to produce oxygen from air under a certain pressure.
-
Nitrogen generator in injection molding industry
In the injection molding industry, PSA (Pressure Swing Adsorption) nitrogen generators play a crucial role in providing high-purity nitrogen gas for various applications. These generators produce nitrogen by selectively adsorbing oxygen and other gases from compressed air using specialized adsorbent materials. The nitrogen gas produced is used in processes like gas-assisted injection molding, where nitrogen helps to create hollow parts, reduce material usage, and improve surface finish. By generating nitrogen on-site, PSA systems offer a cost-effective, efficient, and continuous supply of nitrogen, enhancing production efficiency and product quality while eliminating the need for gas deliveries and storage.
-
Nitrogen generator in environmental protection industry
In the environmental protection industry, PSA (Pressure Swing Adsorption) nitrogen generators play a crucial role in providing high-purity nitrogen gas for various eco-friendly applications. These systems operate by selectively adsorbing oxygen and other impurities from compressed air using specialized adsorbent materials, allowing nitrogen to pass through. The resulting nitrogen is used in processes such as wastewater treatment, where it helps to prevent the oxidation of sensitive compounds, and in the preservation of perishable goods during storage and transportation by creating inert atmospheres. PSA nitrogen generators are favored for their efficiency, cost-effectiveness, and ability to produce nitrogen on-site, reducing the environmental impact associated with the transportation and storage of nitrogen gas. This technology supports sustainable practices by offering a reliable and eco-friendly solution for nitrogen generation in environmental protection efforts.
-
Nitrogen generator in semiconductor industry
In the semiconductor industry, a PSA (Pressure Swing Adsorption) nitrogen generator is a key technology used to produce high-purity nitrogen gas. This gas is critical for various manufacturing processes, including wafer fabrication, deposition, and etching, where it serves as an inert atmosphere to prevent oxidation and contamination. The PSA system operates by separating nitrogen from compressed air using adsorbent materials that selectively trap oxygen and other impurities. This on-site nitrogen generation method offers a cost-effective, reliable, and continuous supply of nitrogen, ensuring the stringent purity requirements needed for semiconductor production are consistently met.
-
SMT industry nitrogen generator
The application of nitrogen generators in the SMT industry is mainly reflected in improving welding quality, reducing slag during the welding process, and protecting the environment, playing an important role in promoting the development of the electronics industry. Use nitrogen with a purity greater than 99.99% or 99.9%
-
Nitrogen generator in electronic industry
Introduction to process flow The ambient air is compressed and purified to remove oil, water and dust, and then enters into a PSA device composed of two adsorption towers filled with carbon molecular sieves. Compressed air flows through the adsorption tower from bottom to top, during which oxygen molecules are adsorbed on the surface of carbon molecular sieve, nitrogen flows out from the upper end of the adsorption tower and enters the coarse nitrogen buffer tank. After a period of time, the ... -
Box-type Nitrogen Generator
Introduction to process flow The ambient air is compressed and purified to remove oil, water and dust, and then enters into a PSA device composed of two adsorption towers filled with carbon molecular sieves. Compressed air flows through the adsorption tower from bottom to top, during which oxygen molecules are adsorbed on the surface of carbon molecular sieve, nitrogen flows out from the upper end of the adsorption tower and enters the coarse nitrogen buffer tank. After a period of time, the ... -
Nitrogen generator of lithium new energy industry
Introduction to process flow The ambient air is compressed and purified to remove oil, water and dust, and then enters into a PSA device composed of two adsorption towers filled with carbon molecular sieves. Compressed air flows through the adsorption tower from bottom to top, during which oxygen molecules are adsorbed on the surface of carbon molecular sieve, nitrogen flows out from the upper end of the adsorption tower and enters the coarse nitrogen buffer tank. After a period of time, the ... -
Nitrogen making machine for food packaging and preservation industry
Introduction to process flow The ambient air is compressed and purified to remove oil, water and dust, and then enters into a PSA device composed of two adsorption towers filled with carbon molecular sieves. Compressed air flows through the adsorption tower from bottom to top, during which oxygen molecules are adsorbed on the surface of carbon molecular sieve, nitrogen flows out from the upper end of the adsorption tower and enters the coarse nitrogen buffer tank. After a period of time, the ... -
Nitrogen making machine in petroleum metallurgy industry
Introduction to process flow The ambient air is compressed and purified to remove oil, water and dust, and then enters into a PSA device composed of two adsorption towers filled with carbon molecular sieves. Compressed air flows through the adsorption tower from bottom to top, during which oxygen molecules are adsorbed on the surface of carbon molecular sieve, nitrogen flows out from the upper end of the adsorption tower and enters the coarse nitrogen buffer tank. After a period of time, the ...