岩谷産業 Product Lineup

Traditionally, the use of oxygen combustion in aluminum melting furnaces has been considered difficult due to concerns such as the generation of aluminum dross. However, our original oxygen combustion program enables oxygen enrichment without increasing the generation of aluminum dross or the concentration of NOx in exhaust gases, contributing to improved productivity. Additionally, by using the specially developed "A Burner" (low NOx pure oxygen burner) for non-ferrous melting, it is also possible to transition to more efficient all-oxygen combustion. 【Oxygen Enrichment】 - Increased production speed The space in the furnace that was occupied by nitrogen gas is reduced, allowing for more fuel to be injected. - Reduced combustion losses The unnecessary heat loss due to nitrogen gas in the exhaust is decreased. For more details, please contact us.

The conventional general enrichment of the feather mouth allows for increased hot water output, smooth startup of initial water temperature, temperature recovery effects, component control effects, and desulfurization effects. Furthermore, our proprietary technology, the SSDI method (Super Sonic Direct Injection), enables: - Improvement in productivity (average improvement of 11%) - Reduction in coke ratio (average improvement of 15%) - Reduction in oxygen consumption (average improvement of 10%) *The values in parentheses are comparisons with general enrichment. For more details, please contact us.

By preheating the ladle with a pure oxygen burner, we reduce preheating time and costs. The heat loss is minimal, and the preheating time is significantly shorter compared to conventional methods (oil burners). In particular, the conventional method made it impossible to install a cover (lid) on the ladle. By switching to a pure oxygen burner, it becomes possible to install a cover, which allows for improved thermal efficiency and higher preheating temperatures. Furthermore, compared to oil burners, there is a reduction in noise and an improvement in the working environment due to the elimination of oil smoke. 【Features】 - Shortened preheating time - Reduced preheating costs - High-temperature preheating capability - Improved workplace environment (noise & oil smoke) For more details, please contact us.

Our company is a gas and energy company. We would like to introduce industrial air separation gases "oxygen, nitrogen, and argon" that are separated from the air. 【1. Nitrogen Gas】 It makes up about 80% of the air and has the characteristics of being a liquid at -196°C and being an inert gas. It is widely used for purposes such as freezing food, preventing oxidation, and cooling metals. 【2. Oxygen Gas】 It has the property of supporting combustion and contributes to high-temperature combustion and the maintenance of life in organisms. Applications include steelmaking, which requires time reduction and environmental improvement, and aquaculture, which requires high-concentration oxygen water. 【3. Argon Gas】 It is an inert gas that makes up just under 1% of the air. Because it remains inert even at high temperatures, it is used as a filling gas in fluorescent lamps. In recent years, it has also been registered as a food additive, and it is becoming a gas of great interest, including its use as a filling gas for food.