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In the past decade, the practice of this technology transformation on glass furnaces in various countries in the world has shown that oxy-fuel combustion technology has significant advantages such as low investment, low energy consumption, and low pollutant emissions. In the United States and Europe, lightweight bottles and cans have become the leading products of glass bottles and cans. The small-mouth pressure blowing technology (NNBP) and the hot and cold spraying technology of bottles and cans are all advanced technologies for lightweight production.

In the past decade, the practice of this technology transformation on glass furnaces in various countries in the world has shown that oxy-fuel combustion technology has significant advantages such as low investment, low energy consumption, and low pollutant emissions. In the United States and Europe, lightweight bottles and cans have become the leading products of glass bottles and cans. The small-mouth pressure blowing technology (NNBP) and the hot and cold spraying technology of bottles and cans are all advanced technologies for lightweight production.

In the past decade, the practice of this technology transformation on glass furnaces in various countries in the world has shown that oxy-fuel combustion technology has significant advantages such as low investment, low energy consumption, and low pollutant emissions. In the United States and Europe, lightweight bottles and cans have become the leading products of glass bottles and cans. The small-mouth pressure blowing technology (NNBP) and the hot and cold spraying technology of bottles and cans are all advanced technologies for lightweight production.