The other

Research and Development

Contributing to the development of next-generation furnace technology aimed at environmental conservation and quality improvement.

Overview
Our company focuses on energy saving, environmental conservation, and quality improvement as the three main pillars in the technological development related to furnaces. Based on years of experience and deep knowledge, we are committed to developing technologies that maximize the potential of furnaces. The performance of a furnace depends not only on its structure but also significantly on the functionality of combustion equipment and instrumentation. We aim to optimize all these elements for comprehensive improvement.

Features
Our technological development is characterized by the following features:
Energy Saving: We utilize the latest simulation technologies to maximize energy efficiency. Through repeated experiments, such as packed bed heating experiments and model experiments of all-electric glass melting furnaces, we develop technologies that reduce energy consumption.
Environmental Conservation: Through combustion gas property improvement experiments and analysis of combustion gas flow, we achieve reduction in emissions and clean combustion. We focus on developing technologies that minimize environmental impact.
Quality Improvement: By conducting flow analysis of molten glass and burner combustion experiments, we pursue improvements in product quality. Through strict quality control and technological innovation, we achieve the manufacture of high-quality products.

Specifications
Our technological development considers the following experiments and analyses as crucial pillars:
Packed bed heating experiments
Combustion gas property improvement experiments
Burner combustion experiments
Model experiments of all-electric glass melting furnaces
Analysis of combustion gas flow
Flow analysis of molten glass
Through these experiments and analyses, we provide concrete solutions for achieving energy saving, environmental conservation, and quality improvement.