I. Why Is There No Standard Thermal Efficiency Value?

• Non-Standard Customization: Each piece of equipment varies in size, configuration, and materials processed, with no unified testing benchmark.

• Complex Heat Distribution: Energy is consumed in heating products, tooling, internal components, and through furnace body heat dissipation, with the proportion of each part varying with the process.

• Process Dependency: Thermal efficiency is strongly correlated with loading quantity, material type, heating curve, etc. Efficiency is highest during full-load, continuous production, and lower during small-batch, intermittent production.

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II. How Do We Assess and Optimize Energy Efficiency?

We focus more on energy consumption per unit product (kWh/kg) , which is the core indicator for measuring production economy.

Our equipment is equipped with a full-process energy consumption monitoring system that accurately records the total power consumption per cycle. By comparing energy consumption per unit product under different process parameters, you can identify the most energy-efficient production方案.

III. Our Energy Efficiency Optimization Design

Although there is no fixed value, we are committed to improving the comprehensive energy efficiency of the equipment through design—using high-quality insulation materials, reasonable furnace structure, and efficient power supplies (such as IGBT)—to help you reduce unit consumption.