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 onenergy consumption per unit product (kWh/kg), which is the core indicator for measuring production economy.

Our equipment is equipped with afull-process energy consumption monitoring systemthat 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.