Solutions for Building Materials Industry
Building Materials Industry
Building materials production is a large-scale process industry centered on high-temperature calcination, heavy-duty grinding, and continuous conveying. From raw material crushing and raw-meal preparation to kiln sintering, finished-product grinding, and environmental treatment, every stage relies on stable, efficient, and durable power and control support.
Although processes differ across cement, ceramics, glass, and other sectors, their requirements for electrical system reliability, energy efficiency, and precise control are highly consistent. Critical motors driving rotary kilns, large fans, ball mills, presses, tin-bath drives, and conveying systems; power supplies delivering accurate electricity to electric kilns, electrostatic precipitators, and electric boosting systems; and control systems ensuring smooth start-stop of heavy equipment-all directly impact production output, energy costs, and environmental compliance.
With in-depth expertise in building-materials processes, we provide tailored core electrical power and control solutions:
● Excitation Equipment & Frequency Converters
Deliver precise excitation and speed control for large synchronous motors, such as main drives for cement rotary kilns and large fans in glass production lines, ensuring constant kiln speed and optimized power factor. Enable frequency-conversion energy-saving upgrades for high-voltage asynchronous motors in cement raw-meal mills, ceramic ball mills, and glass-line cooling fans, significantly reducing power consumption and enhancing process flexibility.
● High-Voltage Control Power Supplies & Power Regulation Equipment
Supply stable, adjustable AC/DC power for ceramic electric kilns, glass electric melting furnaces and boosting systems, cement-plant electrostatic precipitators, and denitration power units. Ensure accurate temperature control, optimized combustion efficiency, and reliable operation of dust-removal and environmental systems-supporting both product quality improvement and environmental compliance.
● High-Voltage Solid-State Soft Starters
Provide smooth starting for heavy-duty high-voltage motors such as large crushers and fans in cement plants, brick presses in ceramic plants, and cold-end conveying equipment in glass production lines. Effectively reduce mechanical stress and grid voltage fluctuations, extend drive-system service life, and ensure continuous, stable operation.
We offer more than high-quality equipment-we deliver integrated solutions built on process insight, centered on reliable drive, precise control, and high energy efficiency. Supported by robust and durable electrical systems, we help cement, ceramic, glass, and other building-materials producers increase equipment uptime, lower overall energy consumption, and strengthen environmental performance-advancing together toward a new era of green, intelligent, and sustainable building-materials manufacturing.
Industry Scenarios - Cement Plants
Cement Plants-Typical Configuration of Waste Heat Power Generation System

Cement Plants-Typical Configuration of Waste Gas/Wastewater Environmental Protection
Cement Plants-Typical Configuration of Low-Carbon Energy-Saving Motor Transformation

Ceramic and Other Material Production Plants-Typical Configuration for Low-Carbon and Environmental Protection Transformation
Ceramic and Other Material Production Plants-Typical Configuration for Low-Carbon Energy-Saving Motor Transformation

Potential Projects in the Building Materials Industry
|
Power Range |
Main Industries |
Potential Equipment |
|
1-5MW |
Ceramics, Asphalt Mixing Plants |
1.Waste Heat Power Generation System (Generator, Excitation System, Synchronization Preparation and Protection System) 2.Waste Gas/Wastewater Environmental Protection Projects 3.Low-Carbonization or Precise Power/Voltage Regulation: Electric Boilers, Electric Kilns, Electric Heating |
|
5-15MW |
Glass, Small-Scale Cement Production Lines |
1.Waste Heat Power Generation System (Generator, Excitation System, Synchronization Preparation and Protection System) 2.Waste Gas/Wastewater Environmental Protection Projects 3.Low-Carbonization or Precise Power Regulation: Electric Boilers, Electric Kilns, Electric Heating 4.Energy-Saving Transformation of Motors (upgrading and transformation of asynchronous motors) |
|
15-30MW |
Large-Scale Cement Plants |
1.Waste Heat Power Generation System 2.Waste Gas/Wastewater Environmental Protection Projects 3.Energy-Saving Transformation of Motors (addition of synchronous motors for air compressors) |
