Full-Cycle Cost Control for Sintered Brick Production: Reduce Waste and Improve Profitability
Most sintered brick factories face a common operational dilemma: high fixed overheads that cannot be reduced through simple cost-cutting, including fixed employee salaries, kiln fan power consumption, annual certification fee amortization, equipment basic maintenance costs and other recurring expenses. These fixed costs do not decrease with the reduction of production volume. On the contrary, low production capacity will lead to diluted output benefits and significantly increased unit brick cost. Therefore, increasing production efficiency is the most effective way to dilute fixed costs and improve profit margins for sintered brick enterprises.
Power consumption is another major controllable cost of brick production. The power of conventional brick making equipment such as extruders, crushers and kiln fans is fixed. The total power consumption of equipment running for one hour is basically stable, regardless of the output volume within the effective working hour. The production data verifies that if the hourly output is increased from 10,000 standard bricks to 15,000 standard bricks under the same power consumption condition, the unit power cost of bricks can be reduced by more than 30%.
To maximize hourly production capacity and reduce invalid power consumption, brick factories must eliminate equipment idling operation. The discontinuous extrusion of mud strips and frequent start-stop and clutch operation of production equipment are not only the main causes of invalid power waste, but also easily trigger mechanical failures and increase subsequent maintenance costs. Production teams need to optimize the production rhythm, ensure continuous and stable mud strip extrusion, and appropriately adjust the operating speed of qualified equipment to sustain high-efficiency production.
In terms of fixed cost optimization, enterprises need to implement refined human resource management. It is necessary to eliminate idle personnel and unreasonable labor allocation, match staff workload with production value creation, and maximize labor efficiency to avoid labor cost waste. At the same time, standardized asset management shall be carried out for fixed expenditures such as annual certification, factory operation and management, and monthly amortization accounting shall be implemented to clarify fixed cost indicators, providing data support for overall cost optimization.
Sustained high-yield operation can effectively share all fixed operating expenses of the factory. When the production capacity is fully released, the fixed cost allocated to each standard brick will drop significantly, forming a scale effect of production and effectively improving the overall profitability of the sintered brick plant.
