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ContactIs a professional manufacturer of construction machinery integrating research and development, manufacturing, sales, installation and after-sales service.
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ProductsContactIs a professional manufacturer of construction machinery integrating research and development, manufacturing, sales, installation and after-sales service.
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ContactIs a professional manufacturer of construction machinery integrating research and development, manufacturing, sales, installation and after-sales service.
Green Intelligent Manufacturing Breaks Through Construction Dust Dilemma: Zhongqinglin Heavy Industry Leads Innovation in the Mortar Industry
The green transformation of the current construction industry is extremely urgent. In some regions, the extensive practice of "digging pits to landfill" construction waste has become an ecological "scourge", while dust pollution in dry-mix mortar production has long been a persistent pain point plaguing the industry.
Aug 14,2025
The green transformation of the current construction industry is extremely urgent. In some regions, the extensive practice of "digging pits to landfill" construction waste has become an ecological "scourge", while dust pollution in dry-mix mortar production has long been a persistent pain point plaguing the industry.
Zhongqinglin Heavy Industry offers a systematic solution through its technology matrix. Its dry-mix mortar production line achieves a leap in efficiency via full-process automated control. Intelligent batching algorithms ensure consistent product quality, and digital metering systems significantly reduce the rate of raw material loss. In terms of environmental protection upgrades, the negative pressure pulse dust removal system controls dust emissions to below 10mg/m³, meeting EU standards. Coupled with a fully enclosed packaging design, it curbs dust leakage at the source, while active noise control technology creates a low-noise environment with noise levels below 85dB.
What is even more noteworthy is its circular economy practices: through process innovation, it realizes a high dosage utilization rate of 40% for solid wastes such as tailings and steel slag, and the modular system supports flexible switching between product types. These breakthroughs not only respond to the "dual carbon" goals but also build an industrial ecology of "turning waste into valuable resources".
When such green innovative technologies are widely applied, construction waste will be transformed into "urban minerals", driving the construction industry to reconstruct value chains through technology and move towards a low-carbon and sustainable new future.
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