Industry News — Facing growing market demand, tight delivery cycles and aging production equipment, traditional dry mortar manufacturers are encountering prominent bottlenecks including limited capacity, high labor costs and unstable product consistency. To break through production constraints and empower high-quality development, the company has recently completed a comprehensive technical refit and intelligent upgrade of its old dry mortar production line, realizing a significant leap in production capacity, product quality and operational efficiency.
For a long time, the traditional dry mortar production line has adopted semi-automatic operation mode, with outdated mixing equipment, manual batching and cumbersome production processes. The old system suffered from low production efficiency, large material error, serious material waste and high dependence on manual operation, which not only restricted the daily output of mortar products, but also easily caused unstable batch quality, failing to meet the large-scale and standardized delivery needs of modern construction projects.
Focusing on the core goals of capacity expansion, efficiency improvement, quality optimization and cost reduction, this upgrading project targets the whole process of the old production line, covering raw material storage, intelligent batching, high-efficiency mixing, automatic packaging and centralized control system. The project eliminates backward and aging equipment, and is equipped with upgraded high-precision weighing sensors, optimized dual-shaft non-gravity mixing host and full-automatic PLC intelligent control system. The whole production process from raw material feeding, proportioning, stirring to finished product discharging and packaging realizes automated and intelligent operation, effectively solving the pain points of the old line such as low precision, slow speed and high error rate.
After the comprehensive refit, the production performance of the dry mortar line has been comprehensively improved. The intelligent batching system achieves a raw material proportioning accuracy of ±0.1%, completely avoiding product quality fluctuation caused by manual operation errors, and greatly improving the stability and uniformity of finished mortar products. The optimized mixing structure shortens the mixing cycle significantly, with the overall production efficiency increased by more than 30% compared with the original line, and the daily and annual comprehensive output capacity achieves a substantial breakthrough.
In terms of operational cost control, the upgraded production line realizes one-person centralized monitoring and unattended automatic operation, reducing manual investment by nearly two-thirds. At the same time, the closed-loop production design effectively reduces powder dust overflow and raw material residue loss, lowers material consumption and environmental pollution, meets green production and dual-carbon policy requirements, and realizes the dual improvement of economic and environmental benefits.
In addition, the upgraded production line has strong production flexibility, which can flexibly switch and produce various products such as masonry mortar, plastering mortar, waterproof mortar, anti-crack mortar and interior and exterior wall putty powder. It can quickly respond to diversified market demands and customized order requirements, greatly enhancing the market adaptability and comprehensive competitiveness of the enterprise’s products.
The successful completion of the old production line refit marks that the company’s dry mortar production level has officially entered a new stage of intelligent, standardized and high-efficiency production. In the future, the company will continue to take technological innovation as the core driving force, continuously optimize production processes and equipment performance, rely on high-capacity, high-quality and low-cost production advantages, provide more reliable and cost-effective dry mortar products for global construction engineering customers, and further expand its market layout in the field of new building materials.
