NEWS CENTER
Hebi Huawei Measurement and Control Technology Engineering Co., Ltd
2026-06-06
Common Misconceptions in Selecting Mechanical Arch-Breaking Equipment
Selecting the right Bunker Dual-Mount Vibration Unclogging Discharger requires breaking free from the trap of “generalization and uniformity,” and instead taking into account material properties, bunker structure, and intelligent‑system requirements in a comprehensive manner. By avoiding the five major pitfalls mentioned above and adopting a combined solution that pairs the Bunker Dual-Mount Vibration Unclogging Discharger with high‑frequency vibrating liner plates, along with applying scientifically derived selection formulas to calculate key parameters, it is possible to reduce the incidence of bunker blockages by more than 90% and boost production efficiency by over 30%, delivering substantial gains in both capacity and cost for mineral processing plants.
2026-06-06
Intelligent Silo Arch-Breaking System: Five Key Value Propositions for Enhanced Efficiency
The system automatically records data on the causes of bin blockages and the effectiveness of arch‑breaking strategies. Through AI‑driven iterative optimization, its predictive accuracy continues to improve, providing robust data support for adjusting material gradation and optimizing bin structures at mineral processing plants. The intelligent bin arch‑breaking system represents not only a technological upgrade to intermediate‑bin unblocking equipment but also a transformative shift in production management at mineral processing plants. By implementing closed-loop control based on “monitoring, prediction, and arch breaking,” it has moved from a “reactive response” to a “proactive prevention” approach, offering a replicable practical model for the intelligent transformation of the mineral processing industry.
2026-06-06
Bunker Dual-Mount Vibration Unclogging Discharger: During the rainy season, blockages in mineral-processing bunkers are not uncontrollable. By accurately diagnosing the root causes and implementing a three-tier emergency response plan, coupled with specialized equipment such as high-frequency vibrating liner plates for bunkers and the Bunker Dual-Mount Vibration Unclogging Discharger, it is possible to shift from “passive blockage clearing” to “proactive blockage prevention,” thereby providing solid assurance for the continuous and stable operation of the mineral-processing plant during the rainy season.
2026-06-06
The root cause of slow ore discharge from the intermediate storage bin and material blockages in the concentrator’s bins lies in the alternating formation of rat-hole arches and dense arches. By adopting a Bunker Dual-Mount Vibration Unclogging Discharger and pairing it with high-frequency vibrating liners for the bins, the issue of bin blockages can be addressed at its source. Real-world cases demonstrate that, following the upgrade, production efficiency can increase by more than 30%, while safety risks and operating costs are significantly reduced, providing critical support for the concentrator to achieve continuous, stable operation.
2026-06-06
High-Viscosity Phosphate Ore Arching and Rapid Arch-Breaking Technology in Phosphate Ore Silos
Arching in phosphate‑ore storage bins is a common challenge in the high‑viscosity phosphate‑ore processing industry. By thoroughly analyzing the mechanisms underlying the formation of the cohesive layer and implementing a high‑frequency vibration liner system for the bin, the issue of bin blockages can be completely resolved, enabling continuous, stable operation of the production line. Case studies from the Yunnan Phosphate Plant demonstrate that this solution not only significantly boosts throughput but also markedly reduces production costs and safety risks, making it an optimal approach for breaking arches in high‑viscosity phosphate ores.
2026-06-06
Solution for Blockage Caused by High-Moisture Materials in the Tailings Dam Backfill Silo
In tailings‑pond backfilling operations, material blockages in the tailings‑pond backfilling bunker represent a core bottleneck that severely limits production efficiency—particularly under high‑humidity conditions during the rainy season, when the difficulty of unclogging highly moist tailings material increases exponentially. This paper begins by examining the arching mechanism, compares traditional unclogging methods with the technical differences of the Bunker Dual-Mount Vibration Unclogging Discharger, and, drawing on a large‑scale tailings‑pond renovation project in Shandong, offers practical recommendations for selecting and implementing anti‑blocking equipment for tailings bunkers.
