NEWS CENTER
Hebi Huawei Measurement and Control Technology Engineering Co., Ltd
2026-06-11
Select the appropriate silo equipment to enhance operational efficiency.
Choosing the right silo equipment to boost operational efficiency: In many industries, silos are indispensable. Imagine a factory’s workflow as a grand symphony—each instrument must work in harmony to produce a beautiful melody. Similarly, a silo acts as the conductor, coordinating every stage and ensuring that each component operates smoothly. So how do you select the appropriate silo equipment to enhance productivity? Understanding Silo Types First, it’s essential to identify the various types of silos available. The market offers a range of options, including circular silos, square silos, pneumatic conveying silos, and more. Each type has its own unique functions and advantages. Just as pianos and violins serve different purposes, you should choose based on your specific needs. For instance, if you need to store bulk materials, a circular silo may be the better choice, offering high storage efficiency while occupying minimal floor space. On the other hand, square silos are ideal for applications requiring frequent material access, facilitating easier management and control. At this point, ask yourself: what kind of storage solution best meets your current requirements? Considering Material Properties Next, when selecting silo equipment, you must also take into account the characteristics of the materials being stored. Different materials have distinct storage requirements. For example, powdered substances…
2026-06-08
An effective tool for breaking arches and clearing blockages in storage bins.
Farvict Automation’s dual‑position vibration‑based unloading and clearing machine demonstrates its reliability with hard‑core data: - Clogging rate reduced by 98%: After implementing the intelligent dual‑frequency adaptive system, the incidence of bin blockages has dropped dramatically, significantly enhancing continuous production stability. - 1,200 hours of fault‑free continuous operation: Verified in 2021 at the Yunnan Hualian Zinc‑Indium project site, the high‑frequency vector vibration technology performed stably even in high‑humidity, sticky material conditions. - Extensive service footprint: The product now serves over 300 large‑scale mineral processing plants worldwide, with cumulative support for more than 130 coal mines and non‑ferrous metal ore‑processing facilities, and it has contributed to the drafting of the “Coal Preparation Plant Chute Design Code.” - Optimized efficiency and energy consumption: Compared with traditional air cannons, energy consumption is markedly lower, maintenance costs are reduced, discharge uniformity is improved, risks associated with manual intervention are minimized, and overall production efficiency has increased by more than 30% (based on typical industry feedback). - Exceptional durability: Utilizing fully automated CO₂ gas‑shielded welding, the equipment boasts a long service life and has obtained multiple certifications, including ISO 9000 quality management, EU patents, and special equipment permits. These figures are not mere claims; they stem from years of field validation and ongoing refinement.
2026-06-08
Selection Criteria for Double-Position Vibration Unloading and Dredging Equipment for Fine Ore Silos
The use of single-point vibration or asymmetrically vibrating equipment is strictly prohibited to prevent material flow deviation and the formation of rat-holing blockages. Fixed-frequency, non‑adjustable models are also forbidden, as they cannot accommodate the dynamic dry–wet variations of fine ores. Large‑amplitude, high‑impact machines should be avoided to prevent compaction of powdered materials and exacerbation of caking issues. Non‑standard, rudimentary equipment is likewise prohibited to avert failures such as vibration loss, equipment cracking, and shortened service life. Overall, the selection process must adhere to the core principles of symmetrical excitation, gentle fluidization, variable‑frequency adjustment, wear resistance and explosion protection, and comprehensive unblocking across all operating conditions.
2026-06-08
To ensure that the dual‑position vibratory unloading and clearing machine is well‑suited to the operating conditions of fine‑ore silos and to prevent issues such as material compaction, unloading failure, off‑center discharge, and equipment damage caused by parameter mismatches, we have established core principles for equipment‑parameter matching. These principles address four key dimensions—excitation parameters, structural parameters, control parameters, and operating‑condition parameters—and are applicable to technical upgrade reviews, equipment selection, and the preparation of tender‑related technical specifications.
2026-06-08
Pig Iron Ore Silo Clogging Issue: Comprehensive Inspection and Targeted Remedial Measures
Completely eliminates bridging, rat-holing, wall sticking, and intermittent material flow interruptions. Moisture content tolerances can be moderately relaxed, eliminating the need for excessive drying and reducing production costs. No frequent air‑blast clearing or manual blockage removal is required, significantly lowering operation and maintenance expenses. Discharge from the storage bin is stable with uniform flow rates, ensuring smoother operating conditions for downstream batching and conveying systems.
2026-06-07
Analysis of Clogging Issues in the Fine Ore Silo and Implementation Plan for Technical Retrofitting
Upon completion of this comprehensive remediation and the targeted equipment upgrades, the issues of arching, wall adhesion, material breakage, and compaction in the fine‑ore bins—common causes of blockages—will be completely resolved, enabling seamless operation under a wide range of challenging conditions, including high humidity, low temperatures, and a high proportion of fine particles. This will significantly enhance the stability of ore‑bin discharge and production continuity, reduce the frequency of line shutdowns, and boost overall production efficiency. At the same time, it will cut consumable wear on conventional unclogging equipment and lower the labor required for manual clearing, thereby reducing operational and maintenance costs and eliminating the safety risks associated with manual intervention. Ultimately, this ensures stable, high‑performance, low‑consumption operation of the equipment, providing reliable support for the line’s sustained, continuous production.
