RECENT NEWS ARTICLES

Increasing output doesn’t always require expanding a crushing plant. This article explains practical ways to improve crushing plant productivity through feeding stability, process optimization, equipment adjustment, and system coordination, helping operators achieve higher output with existing systems and RUNH solutions.

An efficient crushing and screening plant depends on proper material analysis, process flow design, and equipment matching. This article explains the key factors involved in designing a reliable crushing and screening plant, covering layout planning, system coordination, and long-term operational efficiency, based on practical project experience from RUNH.

Belt conveyors operate continuously for extended periods in mining and crushing production lines, where material spillage is one of the most common issues encountered on-site. This not only leads to raw material waste but also increases equipment maintenance and cleanup costs. This article analyzes the primary causes of material overflow during belt conveyor operation based on actual working conditions, including mismatched conveying loads, uneven loading at discharge points, belt misalignment, and failures in the side sealing system. Drawing on RUNH's engineering experience in crushing plant and conveying system projects, the article provides reference insights for ensuring stable production line operation and optimizing conveying systems.

In mining operations and crushing and screening production lines, the selection of belt conveyors directly impacts material handling efficiency and overall operational costs. Both fixed and mobile belt conveyors possess distinct advantages, catering to varying project durations and site conditions. This article compares the two conveying solutions in terms of operational modes, conveying capacity, system stability, and cost structure, thereby assisting mining and aggregate production projects in selecting the most suitable belt conveying system.

Within the mining and construction sectors, material handling efficiency directly impacts a project's overall production capacity, operational costs, and safety standards. As mining operations expand and construction projects evolve towards larger-scale, continuous operations, traditional manual handling or vehicle transport methods struggle to meet the demands for efficient, stable, and environmentally responsible production. Belt conveyors have emerged as a core component within mining and construction material handling systems, owing to their strengths in continuous throughput capacity, operational stability, and flexible layout. This article systematically outlines the primary functions, application advantages, and maintenance essentials of belt conveyors within mining and construction.

Within crushing production lines, vibrating screens serve as the pivotal screening equipment determining final product gradation and overall throughput capacity. Distinct screen types exhibit significant variations in screening efficiency, processing capacity, and adaptability to material characteristics. Inappropriate selection may readily lead to reduced output, frequent screen clogging, or increased maintenance costs. This article systematically outlines how to select suitable vibrating screens for crushing plants, focusing on screen types, capacity configuration, and typical application scenarios. This approach assists in making more informed decisions during project design and equipment selection phases. Drawing upon RUNH's practical experience in crushing and screening projects, the article also shares valuable selection recommendations.

This comprehensive guide explores the 12 most common problems faced by concrete batching plants and provides practical, data-driven solutions to prevent downtime, maintain mix consistency, and reduce operational costs. Backed by industry research, real case studies, and proactive maintenance checklists, the article helps plant owners and project managers shift from reactive troubleshooting to a reliable, profit-focused operation. Readers will learn how to identify root causes, implement modern upgrades, and achieve long-term ROI through smarter equipment investment and preventive management strategies.

In concrete batching plants, aggregate production lines, mining operations, and building materials projects, belt conveyors are critical equipment determining production efficiency and stability. A properly selected belt conveyor can significantly enhance conveying efficiency while reducing energy consumption and maintenance costs. Conversely, improper selection may lead to frequent downtime, shortened belt lifespan, and unstable conveying. As a manufacturer deeply rooted in station-type engineering equipment, RUNH has extensive experience in the long-term use and optimization of belt conveyors within systems like concrete batching plants, crushing lines, dry sand plants, and asphalt plants. This has cultivated profound engineering expertise in selection logic. Below, we combine industry best practices with RUNH engineering case studies to provide you with a truly practical guide for selecting belt conveyors.

As a manufacturer specialising in engineering equipment and comprehensive concrete solutions, RUNH has for many years supplied global clients with concrete batching plants, crushing lines, dry sand concrete batching plants, and asphalt equipment. Among all concrete machinery, the mixing drum is the critical core component determining concrete quality. The two most prevalent types of compulsory mixers currently are twin-shaft mixers and planetary mixers. Different projects and concrete mix designs impose entirely distinct performance requirements on the mixing unit. Drawing upon RUNH's professional expertise, this article compares both equipment types from perspectives including mixing quality, production capacity, and suitable applications. It provides the most specialised selection recommendations based on real-world operational scenarios.

This article provides a comprehensive analysis of how to effectively control the overall costs of a concrete batching plant. It details the core factors influencing costs, from equipment selection and operational management to second-hand equipment options for budget-constrained scenarios, while offering actionable optimisation recommendations. The piece emphasises the importance of selecting equipment based on actual requirements, implementing scientific management practices, and making judicious investments. This approach assists enterprises in reducing unnecessary expenditure while ensuring production efficiency. RUNH will also tailor the most suitable batching plant configuration solution to your specific requirements and budget, maximising your return on investment.

Installing a concrete batching plant is not a simple matter of ‘setting up the equipment and it's ready to use’. It is a systematic project involving multiple stages, including civil engineering, structural hoisting, electrical works, commissioning, and acceptance testing. The type of plant (fixed, mobile, or quick-assembly), its production capacity, and the specific site conditions will all significantly impact the overall project timeline. This document combines industry-standard practices with installation procedures from multiple manufacturers to provide a clear, professional, and comprehensive concrete batching plant installation schedule and key step guide. This will assist you in planning your project timeline in advance and enhancing engineering efficiency.

Selecting the right crusher is critical to achieving efficient material reduction, ensuring product quality, and reducing operational costs. Different materials—such as limestone, granite, basalt, and concrete—require different types of crushers to handle their hardness, abrasiveness, and size. This guide explains how to choose the most suitable crusher type for your material and project requirements.