2025-12-25 Knowledge Blog
Steel buildings constructed in coastal areas face a serious challenge: corrosion caused by salt, humidity, and harsh marine environments. Without proper anti-rust strategies, steel structures may suffer from reduced lifespan, higher maintenance costs, and even structural risks. In this article, we explain how corrosion affects coastal steel buildings and share our proven anti-rust strategies used in international projects. If you are planning a steel warehouse, factory, or industrial building near the sea, this guide will help you make informed decisions before requesting a quotation.
2025-12-18 Knowledge Blog
When choosing a construction method for industrial, commercial, or warehouse projects, steel structures and concrete buildings are the two most common options. Each has its own advantages and limitations. This article provides an objective comparison between steel structures and concrete, helping project owners, contractors, and developers make informed decisions.
2025-12-13 Knowledge Blog
Discover the core applications & benefits of steel structures for industrial, commercial & modular buildings. Learn how Meiyida Steel’s solutions offer speed, strength, sustainability, and cost efficiency for global projects. Get expert insights.
2025-12-12 Industry information
Looking for a reliable global steel structure partner? Meiyida Steel offers custom, code-compliant solutions for warehouses, commercial buildings & bridges. With 13 years of experience serving 30+ countries, we ensure quality, compliance (AWS, EN), and on-time delivery. Get your free quote today.
2025-12-03 Knowledge Blog
Essential steel structure knowledge in 5 minutes. Learn about advantages, materials, connections, and cost-saving tips for warehouses, factories & commercial buildings. Get expert advice from Meiyida.
2025-11-28 Knowledge Blog
The towering presence of a steel structure building begins with its precise underground foundation - the independent footing. Its construction is an interlinked process of meticulous engineering, starting with excavating the foundation pit based on precise load calculations, followed by placing reinforcement and pouring concrete to build a solid base. The millimeter-level precision in fixing the anchor bolts is crucial for connecting the superstructure. Finally, through column erection, leveling, welding, and secondary grouting, the steel column and foundation are integrated into a monolithic whole, silently carrying the weight and ensuring the safety of the entire structure.
