Our Lastest Fastener Knowledge
25
Complete Guide to Hot-Dip Galvanizing for Fasteners: Process, Benefits, and FAQs
This article provides a comprehensive guide to hot-dip galvanizing (HDG) for fasteners, covering its process, benefits, drawbacks, and cost analysis. It explains the step-by-step galvanizing process, compares hot-dip galvanizing vs. electro-galvanizing, and answers common industry questions. Learn why HDG is the best corrosion protection method for construction, infrastructure, and industrial applications.
25
Fasteners and Heat Treatment: Essential Processes for Strength and Durability
This article explains the heat treatment process for fasteners like bolts and screws, highlighting key methods such as tempering, quenching, and solution heat treatment. It answers common questions on how heat treatment improves the strength and durability of fasteners used in construction, automotive, and other high-demand industries. With a focus on practical applications, this guide provides essential insights into the four main heat treatment processes to help professionals optimize fastener performance.
25
Building Lifespan: The Hidden Power of Small Screws and Fasteners
This article explores the importance of small fasteners (such as screws and bolts) in the lifecycle of buildings. It provides a detailed overview of the applications of different types of fasteners and their impact on the durability and safety of buildings, emphasizing the crucial role of selecting and using high-quality fasteners to enhance the lifespan of buildings. The article also discusses how to reduce fastener costs while ensuring building quality.
25
Hot Forging Process: A Key Technology for Enhancing Fastener Performance
Hot forging is a commonly used process in fastener production, widely applied in the manufacturing of high-strength bolts, nuts, and other metal components. Compared to cold forging, hot forging takes place at high temperatures, significantly improving the plasticity and flowability of the metal, ma
24
Choosing the Right Rivet for Riveting Nickel Steel Alloys
When riveting nickel steel alloys, selecting the right rivet is crucial to ensure a strong, durable, and reliable connection. Due to the high strength and corrosion resistance of nickel steel, two rivet types stand out as top choices:Monel Rivets: Known for their exceptional corrosion resistance, th
24
Why Do Bolts Become Brittle? The Truth Behind Hydrogen Embrittlement
Learn about the causes, impacts, and prevention measures of bolt hydrogen embrittlement. This article explores how high-strength bolts can become embrittled due to hydrogen penetration during production, usage, and external environmental factors, affecting their performance and safety. It provides effective prevention methods, including material optimization, post-treatment processes, and environmental control, ensuring the long-term stability and safety of bolts in various harsh conditions.
