Felix N. Gunnell

Analysis & Control Of Forging Folding Causes In Modern Forging Production This article analyzes and explains the form, cause, on-site control, and elimination method of folding from several aspects, such as the forming process, blanking, release agent use, steel surface defects, etc., which are all practical methods for on-site quality control, and the new production […]

Distinguishing Between Forging Cracks, Heat Treatment Cracks, And Raw Material Cracks   In metalworking, identifying the type and origin of cracks in forgings is crucial for diagnosing issues in the manufacturing process and ensuring the integrity of the final product. Cracks can arise from various stages, including forging, heat treatment, and defects in the raw

The Difference And Application Of Coarse Thread And Fine Thread As a common mechanical connection method, threads play an indispensable role in manufacturing. Among the types of threads, coarse threads, and fine threads are the two most common types. They have significant differences in pitch, strength, self-locking properties, etc., which also determine their selection and

What is forged aluminum and how does it benefit industries that demand durability and lightness? This article unpacks the transformation that aluminum undergoes to become stronger and outlines its industrial applications, providing clear insights into why it’s an essential material in engineering.   Key Takeaways   Forged aluminum is a lightweight, high-strength material with properties superior

What makes closed die forging a go-to for high-grade metal components? It’s the process’s unmatched precision and strength, achieved by compressing metal within customized dies to facilitate intricate shapes and exceptional durability. Contrastingly, open die forging delivers less intricate results. This article enlightens you on its distinct process, materials used, advantages, industry applications, and more,

When it comes to reshaping metal, numerous techniques employ die forging. Among these methods, open die forging and closed die forging stand out for their vital roles in the world of metallurgy. In this blog, we’ll introduce you to these two prominent forging techniques, exploring their definitions, the steps involved in the forging process, and

Metal forging, a time-honored skill, has developed into a fundamental aspect of contemporary manufacturing, forming the foundation of sectors ranging from automotive to aerospace. This technique of forging metals, which skillfully molds metal with tremendous force and accuracy, shapes not only the everyday items we depend on but also the intricate components that fuel technological

Have you ever thought about what makes your vehicle’s engine perform at its best? The answer may surprise you. It’s not just about the quality of the fuel you use, but also about the components that make up the engine itself. One key component that plays a crucial role in enhancing engine performance is the

The transformation of raw metal into complex, high-strength components is a marvel of engineering that has evolved over centuries. From the traditional smith’s anvil to the modern industrial press, the art of forging has been refined and perfected, revolutionizing industries from aerospace to automotive. At the heart of this evolution lies die forging, a process

As the world of metallurgy continues to evolve, mastering the art of forging stainless steel remains an essential skill. This robust material, renowned for its strength, durability, and corrosion resistance, is a cornerstone of various industries – from construction to aerospace. But how exactly do we shape this versatile alloy to meet our specific needs?