分类： Shot Peening – Applications & Process

Steel Shot Peening: Boosting Metal Durability & Performance?

Steel shot peening is a performance-first surface treatment that embeds a controlled compressive layer to delay crack initiation and slow crack growth. This guide explains how the process works, how to set Almen intensity and achieve 98–100% coverage, and how to balance finish with durability. You’ll compare media types, choose between air-blast and wheel-blast, target high-impact applications, meet standards with audit-ready documentation, avoid production pitfalls, and calculate TCO/ROI to justify peening in real operations.

Shot Peening vs Satin Finishing: Which Is Better for Steel Surfaces?

Shot peening and satin finishing solve different problems. Peening uses spherical impacts to create compressive residual stress and extend fatigue life. Satin finishing uses controlled abrasion to deliver a uniform, low-gloss texture without adding strength. This guide explains mechanisms, KPIs, applications, cost-in-use, and two validated routes for combining both processes on steel components.

Media Used in Shot Peening: Which Media Should You Choose?

Selecting shot peening media shapes fatigue life, finish, and cost. This guide compares steel shot, glass beads, ceramic beads, and stainless steel shot, explaining when each excels. Learn how size and hardness affect Almen intensity, coverage, and roughness, how media quality and standards ensure repeatability, and how to judge total cost-in-use for reliable, audit-ready results.

Steel Shot vs Steel Grit in Shot Peening: Which Should You Choose?

Steel shot and steel grit are both steel abrasives, but they serve different goals. Shot peening needs spherical steel shot to create uniform compressive stresses and extend fatigue life. Blasting relies on angular steel grit to clean and profile surfaces. This guide explains the differences, standards, and how to choose correctly.

Shot Blasting vs Shot Peening: What’s the Difference?

Shot blasting and shot peening may look similar, but they serve very different purposes. Blasting cleans and prepares surfaces for coatings, while peening strengthens metals, improves fatigue life, and prevents cracks. This guide explains how they work, their benefits, and real-world applications across aerospace, automotive, and construction.

Shot Peening Explained: How Does the Process Improve Metal Performance?

Shot peening is a proven surface treatment process that strengthens metals by creating beneficial compressive stresses. Unlike shot blasting, which focuses on cleaning, shot peening enhances fatigue life, prevents crack growth, and boosts durability. This guide explains the process, media, machines, benefits, and applications across multiple industries.

How Are Steel Shots Used for Surface Preparation and Cleaning?

Steel shots are an essential material in industries that require surface cleaning, preparation, and strengthening. From shot blasting and rust removal to shot peening and foundry applications, they offer efficiency, durability, and cost-effectiveness.

Is Steel Grit Suitable for Shot Peening Applications?

Steel grit is a valuable tool in shot peening, providing high durability, consistent compressive stress, and excellent cost efficiency. Its angular shape and hardness make it ideal for improving the fatigue life of metal components, especially in high-impact applications. However, it is important to assess the specific requirements of each project. For delicate materials or where a finer surface finish is needed, other abrasives may be a better fit.