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Shot peening is a critical process in the manufacturing and maintenance of steel parts, particularly those subjected to cyclic tension and compression. Steel, while highly resistant to compression, is vulnerable to cyclic tension, which can lead to surface cracks and eventual breakage. Shot peening addresses this challenge by creating an artificial compressive stress on the surface of steel parts, thereby extending their lifetime and allowing for lighter parts with equivalent performance.

Shot peening involves bombarding the surface of steel parts with small spherical shots, typically ranging from S110 to

Descaling in the metalworking industry, especially for coils and plates, is a vital process post-lamination. After being subjected to high temperatures during lamination, coils and plates often develop a layer of scale on their surface. This scale, if not removed, can hamper further processing and affect the quality of the final product. While acid bath treatments are commonly used, blasting is essential to maximize scale removal and prolong the life of these acid baths.

Scale formed during lamination is not just a surface blemish; it represents a significant barrier to quality and efficiency. The acid bath, while effective, can become less efficient over time due to scale buildup. Therefore, additional mechanical descaling methods are crucial.

The slow-motion video serves as an eye-opener, revealing how each high-speed shot impacts the sand-covered surface. The kinetic energy transforms into cleaning power upon impact, making it evident that achieving a clean surface is a result of millions of these tiny yet powerful interactions.

When it comes to cleaning sand-covered surfaces, the type of shot used can make a significant difference. Here are some of the shots that are highly effective for such applications, and which you can find in our product range:

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In foundry environments, shot blasting is a critical process for surface preparation and cleaning. However, the presence of foundry sand can pose a significant challenge, as it can contaminate the steel shot and compromise the effectiveness of the shot blasting process. This article delves into a specialized component of shot blasting machines designed to tackle this issue: magnetic cylinders.

Foundry sand is a necessary element in molding processes but becomes a contaminant during shot blasting. When mixed with steel

Understanding the key components of a shot blasting machine is crucial for anyone looking to grasp the process fully. Here's a breakdown:

     ·  Turbines: Often considered the heart of the machine, turbines are responsible for propelling the abrasive material at high speeds. The type and number of turbines can significantly impact the efficiency and effectiveness of the shot blasting process.

     ·  Blast Chamber: This is the arena where the action happens. Engineered to withstand the high impact of

In the realm of shot blasting, one component often goes unnoticed but plays a pivotal role in the effectiveness of the entire operation: the shot separation unit. This article aims to shed light on this essential component, focusing on its function, the need for precise adjustments, and how it directly impacts the cleanliness of the shot blasting process.

Ferrous metals include mild steel, carbon steel, stainless steel, cast iron and wrought iron. These metals are primarily used for their tensile strength and durability, particularly mild steel which helps support the tallest skyscrapers and longest bridges in the world. You can also find iron and its alloys in house construction, industrial containers, large-scale piping, automobiles, railroad tracks, most of the tools and hardware you use around the house and the knives you cook with at home. 

Due to the high amounts of carbon used during their creation, most ferrous metals and ferrous alloys are vulnerable to rust when exposed to the elements. While this is not true of wrought iron, which is so pure iron that it resists oxidation, or stainless steel,