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The field of industrial surface treatment offers a spectrum of technologies, each with its unique benefits and applications. This article serves as an introduction to wheel blasting and air blasting processes, providing a foundational understanding of each process, ensuring that industries can make informed decisions based on their specific requirements. 

Blasting fundamentals: wheel vs. air blasting

Blasting technology accelerates abrasive materials against workpieces to achieve effects such as cleaning, descaling, deburring, roughening and peening. While both wheel and air blasting methods fulfill these purposes, they do so using distinct mechanisms and are suited for different types of work. 

A dust collector system is integral to shot blasting operations, ensuring a clean and safe environment by effectively capturing and filtering dust and particulate matter. This article provides a detailed overview of the key components and functions of a dust collector system, drawing insights from a comprehensive 3D video representation. Understanding these components, from the abrasive trap to the exhaust fan, is essential for professionals looking to optimize their shot blasting processes.

에어블라스팅 작업 환경, 장비 하나로 달라질 수 있습니다!

쇼트 작업은 강한 분진, 고압, 고온에 노출되는

Integrating expert guidance into the selection process of high carbon and low carbon shots is paramount for achieving optimal blasting outcomes. As each type of shot offers distinct advantages tailored to specific industrial needs, the nuanced choice between them hinges on a thorough understanding of their applications, durability, and how they align with the objectives of the blasting process.

High Carbon Shot: Flexibility in Application

Non-metallic abrasives and stainless steel grit each offer distinct advantages and limitations, making them suitable for different scenarios based on surface sensitivity, ecological considerations, and the specific requirements of various industries.

Environmental

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. 

Understanding Shot Peening

Abrasive blasting stands as a pivotal process in surface treatment, where the efficiency and outcome largely depend on the quality of the operating mix. This mix, a dynamic combination of abrasive particles, plays a key role in determining the efficiency and effectiveness of the blasting process.

When it comes to painting steel structures, it's not just about how it looks—proper preparation is essential to protect against rust and extend the lifespan of your materials. That’s where SSPC painting standards come in. These guidelines help ensure that your surface is ready for painting, giving your project the durability it needs.

In this post, we’ll break down the key SSPC surface preparation grades and why they matter for your next project.

What is SSPC?

Forging shapes metal under high heat and pressure. However, this process often leaves a layer of scale on the metal's surface. This scale, varying from brittle to sticky, must be meticulously removed before any subsequent operations. Understanding the descaling process is vital for those in the forging industry, particularly for maintaining the quality and integrity of metal parts.

Almen strips are small but essential tools help measure the energy imparted during the shot peening process, ensuring that the process meets the required specifications. In this article, we’ll dive into the purpose of Almen strips, explore the technical differences between them, and discuss how they are used to achieve precise shot peening outcomes. 

The Purpose of Almen Strips in Shot Peening