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The growth in construction activities across the globe has proven to be the major factor driving the growth of the sandblasting market. Advancements in manufacturing technology and the growing demand for sandblasting in the automotive and metalworking industries have had a positive impact on this business. Additionally, the availability of various media is expanding the scope of application of this technology across industries. These media are evaluated based on a variety of properties, including hardness, strength, shape, and density.

Most abrasives are available in a variety of grit sizes, depending on the desired surface finish. For example, aluminum oxide is a hard, durable, and strong material that can be recycled and reused many times. Growing climate awareness has led to an increase in demand for more environmentally friendly materials, thereby increasing the viability of the industry.

Sandblasting technology is widely used in many areas due to its many advantages. The main advantage of this method is that the carrier used is inert and therefore does not enter into any chemical reactions with the material being cleaned. Other methods of using chemical cleaning agents carry the risk of possible reactions and damage to materials.

Moreover, these effects may not be immediately apparent and may only be visible after the coating is applied. To solve this problem, the surface needs to be re-cleaned and re-coated, which increases the cost of the entire process. Some of the other benefits of sandblasting or sand blasting include environmental protection, efficiency, operator safety, effectiveness, and more. Thus, the growing demand for sandblasting plays a key role in the growth of the sandblasting market.

In the automotive industry, sandblasting is widely used for various purposes, which helps the industry to master various media. One such medium is walnut shells. Walnut blasting involves cleaning the intake valves and manifolds of a car engine using a high-pressure air stream containing biodegradable, finely ground walnut shells.

This process helps remove carbon deposits from older GDI (Gasoline Direct Injection) engines, thereby improving the performance of the vehicle. Since this type of carbon deposit is common in GDI engines, periodic cleaning is required. The walnut intake valve cleaning process is popular among luxury car owners. Walnut sandblasting is widely used in the automotive industry, which contributes to the overall expansion of the business. It is estimated that by 2027, the walnut shell sandblasting production volume will show significant annual growth rates.

In the construction industry, experts prefer sandblasting to shape the material or to clean it to a smooth surface, which can be difficult, especially in corners. If the surface has been painted for a long time or has several layers, some paint will remain even with a chemical paint stripper. Sandblasting paint strippers are suitable for all surfaces, and although the process is effective in less time, it is less labor-intensive.

This method is great for eliminating gaps and corners. Sandblasting is also useful for removing paint from metal surfaces as it removes dust, grease and other coatings. Using sandblasting products to remove rust can prevent the steel from oxidizing and prevent it from rusting quickly. This makes the surface easier to paint and prevents paint from peeling off, causing unnecessary expenses. Sandblasting can be used on a variety of surfaces including brick, concrete, wood and cast iron, which is driving demand for the product in the construction industry.

Suppliers of sandblasting materials have seen the industry emerging with innovative approaches that benefit from combining advanced technology with sandblasting technology. One example is robotic sandblasting. This revolutionary process can be used to efficiently, accurately and safely strip, prepare, clean and/or finish metal surfaces.

Automated blasting systems remove operators from the blasting area, protecting them from harm and ensuring continuous operation, optimizing productivity and uptime. The remote control system also allows for adjustment of nozzle trajectory and speed. These systems also include environmental recovery devices and dust collectors that collect airborne particles and recycle blast media. These advanced technologies have a wide range of applications in a variety of applications, making the products more promising.

Using products that are appropriate to the surface condition is critical to a smooth process, which has led to increased consumer interest in sandblasting products. Depending on the material, different products are used for different purposes to effectively clean, strip or shape surfaces.

In addition, technological developments in the industry coupled with the growing focus on the use of eco-friendly materials have improved the product range of the industry. The growing demand for innovation, safety, automation and efficient environments is expected to significantly boost the growth of the sandblasting media industry during the forecast period.