With technological trends evolving, there are numerous types of shot blasting machines. According to their power source, they can be categorized into pneumatic shot blasting machines and electric shot blasting machines; by function, they are industrial shot blasting machines and simple shot blasting machines; and by rotational speed, they include high-speed, medium-speed, and low-speed shot blasting machines. Regardless of the category, they are designed for ease of integration. Below, a shot blasting machine manufacturer provides some professional knowledge about the crane-type shot blasting machine.

The hook-type shot blasting machine is suitable for the surface cleaning or reinforcement of small and medium-sized castings and cast steel parts in manufacturing industries such as forging, engineering construction, chemical plants, motors, and CNC lathes. It includes fragile and curved steel pieces, particularly for removing or reinforcing the surfaces of long, thick-walled parts prone to collision. It can blast clean the surface of initial stainless steel plates, removing surface rust, welds, and air oxidation scales, thereby providing the steel parts with the necessary smoothness; it can also be used on symmetric metal textured surfaces to remove ground stress, enhance the quality of inorganic coatings on the steel parts' surfaces, and simultaneously improve their corrosion resistance.

1. The crane-type shot blasting machine manufacturer has adopted the fourth-generation suspended wall axial flow shot blasting machine, which boasts high shot blasting and rust removal capacity, as well as a high projection rate, significantly enhancing export power and quality.

2. The hook-type shot blasting machine mimics the blasting diagram (including blast machine types, quantities, and indoor space position directions), with all engineering drawings for the blast machine created using the auxiliary design concept (CAD), enhancing the efficiency of its usage and placement. This development has increased the utilization rate of abrasive shots and labor productivity, ensuring effective梳理 effects while reducing damage to the indoor protective panels.

3. The hook-type shot blasting machine utilizes the popular no-bottom pit structure method, which not only saves on the construction costs and time for the pit foundation but also resolves the concerns of southern customers regarding rust caused by residual water in the pit.

4. The hook-type shot blasting machine features cold-rolled Mn13 steel plate safety protection in the indoor hot area. Compared to the previous rubber pad protection, it offers a significantly longer service life, an aesthetically pleasing design, and is easy to replace, making it a popular safety protection method for carding rooms.

If the angle of the shot blasting machine is incorrect or problematic, it will result in an uneven surface layer. Moreover, it fails to achieve a thorough cleaning, which poses a risk to the quality and actual effectiveness of the shot blasting rust removal. Therefore, when operating the shot blasting machine, the specified angle of the shot blasting machine is appropriate, ensuring the quality of the shot blasting rust removal for the overhead shot blasting machine.

To ensure that the hook shot blasting machine achieves a good cleaning effect, it is also essential to maintain quality. The main parameters of the hook shot blasting machine for rust removal should be qualified, effective, appropriate, and suitable, so as to exceed these three points and achieve a good practical cleaning effect.

The net weight of steel parts should be within the range specified by the overhead shot blasting machine. How to ensure the overhead shot blasting machine does not exceed the required range? The gap between the rubber wheel and the hook shot blasting machine reducer hook should be effective; otherwise, it may endanger the normal operation of the hook shot blasting machine. Additionally, if the equipment has common malfunctions, they should be addressed immediately.

During the actual operation of the hook shot blasting machine, operate and select based on the particle size distribution and appearance of the material, adjust the machine's walking speed, control the flow rate of the jet water for the material, to achieve varying levels of blasting compressive strength and different metal surface treatment effects.

The hook-type shot blasting machine process treatment and shot blasting equipment are operated based on the differences in the surface to be blasted, according to three main parameters that have been resolved for the surface condition: the size and shape of the abrasive particles; the walking speed of the hook-type shot blasting machine; and the water flow rate of the hook-type shot blasting cleaner. These three main parameters work together to achieve different treatment effects and ensure the ideal surface roughness of the surface after blasting and rust removal.

Throughout the entire application process of the shot blasting machine, several factors can compromise its actual cleaning effectiveness: inaccurate shot blasting direction of the machine, adjustment issues at the fixed frame section of the crane shot blasting machine; varying particle sizes, reselection of particle size; accumulation of particles or long-term use, disassembly and replacement of particles; insufficient particle supply, moderate addition of new shots.