Is Dalian shot blasting suitable for manufacturing small parts? Will it affect size and shape?

Dalian shot blasting is an efficient, environmentally friendly, and widely used metal surface treatment method. It can clean metal surfaces, improve their strength and wear resistance, and improve their appearance and quality. With the continuous progress of technology and process improvement, shot blasting processing will be applied in more fields and provide better metal surface treatment solutions for various industries.

Shot blasting processing is usually carried out using a shot blasting cleaning machine, which mainly consists of a shot blasting machine, workpiece conveying device, waste collection device, etc. Among them, the shot blasting machine is the core component of the entire equipment, consisting of a motor, reducer, impeller, and corresponding shot blasting pipelines. The motor drives the reducer to drive the impeller to rotate at high speed, allowing metal shot blasting particles to move forward at high speed and collide with the surface of the workpiece.

Is Dalian shot blasting suitable for manufacturing small parts? Will it affect size and shape?

The degree to which shot blasting is suitable for manufacturing small parts depends on the size and shape of the parts. Usually, shot blasting is feasible for smaller parts, but for parts that are too small, it may not be applicable or require different techniques. Therefore, when considering the use of shot blasting for manufacturing small parts, it is necessary to comprehensively consider the size of the parts to determine whether they are suitable.

Secondly, shot blasting may have a certain impact on the size and shape of the parts. Due to the fact that shot blasting processes clean and improve surface quality by impacting and abrading the surface of parts, it can cause slight deformation on the surface of the parts. This deformation may have a certain impact on the size and shape of the parts. For some parts with very strict requirements for size and shape, such as precision mechanical parts or parts with very precise assembly requirements, shot blasting may require special control and correction measures to avoid the impact of size and shape.

In addition, there are some other precautions for shot blasting processing. The effectiveness and impact of shot blasting processing are also related to the materials and process parameters used. Different projection materials and process parameters may lead to different surface quality and degree of deformation. Therefore, when conducting shot blasting processing, it is necessary to select appropriate shot blasting materials and process parameters based on specific part requirements and surface treatment purposes.

Shot blasting processing is widely used in many industries, including automotive, aerospace, mechanical manufacturing, construction, rail transit, and other fields. In the automotive industry, shot blasting can be used to remove oxide skin and stains on the surface of vehicle bodies, improve coating quality and adhesion. In the aerospace industry, shot blasting can be used to remove aluminum alloy oxide skin and welding slag from aircraft surfaces, improve surface quality, and increase the adhesion of the oxidation protection layer. In the mechanical manufacturing industry, shot blasting can be used to remove rust and residual impurities from the surface of parts, improve surface quality and wear resistance. In the construction industry, shot blasting can be used to remove stains and roughness from concrete surfaces, achieving surface smoothness and improved adhesion.