The materials selected for Aide picks are carefully chosen. For example, for alloy materials, Aide opts for domestic tungsten-cobalt alloy, ensuring the value of the alloy. For welding powder, Aide uses imported wear-resistant welding powder from the United States, with the hardfacing layer hardness reaching above HRC60, which is more than 30% higher than ordinary picks, significantly enhancing the impact resistance and wear resistance of the picks.

In contrast, ordinary picks are made from general materials. Therefore, companies such as coal mines prefer to purchase Aide picks.

Craftsmanship is closely related to pick performance. If the technical process is poor, the quality of the produced picks will inevitably be subpar. After years of exploration and innovation, Aide has independently developed a set of "carburizing processing heat treatment technology,"

mastering the relationship between different pick hardness and the concentration of quenching fluid, quenching time, tempering temperature, and tempering time. Most ordinary picks lack scientific technical methods and rely solely on experience and intuition, resulting in picks with inadequate hardness and wear resistance.

The technology used in making picks is crucial. Only advanced technology can produce high-quality picks that meet the demands of coal mines and work in coordination with coal mining machines and roadheaders. Aide's production equipment consists of a fully automatic brazing and quenching integrated production line, which is one of the leading pick production lines in the country. It integrates pick cleaning treatment, alloy welding, pick body quenching, overall tempering, and overall anti-rust treatment.

In contrast, most ordinary pick brands still use manual hardfacing methods, significantly reducing the quality of the picks. Given this comparison, coal mines are certainly more inclined to choose Aide picks as their supplier.