As an essential supporting structure in mining engineering, split set support is directly linked to the safety and stability of the project. However, in actual projects, due to the influence of geological conditions, construction technology, and other factors, the performance of split set support is often insufficient. Therefore, optimizing the performance of split set support and improving the support effect has become an urgent problem to be solved in mining engineering.

Strictly control purchase channels

When choosing a supplier of split sets, construction companies can judge whether it meets our basic needs through its aspects of material selection and design optimization.

Material selection

Material selection is one of the critical factors affecting the performance of split set support. When choosing the rock bolt material, its strength, toughness, corrosion resistance, and other properties should be fully considered to ensure that the anchor can adapt to the geological environment of the project. If poor-quality raw materials are adopted, their performance will directly affect the bearing capacity and deformation capacity of rock bolts, which is also not conducive to project safety. The split set made of high-strength and high-toughness steel can significantly improve the load-bearing capacity and durability of rock bolts.

Design Optimization

Design optimization is an essential means to improve the performance of split set support. During the design phase, it’s crucial to consider geological conditions, project scale, support structure form, and other factors to ensure that the anchor’s design parameters are reasonable, safe, and reliable. Through prudent design, the supporting capacity of rock bolts can be maximized, leading to an enhanced support effect.

In addition, rock bolt suppliers should establish a rigorous and comprehensive quality management system to fundamentally eradicate substandard products.

Standardize construction operations

Construction technology is an essential factor affecting the performance of split set support. Good construction can ensure the quality of rock bolt installation and support effect. Therefore, during the construction process, the staff should strictly follow the design requirements to ensure the construction quality.

1. Strictly control drilling quality. Drilling is an essential part of anchor support construction. The drilling quality directly affects the rock bolt’s installation quality and support effect. Therefore, during the construction process, parameters such as the diameter, depth, and inclination of the borehole should be strictly controlled to ensure that the quality of the borehole meets the requirements.

2. Standardize construction operations. Regularly hold relevant training to allow operators to understand the principles of rock bolt support, learn construction measures and operating procedures, improve the technical quality and operating level of relevant personnel, analyze the consequences caused by not following operating procedures, and strengthen the quality education of construction personnel.

3. Establish a construction quality supervision mechanism, conduct regular spot checks on construction quality, conduct relevant tests, and report quality information promptly.

Conclusion

Optimizing the performance of split set support is a key measure to ensure the safety and stability of mining projects. By implementing a variety of measures, the load-bearing capacity, stability, and durability of split set support can be effectively improved. At the same time, with the continuous advancement of science and technology and the continuous accumulation of engineering practice, split set support technology will continue to be improved and developed, providing a more reliable guarantee for the safety and stability of mining projects.