Split Set Mining Systems, manufacture, distribute and support the original IR Split Set Friction Rock Stabilisers and a complete range of ground support products, including Resin Bolts, Bearing Plates, Cable Bolts, Mine Mesh and Core Storage Systems.
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Since the introduction of the IR Split Set Stabiliser in , many millions have been used in over 50 countries on seven continents around the world.
Split Set Mining Systems offers ongoing technical support in the way of operator awareness training for the correct installation procedure for ground support products supplied by Split Set Mining Systems.
With branch offices throughout Australia, Split Set Mining is always conveniently placed to service its customers.
In the realm of underground mining, safety and sustainability are paramount considerations. Ground support systems, such as split sets, play a critical role in ensuring the stability of excavations and safeguarding the well-being of workers. Traditionally, these support systems have been fabricated from materials requiring hot-dipped galvanizing for corrosion protection. However, a groundbreaking innovation is reshaping the landscape of underground mining &#; stainless steel split sets. Not only do these split sets provide superior performance, but they also eliminate the need for hot-dipped galvanizing, offering a significant environmental advantage.
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Stainless Steel Revolution: Traditional split sets are often fabricated from carbon steel, necessitating hot-dipped galvanizing to mitigate corrosion in the harsh underground environment. However, the advent of stainless steel split sets, particularly those crafted from alloys like 3CR12 stainless steel, represents a paradigm shift in ground support technology. With inherent corrosion resistance, 3CR12 stainless steel split sets offer durability and longevity without the need for additional protective coatings.
Environmental Benefits: The environmental implications of utilizing stainless steel split sets are profound. By eliminating the need for hot-dipped galvanizing, mining operations can significantly reduce their environmental footprint. Hot-dipped galvanizing involves the application of zinc coatings to steel components, a process that consumes substantial energy and generates hazardous waste. By opting for stainless steel split sets, mining companies can minimize resource consumption, decrease emissions, and mitigate environmental pollution associated with traditional galvanizing methods.
Sustainable Mining Practices: In addition to environmental benefits, stainless steel split sets contribute to sustainable mining practices in other ways. Stainless steel is highly recyclable, allowing for the recovery and reuse of materials at the end of their service life. This circular approach to resource management promotes sustainability by reducing demand for virgin materials and minimizing waste generation.
Operational Advantages: Beyond environmental considerations, stainless steel split sets offer practical advantages for mining operations. Their superior corrosion resistance ensures extended service life and reduced maintenance requirements, resulting in enhanced operational efficiency and cost savings over time. Furthermore, stainless steel split sets exhibit excellent mechanical properties, providing reliable ground support in even the most challenging underground conditions.
Conclusion: Stainless steel split sets represent a groundbreaking innovation in underground mining support systems, offering superior performance while minimizing environmental impact. By eliminating the need for hot-dipped galvanizing, these split sets contribute to sustainable mining practices, promoting resource efficiency and reducing emissions. As mining companies strive to balance operational needs with environmental responsibility, stainless steel split sets emerge as a compelling solution for eco-friendly ground support in underground excavations.