Durable design with wide running surface and large contact area.
Increased tread wear resistance, reduced sidewall cuts and extended service life for smooth low-profile tires.
FAQ
What equipment uses the SH369 L-5S smooth OTR tire for underground mining?
The SH369 L-5S is a low-profile slick tire designed for underground mining loaders. It fits CAT R1700, Sandvik LH621, and Atlas Copco ST1520 LHD loaders used in underground copper mines in Chile and gold mines in Peru. The smooth tread provides maximum contact area for stability on hard underground surfaces.
How does the SH369 L-5S reduce sidewall cuts in underground mining?
The SH369 features a wide tread surface with large contact area that reduces sidewall exposure to sharp rocks. The increased tread wear resistance and reduced sidewall cut design address tight clearance conditions of underground mining where sidewall contact with tunnel walls is common.
What is the service life of SH369 L-5S in underground mining operations?
The SH369 L-5S delivers 2,500-4,000 hours in underground operations depending on rock conditions. The wide tread provides even wear distribution, while the L-5 depth ensures long tread life. The smooth design reduces heat buildup compared to patterned tires, further extending life in confined underground spaces.
Is the SH369 suitable for hard rock mining in South America?
Yes, the SH369 L-5S is specifically designed for hard rock mining in South American underground operations. Its low-profile slick design provides maximum stability on hard rock surfaces, while the wide tread ensures excellent load distribution. Ideal for Chilean underground copper mines and Peruvian hard rock gold mines.
What are the advantages of smooth tread design for underground mining?
The smooth tread design of SH369 L-5S offers three key advantages for underground mining: (1) Maximum contact area for stability on hard rock. (2) Reduced heat buildup compared to patterned tires. (3) Lower risk of tread damage from sharp rocks. The L-5 depth ensures durability despite the smooth surface.