Large tread pattern provides excellent traction and exceptional grip.
Tread has good flexibility, resistance to cuts and punctures, suitable for challenging surfaces such as mines and construction sites.
FAQ
What mining equipment uses the SH313 L-3 OTR tire in open-pit mines?
The SH313 L-3 is designed for CAT 990, Komatsu WA800, and Hitachi ZW550 wheel loaders in open-pit mines across Chile, Peru, and Brazil. Its large-block tread pattern provides exceptional grip on loose rock and uneven mine floors, essential for efficient loading cycles in copper and iron ore mines.
How does the SH313 L-3 handle sharp rocks in Peruvian gold mines?
The SH313 features a large-block tread pattern with excellent flexibility and cut/puncture resistance, ideal for challenging terrain of Peruvian gold mines. The tread blocks flex and conform to uneven surfaces, reducing cutting risk on sharp quartz and gold-bearing rock formations at high altitudes above 4,000 meters.
Is the SH313 suitable for construction sites in Argentina and Chile?
Yes, the SH313 L-3 is well-suited for large construction projects in Argentina and Chile. Its large-block pattern provides traction on loose soil, gravel, and rocky surfaces. The tread's flexibility and cut resistance make it effective on mixed terrain — from urban excavation in Santiago to road construction in the Argentine Andes.
What sizes are available for SH313 OTR tire and how to order for South America?
The SH313 L-3 is available in standard OTR sizes including 23.5-25, 26.5-25, and 29.5-25, with other sizes available upon request. Shipping to major ports (San Antonio, Callao, Santos) takes 30-45 days. Contact our sales team with your equipment specifications for accurate pricing.
How does the SH313 L-3 perform in high-altitude mining conditions?
The SH313 L-3 performs exceptionally well in high-altitude mines above 4,000 meters in the Peruvian Andes. The large-block tread maintains traction in thin air conditions where equipment performance changes, while the flexible compound adapts to temperature variations between day and night common at high altitudes.
