Segment
DOWNLOAD TECHNICAL PRODUCT TYRE CATALOGUES
Soil Compactor Tyres for Efficient Earthwork and Construction
TVS Eurogrip soil compactor tyres are engineered to deliver reliable performance in earthmoving and compaction applications where traction, stability, and load support are essential. Designed for tyre roller compactor machines, tyre compactor tyres, and soil compactor tyre applications, these tyres help achieve uniform compaction and surface finish across road bases, embankments, infrastructure projects, construction sites and grassland tractors. TM 09C and TM 27 pattern construction compactor tyres offers the durability, load-bearing capability, and tread characteristics needed to support heavy machines consistently operating on varied terrain, offering maximum flotation with minimum resistance to rolling.
Built for Heavy-Duty Compaction Work
Soil compaction demands tyres that provide strong grip, controlled contact pressure, and predictable handling. TVS Eurogrip soil compactor tyres are developed with robust materials and thoughtful compactor tyre tread design to ensure reliable performance under repeated compaction cycles. Pneumatic compactor tyres offer effective surface kneading and uniform load distribution, making them suitable for applications where smooth mat formation and density control are priorities. These tyres also deliver low ground disturbance, ensuring compaction quality while protecting sub-surface layers.
Load Index, Sizing, and Surface Compatibility
TVS Eurogrip compactor tyres are available in multiple soil compactor tyre sizes to match the requirements of different machines. Understanding compactor tyre load index helps ensure the tyre can safely handle machine weight and maintain structural support during compaction operations. Correct tyre sizing and specification are critical for performance. For example, tyre dimensions such as width, diameter, and load rating should align with compactor machine tyre specification to achieve optimal stability and consistent ground contact. These tyres are also suitable for off-road compactor tyres applications, delivering dependable traction and pressure distribution across mixed soil profiles and uneven subgrades.
Performance Features for Reliable Operation
TVS Eurogrip soil compactor tyres are designed to support prolonged working cycles with:
- Strong load support and structural durability
- Tread patterns optimised for effective compaction and traction
- Pneumatic characteristics to help achieve uniform density
- Stability across uneven and mixed terrain conditions
FAQs – Soil Compactor Tyres
What are soil compactor tyres used for?
Soil compactor tyres are designed for tyre-mounted compactor machines that compress soil, gravel, and base materials to achieve uniform density and stable ground conditions in construction projects.
How are soil compactor tyres different from regular construction tyres?
Soil compactor tyres feature tread patterns and pneumatic construction that support repeated compaction cycles, uniform pressure distribution, and surface kneading. Regular construction tyres focus more on traction and load support in material handling and do not provide the same compaction characteristics.
What factors should I check before buying soil compactor tyres?
Consider factors such as tyre size, load index, tread design, machine compatibility, and the terrain types where the compactor will operate. These parameters ensure the tyre supports both performance and safety requirements.
Why is tyre pressure important in soil compaction?
Correct tyre pressure for soil compaction ensures even pressure distribution, effective kneading action, and uniform density throughout the compacted layer. Improper pressure can lead to uneven compaction and reduced surface quality.
Can soil compactor tyres be used on mixed surfaces?
Yes, soil compactor tyres designed for off-road compactor tyres applications deliver dependable performance on mixed terrains such as soft soil, gravel bases, and uneven ground. Choosing the right tread design and tyre size helps ensure consistent results across varied surfaces.