The all-season Anjie F811 tire is the best choice for trucks operating in harsh conditions. This model has excellent driving characteristics, achieved through the use of the latest technology in tire production.
Unusual tread pattern
The tread pattern has a rather unusual shape, it consists of three rows of large blocks. In the central part of the tread, there is a row of larger blocks that provide excellent directional stability and clear handling. All blocks have sharp edges. They "bite" into any surface, increasing passability and stability. Even on viscous soil, the Anjie F811 tire does not lose its stability, providing excellent passability and preventing wheel slippage. The shoulder area, made of a thicker layer and having massive rubber rings, deserves special attention. This has resulted in increased stability during maneuvers and protection against lateral punctures and damage. The massive channels between the blocks prevent soil and stones from getting stuck in the tread, ensuring rapid self-cleaning.
Improved rubber compound composition
The new rubber compound composition has allowed all the properties of the rubber to be preserved, even with sharp temperature fluctuations. To ensure the necessary elasticity at negative temperatures, an increased silica content was used. This has not only provided excellent traction characteristics in any weather conditions but also achieved rapid recovery of the tread. As a result, the load on the suspension elements has decreased, reducing maintenance costs for the vehicle's chassis.
This model has a minimal percentage of damage, so it is often found on trucks operating on construction sites.
Key features of the Anjie F811 tire
- excellent protection against damage and overload is provided by the new carcass design;
- excellent grip on various road surfaces has been achieved through the use of new additives in the rubber compound;
- increased passability has been achieved through the use of an unusual tread design with an optimally selected drainage system;
- increased stability during maneuvers is provided by the updated shoulder area design.
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