Description Anjie F821
The all-season tire Anjie F821 is designed for trucks operating in harsh conditions (on construction sites, quarries, etc.). In its creation, specialists have tried to take into account all the nuances of operation, so the main emphasis was placed on increased passability and reliability. To achieve the set goals, the best technologies and the most modern equipment were used. The electronic quality system helped to minimize the risk of defective products reaching the consumer.
Aggressive tread pattern
The tread pattern consists of two rows of massive blocks with sharp edges. They provide excellent traction with any road surface. Even on viscous soil, the tire has increased passability and a minimal percentage of wheel slipping. The optimally selected distances between the blocks perfectly cope with their task, quickly removing snow, mud, and water from the contact area.
The shoulder area of the Anjie F821 deserves special attention, having a new structure. In addition to sharp edges that increase stability during maneuvers, the shoulder area has three massive rubber rings. They reliably protect the tire from possible punctures and damage that often occur during operation in harsh conditions.
High-strength carcass
The all-season truck tire is constantly subjected to increased loads, which become the cause of frequent damage and ruptures. To prevent these undesirable consequences, a high-strength carcass was used. It is made using a new technology with steel rings and reinforced cord. The steel rings located in the central part of the carcass not only prevent ruptures but also increase the stiffness of the central part of the tread, ensuring excellent directional stability. Also, the new carcass design provided an even distribution of pressure inside the tread, which increased the tire's mileage by preventing uneven wear.
Main features of the Anjie F821 truck tire
- maximum protection against ruptures and damage is provided by the new carcass and massive rubber rings located in the shoulder area;
- increased passability and stability are achieved through the use of massive tread blocks with sharp edges;
- excellent directional stability is ensured by the more rigid central part of the tread.