Description

Alliance Farm Pro 324 23.1-30 14PR TL is a high-performance agricultural tire specifically designed for tractors and other farm machinery. With a size of 23.1 inches in width, a 30-inch rim diameter, and a 14-ply rating (PR), this tire provides exceptional durability, strength, and reliability for demanding farming operations. The tubeless (TL) design ensures ease of maintenance and reduced downtime.

The Farm Pro 324 features a deep, aggressive R-1 tread pattern, which is ideal for field operations, delivering outstanding traction on soft and loose soils, such as mud, sand, and cultivated fields. This enables efficient and smooth movement in challenging agricultural environments, minimizing slippage and improving productivity.

Constructed with a strong nylon carcass and reinforced sidewalls, the Alliance Farm Pro 324 is designed to handle heavy loads, resist punctures, and maintain durability under challenging working conditions. The robust build also reduces wear and tear, ensuring extended service life, even during intense daily use.

The tread design not only enhances traction but also improves self-cleaning properties, allowing the tire to shed mud and debris efficiently. This ensures consistent performance, reducing soil disturbance and increasing overall efficiency during farming operations.

Key Features:

• Size: 23.1-30, designed for large tractors and farm equipment.
• 14-ply rating (PR): Provides high load-carrying capacity and resistance to damage.
• R-1 tread pattern: Ensures excellent traction on soft and uneven terrains.
• Tubeless (TL) design: Reduces maintenance and downtime.
• Strong carcass construction: Enhances durability, puncture resistance, and prolonged lifespan.
• Self-cleaning properties: Prevents mud and debris buildup for consistent performance.

Applications:

The Alliance Farm Pro 324 23.1-30 14PR TL is ideal for a range of farming activities, including plowing, tilling, and hauling, making it a reliable choice for farmers seeking a durable, high-traction tire that performs exceptionally in the field.