Alliance 37250004 Agriflex+ 372 VF 600/70R34 167D CFO Steel Belted R-1W Agricultural Tire

The Alliance Agriflex+ 372 VF 600/70R34 167D (Part# 37250004) is a premium Very High Flexion (VF) radial agricultural tire engineered for high-horsepower farm equipment operating in demanding field conditions. Built with steel-belted construction and state-of-the-art materials, this tubeless tire delivers outstanding performance across combines, harvesters, and grain carts.

Key Features:

• VF (Very High Flexion) Technology: Carries up to 40% more load at the same inflation pressure as a conventional radial tire, or operates at up to 40% lower inflation pressure under the same load
• Steel-Belted Construction: Provides superior structural stability, heat dissipation, and long service life
• Stubble Guard Compound: Enhanced resistance to cuts, chips, and weather for reduced downtime in tough harvest conditions
• CFO (Cyclic Field Operation) Rated: Stronger carcass designed for cyclic service on minimal-torque applications such as combines, harvesters, and grain carts (road transport up to 1 mile)
• R-1W Tread Pattern: Directional lug design delivers excellent traction and self-cleaning performance in the field
• Reduced Soil Compaction: Lower inflation pressure capability creates a larger footprint for improved traction, less slip, better fuel efficiency, and healthier soil
• D Speed Rating: Rated for speeds up to 40 mph (65 km/h)
• 10-Year Warranty: Backed by Alliance's industry-leading warranty for long-term reliability

Specifications:

• Size: VF 600/70R34
• Load Index / Speed Rating: 167D
• Service Description: 167D
• Tubeless (TL)
• Recommended Rim: DW21B
• Permitted Rim: DW20B
• Overall Diameter: 67.1 in (1705 mm)
• Section Width: 24.6 in (625 mm)
• Tread Depth: 56 mm
• Max Load Capacity: 12,015 lbs (5,450 kg) at 65 km/h
• Recommended Inflation Pressure: 23 PSI (1.60 bar)
• ECE 106 Certified

The Alliance Agriflex+ 372 is a trusted choice for farmers and equipment operators who demand maximum productivity, long tire life, and reduced environmental impact through lower soil compaction.