HF-2 Regular Lug Tread Farm Tires

What Are HF-2 Ag Tires?

HF-2 ag tires stand for "High Flotation - 2" in the context of agricultural tires. These tires are a variation of the high flotation category, designed to offer even better flotation capabilities than the standard HF-1 tires. They are built to distribute the weight of heavy farm equipment over a larger area, further reducing soil compaction. The "2" in HF-2 typically indicates a deeper tread depth compared to HF-1 tires.

High Flotation - 2 Tires Design and Features:

• Deeper Tread Depth: HF-2 tires have a more pronounced tread depth than HF-1 tires, providing better traction in soft or muddy conditions.
• Wide Footprint: Like HF-1, HF-2 tires are broader, ensuring a larger contact area with the ground for better weight distribution.
• Low Pressure: These tires can operate at lower pressures, enhancing their flotation capabilities and minimizing soil compaction.
• Reinforced Construction: Given the heavy loads and challenging terrains these tires might encounter, they come with a robust construction.

Farm Machines that use HF-2 ag tires:

• Grain Carts: Especially in conditions where the soil is softer or wetter, grain carts might opt for HF-2 tires to ensure they don't get stuck and to reduce soil compaction.
• Manure Spreaders: In muddy conditions, HF-2 tires can provide better traction for manure spreaders while distributing their heavy loads.
• Large Sprayers: For sprayers operating in wet fields or softer terrains, HF-2 tires can offer both flotation and traction.
• Combines and Harvesters: In regions with frequent rains or softer soil conditions during harvest, combines might be equipped with HF-2 tires.
• Forage Harvesters: Given the nature of their work and the terrains they might encounter, some forage harvesters might opt for HF-2 tires.
• Balers: In wetter conditions, balers, especially those producing large bales, might use HF-2 tires for better traction and flotation.

In summary, HF-2 ag tires are designed for heavy agricultural machinery that operates in fields where both flotation and deeper tread depth are crucial. They offer a balance between preserving soil structure and providing traction in challenging conditions.