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Harvester Tyres

Growing crops involves months of planning, hard work, and execution, including significant capital investment in seeds, fertilizers, chemicals, machinery, and labor. It is a beautiful sight to see these efforts culminate in a crop swaying in the breeze on farms. However, the job is not complete yet. The success of the investment in blood and sweat depends on a good harvest, which is why investing in a reliable combine harvester is crucial. To achieve the desired results, the harvester must glide smoothly over the field, maintaining a consistent speed while avoiding soil compaction. Combine harvester tyres play a significant role in achieving these objectives. The large tyres of the harvester help reduce soil compaction and enable the machine to operate smoothly even on rugged terrains, which is critical to ensure the best cost per ton return. 

 

Selecting the appropriate harvester tyre is crucial for achieving efficient returns, as the application of the harvester may differ depending on the terrain. If you are dealing with challenging terrains, higher pressures become necessary, while rough terrains require a robust harvester tyre compound. In all farm applications, it is necessary to choose a harvester with a light footprint. 

Harvester Tyre Image

Harvester Tyre Size

To ensure you choose the appropriate tyre for your combine harvester, the first step is determining the correct size. This information can be found in the harvester's user manual and on the tyre sidewall. Harvester tyre size is typically denoted in the metric system with three numbers. For instance, a tyre marked 650/75 R32 has a width of 650mm, sidewall thickness equal to 75% of the width, and a wheel diameter of 32 inches. The letter R denotes radial construction. Alternatively, the same combined harvester tyre size can be expressed as 25.5-32 in the standard format, with a tyre width of 25.5 inches and a wheel diameter of 32 inches.

Harvester Tyre Image

Buy Harvester Tyres from CEAT Specialty

CEAT Specialty tyres for combine harvesters are engineered with these attributes at their core. CEAT harvest tyres are designed to endure high pressure, allowing for more extensive loads. The tread is crafted to provide optimal traction while evenly distributing pressure across the surface to decrease soil compaction. The central part of the tyre is sturdier, providing resistance to punctures and deformations. This is particularly useful when the harvester is parked for long periods during the plantation season, as it prevents flat spots from developing. If you are seeking to increase efficiency and decrease costs associated with your harvester, then CEAT tyres for harvesters are the ideal choice. You can view our selection of tyres for combined harvesters. 

 

Combine harvesters often spend a significant amount of time parked in sheds, awaiting the harvest season. However, extended periods of inactivity can result in flat spots and cracks in the tyres, which can lead to punctures, bulges, and vibrations during operation. Therefore, it's essential to choose durable and reliable combine harvester tyres to ensure maximum cost per ton return and a smooth harvesting process.

 

CEAT's combine harvester tyres are designed to reduce punctures and bulges while providing exceptional traction and stability. Through extensive market research, our range of harvester tyres includes the YIELDMAX, a high-load carrying tyre engineered to meet your specific needs and specifications. Experience the next generation of combine harvester tyres with CEAT.

 

CEAT YIELDMAX is a next-generation radial tyre designed for the combine harvester market. Its primary objective is to support large-scale machinery and provide a higher load capacity with minimal impact on soil. The tyre features a lower lug angle around the shoulders, resulting in higher traction and sharp shoulders that enable excellent grip. Additionally, a higher lug angle around the center lug provides better side stability. With a tough casing and rigid belt, CEAT YIELDMAX offers all the advantages of radial construction, making it suitable for all types of harvesting applications, including combine, forage, and sugarcane harvesters.

 

CEAT specializes in producing harvester tyres tailored to meet the requirements of the leading harvester manufacturers in the country, such as John Deere, Case IH, Massey Ferguson, and New Holland. As these are some of the top harvester producers, the likelihood of you owning one of their harvesters is relatively high. Therefore, CEAT's specialty harvest tyres are an ideal match for your harvesting equipment.

Harvester Tyre Image

Have Questions Related to CEAT Specialty Tyres?

FAQs

The tyre size of your combined harvester is denoted as 650/75 R32, where:

  • 650 mm is the width of the tyre,

  • the sidewall height is 75% of the width, and

  • 32 inches is the wheel diameter.

  • The letter R indicates radial construction.

Alternatively, the same tyre size can be written as 25.5-32, where:

  • 25.5 inches is the tyre width, and

  • 32 inches is the wheel diameter.

Both formats represent the same size but use different measurement systems—metric (650/75 R32) and imperial (25.5-32).

Due to long periods of inactivity, harvest tyres are prone to developing cracks and flat spots. It is important to inspect both sides of the tyre for bulges and cracks before using the harvester on the farm. If any such damage is detected, it is recommended to replace the tyre immediately.

Once the harvester is in motion, regularly monitor the tyre pressure for any leaks and look for signs of flat spots on the tyre’s surface after running it for some time. If such issues are found, it is advisable to replace the tyre to ensure safe and efficient operation.

CEAT’s specialized tyres for harvesters are designed with a compound that is puncture-resistant yet flexible enough to carry higher pressures. This allows for a higher load capacity and easier momentum on gradients. The tread patterns are optimized to deliver excellent grip and traction while distributing weight evenly on the soil to reduce compaction. Additionally, the centre lugs of the tyre provide durability and reliability, no matter the terrain you’re operating on.

A harvester tyre has a different design compared to a regular tyre. The tread pattern on a harvester tyre is optimized for agricultural use, providing better traction and stability on uneven terrain. Harvester tyres are also built to withstand heavier loads and feature thicker sidewalls that help prevent punctures and cuts, ensuring durability in tough field conditions.

To choose the right harvester tyre, you need to consider several factors such as the type of crop you are harvesting, the soil conditions, the weight of the machine, and the size of the tyre. CEAT Specialty offers a range of harvester tyres designed to meet the specific needs of different machines and crops, ensuring optimal performance and durability.

The lifespan of a harvester tyre depends on several factors, including the frequency of use, the type of terrain, and the load capacity. Harvester tyres can last several years if they are well-maintained and used correctly. Regular inspections and maintenance can significantly extend the lifespan of your harvester tyres, helping to ensure reliable performance throughout their service life.

While it is possible to repair a punctured harvester tyre, it is not recommended. Harvester tyres are designed to withstand heavy loads and challenging terrain, so any punctures or cuts can compromise their structural integrity. To ensure optimal performance and safety, it is better to replace a damaged tyre with a new one.

If you have a flat tyre on your harvester, you should stop the machine immediately and replace the tyre. Continuing to operate the harvester with a flat tyre can cause damage to the rim, hub, and other components of the machine. It can also compromise your safety and the safety of others working on the farm.

While it is possible to use the exact tyre on your harvester’s front and rear, it is not recommended. A harvester’s front and rear tyres have different roles, and using the same tyre on both can affect the machine’s performance and stability. It’s best to use the recommended tyre size and type for each position on the harvester to ensure optimal operation and safety.

You should check the tyre pressure on your harvester before each use. Harvester tyres can lose pressure over time due to regular use and temperature changes, and underinflated tyres can affect the performance and safety of the machine. Regular tyre pressure checks help prevent flats, punctures, and other tyre-related issues, ensuring your harvester operates smoothly and safely.

Harvest tyres should be stored in a cool, dry place away from direct sunlight and heat sources. Tyres should be stored upright and not stacked more than four high. Keeping tyres this way helps prevent flat spots, punctures, and other damage that can compromise their performance and lifespan.

CEAT Yieldmax is a new-generation radial tyre specially designed for the agricultural sector, specifically for combine harvesters. It offers a higher load capacity and is engineered to have minimal impact on the soil, helping to protect crop yields while ensuring efficient operation.

The CEAT Yieldmax tyre offers several benefits, including higher load capacity, improved side stability thanks to a higher lug angle around the centre lug, excellent grip due to sharp shoulders, and minimal soil compaction—making it an ideal choice for efficient and soil-friendly agricultural operations.

The CEAT Yieldmax tyre has a high load-carrying capacity thanks to its tough casing and rigid belt. It is engineered to support heavy equipment and heavy loads, ensuring durability and reliable performance in demanding agricultural conditions.

The CEAT Yieldmax tyre features a unique tread pattern optimized for superior grip and traction. The lower lug angle around the shoulders ensures enhanced traction, while the sharp shoulders provide excellent grip, making it ideal for challenging agricultural terrains.

The CEAT Yieldmax tyre is a radial tyre, featuring a rugged casing and rigid belt that combine the benefits of radial construction with the strength needed to support heavy equipment and loads. This design ensures durability, improved performance, and better load handling in agricultural applications.

The CEAT Yieldmax tyre is suitable for all harvesting applications, including combine harvesters, forage harvesters, and sugarcane harvesters, offering reliable performance and durability across a range of agricultural machinery.

The CEAT Yieldmax tyre is designed to have minimal impact on soil. Its unique tread pattern ensures even weight distribution, which helps reduce soil compaction and promotes healthier crop growth.

The lifespan of the CEAT Yieldmax tyre depends on several factors, including usage, maintenance, and storage. However, with proper care and regular maintenance, it can provide long-lasting performance and durability.

The CEAT Yieldmax tyre is designed to fit most combine harvesters, but it’s important to select the correct size. Always check your harvester’s manual or consult a tyre expert to ensure you choose the right size for your specific machine.

The R1-W pattern feature of the CEAT Yieldmax tyre is specifically designed to provide longer tyre life. Characterized by a 45-degree angle and a unique tread design, it offers excellent traction and improved soil engagement. The tyre’s wider lug base creates a larger footprint area and better load distribution, which helps reduce soil compaction and extends tyre life.

Additionally, the R1-W pattern promotes even wear across the tyre, further contributing to its longevity. This feature is especially beneficial in high-load applications, such as harvesters, where tyres often wear out quickly due to heavy loads and constant use.

By enhancing tyre durability and lifespan, the R1-W pattern helps farmers and heavy equipment operators save on replacement costs, ultimately increasing profitability over time.

Improved stubble resistance can significantly extend tyre life, reduce downtime, and lower maintenance costs. This is especially important for farmers who depend on their harvesters to operate efficiently during the critical peak harvest season, ensuring smoother operations and better productivity.