Agricultural Tire
What is Agricultural Tire?
Farm or agricultural tractor tires are designed to provide reduced soil compaction. They are usually manufactured with a high-flotation tread design, which enhances the soft and loose field traction, without damaging the soil's crop-growing capability.Agricultural tires have to be all-rounders that deliver top performance on various soils and when carrying differing loads at varying speeds.
Advantages of Agricultural Tire
Enhanced traction
One of the primary advantages of agricultural tyres is their ability to provide superior traction. Farm tires are designed with deep treads and robust patterns that allow machinery to grip the soil effectively. This enhanced traction is crucial for tasks such as plowing, planting, and harvesting, as it ensures that the equipment can move smoothly and efficiently across various terrains.
Increased load-bearing capacity
Farm tires are engineered to support heavy loads, making them ideal for carrying large quantities of produce, equipment, and supplies. The robust construction of these tyres ensures that they can withstand the weight of agricultural machinery and the additional load of harvested crops, thereby enhancing operational efficiency and reducing downtime.
Improved stability
High flotation tyres and implement tyres are designed to distribute the weight of the machinery evenly across a larger surface area. This even distribution reduces soil compaction, which is vital for maintaining soil health and ensuring optimal crop growth. Additionally, the improved stability provided by these tires minimizes the risk of machinery tipping over, enhancing safety during operation.
Durability and longevity
Farm tires are subjected to harsh conditions, including rough terrains, sharp objects, and varying weather conditions. Agricultural tyres are built to be highly durable and resistant to wear and tear. The use of high-quality materials and advanced manufacturing processes ensures that these tires have a longer lifespan, reducing the need for frequent replacements and lowering maintenance costs.
Why Choose Us
Our Factory
As a professional tire and inner tube factory with 30 years of industry experience, Shandong INKLIDA Co., Ltd takes advantage of high-quality products and superior transportation conditions close to Qingdao Port. After more than 30 years of development, it has received widespread praise from customers around the world.
Production Market
Our products are available in over 40 countries worldwide and have received high praise from customers! e.g. South America, North America, the Middle East, Asia and and so on.
Our Certifications
We have passed lS09001 IS014001 0HSAS18001 System certifications, all the test reached GB7036.1-2009 standards.
Our Services
Our team boasts extensive industry experience,Accept OEM and ODM services,Strict inspection and 3 times 100% test before ship, 7-15 work days delivery time.
Types of Agricultural Tire
Agricultural tractor tires
Agricultural tractor tires are designed for use on soft surfaces such as grass, mud, and soil. They have deep tread patterns that offer good traction and they’re resistant to wear and tear. Agricultural tractor tires work best on tractor models that are used for farming purposes.
Industrial tractor tires
Industrial tractor tires are designed for use on hard surfaces such as concrete and asphalt. They have a smooth tread pattern that offers good traction and they’re resistant to punctures and cuts. Industrial tractor tires are best used in construction and industrial applications.
Turf tractor tires
Turf tractor tires are designed for use on both soft and hard surfaces. They have a tread pattern that’s somewhere in between agricultural and industrial tractor tires. They offer good traction and they’re resistant to wear and tear. Turf tractor tires are best used on lawns, golf courses, and other turf surfaces.
Other tractor tires
There are many other specialized tractor tires on the market designed for specific applications. When shopping for tractor tires, it’s important to know what type of tire is best suited for your needs. With so many different types of tractor tires available, there’s sure to be one that fits your needs perfectly. This way, your investment will not only be a sound one but your tractor will be able to perform at its best, too.
Components of Agricultural Tire
Bead
Beads anchor the tire to the rim and allow the tire to stay "seated" on the wheel.
Bead filler
Bead fillers stabilize the lower sidewall by enveloping the bead and extending up tin the sidewall to maximize stability, steering response, and case durability.
Innerliner
Liners protect the cord body by insulating the tubes from the cords. Liners are essential for resisting air and moisture permeation.
Belts
Belts determin the shape, or footprint, of the tire. Belts work in conjunctio with the cords to add stability and stregnth.
Tread design
Treads serve to interact with the soil or paved surface and provide traction. Tread design varies between tires to maximize traction and resist wear and tear.
Sidewall
Sidewalls are made of flexible rubber and provide lateral stability. The sidewalls keep the body plies and innerliner of the tire protected from stubble and debris. Sidwall flex is a big factor in deciding what tire is right for what job and what peice of equipiment.
Lug buttress
Lug depth is important for traction. Together with the lug buttress, this component provides tread stability.
Body plies
Cords run radially from bead to bead and determine the strength of the tire, determine its load capacity and provide lateral stability.
Process of Agricultural Tire
The first step in the manufacturing process of farm tyres is the selection of materials. Farm tyres are primarily made from natural rubber due to its superior resilience and durability. Bostone combines this with synthetic rubber, which adds specific properties like improved wear resistance and thermal stability. Carbon black is mixed into the rubber to enhance tensile strength and abrasion resistance, while other chemicals are added to aid in the curing process and to increase the lifespan of the tyres.
Once the raw materials are selected, they are sent to a mixer where they are combined to form the rubber compound. During this process, maintaining the correct proportions of each component is crucial for achieving the desired properties in the final product. Bostone utilizes advanced mixing equipment that ensures thorough and uniform mixing of materials, which is critical for the performance characteristics of the finished tyres.
The building of the tyre is a layered process:
Bead assembly: The bead of a tyre, which holds the tyre to the rim, is made from high-tensile steel wire coated in bronze and is wound into loops. The bead ensures the structural integrity of the tyre under heavy loads.
Ply construction: The ply, typically made from fabric cords coated with rubber, is laid over the bead. In farm tyres, multiple plies are stacked to enhance durability and puncture resistance.
Tread and sidewall formation: The tread, which contacts the ground, and the sidewalls, are built from different rubber compounds and are applied to the outside of the plies. The tread pattern is specifically designed to offer traction in various soil conditions without compacting the earth excessively.
After the tyre is built, it is placed in a mold for vulcanization. This process involves heating the tyre to about 150°c and applying pressure inside the mold. The heat and pressure cause the rubber to cure, a chemical process where the rubber molecules cross-link, resulting in a material that is elastic but holds its shape under stress. Bostone's state-of-the-art vulcanization equipment ensures consistent heating and pressure application, which is essential for the tyre's ultimate durability and shape.
Quality control is paramount. Each farm tyre undergoes a rigorous inspection process, which includes both visual and machine-assisted examinations to check for any defects like air bubbles, uneven tread wear, or misalignments in the structure. In addition to these inspections, tyres are tested under simulated conditions to ensure they meet the specific performance standards required for agricultural use.
Once the tyres pass all quality checks, they are prepared for shipping. This includes cleaning, labeling, and packaging that ensures the tyres are protected during transit. We takes great care in their logistics processes to guarantee that the tyres reach their destinations in optimal condition, ready to perform under the rigorous demands of agricultural work.
How to Choose Agricultural Tire
Agriculture tire sizes explained—selecting the right size
Selecting the right tire size is critical to ensuring that your farm equipment operates efficiently and safely. Consulting the owner’s manual or the manufacturer’s website is a good place to start, and May offer you a couple of acceptable size options. That’s the easy answer, and life is complicated enough, right? You can also look at the tire sidewall markings on your current tires to provide information on the tire size and other specifications.
You May be choosing from the following common tire sizes for your farm equipment. Here is what the numbers mean.
11l-15 – the 11 refers to the tire width, 11 inches, and the 15 refers to the rim diameter, 15 inches.
12.5l-15 implement tire – like above, the 12.5 indicates the tire’s width, 12.5 inches, and the 15 indicates it fits a 15-inch rim.
16×6.50-8 – here the 16 refers to the tire’s diameter in inches, 16 inches, the 6.50 refers to the tire’s width in inches, 6.50 inches, and the 8 refers to the diameter of the rim, 8 inches.
23×0.50-12 – similar to the above size, the 23 indicates the tire’s diameter, 23 inches, the 8.50 indicates the tire’s width, 8.5 inches, and the 12 indicates the diameter of the rim, 12 inches.
4.00/4.80-8 – the 4.00/4.80 indicates that the tire has two possible widths, 4 inches and 4.80 inches, and the 8 indicates the diameter of the rim, 8 inches.
The right tire tread is crucial for your agriculture tires
Choosing the best tread pattern—rib or bar lug—for the agriculture tires on your array of farm equipment is crucial to determining how well your machinery performs on various terrains, and in various weather conditions. Rib tread designs have a continuous, smooth surface running down the center of the tire—a design that optimizes use on hard surfaces such as concrete, asphalt, and hard-packed soil. The rib design provides excellent steering control and reduces rolling resistance, resulting in less soil compaction. You May prefer a rib tread for lawn mowers or lawn tractors, and turf maintenance equipment. Since this tread offers reduced rolling resistance, it’s a good choice for transport equipment like flatbed trailers and grain carts, as well as for harvester tires, planters, seeders, and similar.
Bar lug tread designs feature a series of raised bars or lugs that extend across the tire’s surface, providing increased traction in soft or loose soil, mud, and snow. The deep lugs also help to self-clean the tire, preventing mud and debris from building up and reducing traction. The bar lug design is ideal for applications such as plowing, tilling, and pulling heavy loads. Bar lug tire treads can provide better performance for off-road conditions, heavy loads, wet conditions, hilly terrain, soft soil and rough terrain.
Pay attention to the load capacity of your ag tires
The ply rating/load range of your agriculture tires is another critical factor to consider when choosing your ag tires—which are often required to carry heavy loads and provide solid traction in a variety of field conditions—because it provides an indication of the tire’s load capacity. If a tire is overloaded, it can cause excessive wear, reduce traction, and even lead to a blowout, which can be dangerous for you and others in the area. On the other hand, if a tire is underloaded, it May not provide the necessary traction and stability needed for the equipment to perform efficiently.
The first step to determining the maximum load capacity required for your tires is to identify the weight of your equipment, including any attachments, plus the weight of any load it will be carrying. It’s also a good idea to check the equipment manufacturer’s recommendations, in the owner’s manual or on-line. And, you’ll want to consider the terrain and conditions in which your equipment will be operating, which can impact the load range required for your tires. For example, if your equipment will be used in wet or muddy conditions, a higher load range May be required to provide the necessary traction and support.
How to Maintain Agricultural Tire
Cracks, cuts, bulges, and stubble damage
Tractor tires are built to endure rough conditions and can function with small cracks, cuts, and other visible forms of damage. However, once a cut or crack deepens enough to expose your tire’s body plies or belts, you should replace it.The body plies and belts help your tire hold its inflation pressure, so damage to these components would make the tire unusable. Check your tires regularly to make sure your body plies and belts are adequately protected.
Tread depth
Tire tread is what transfers your tractor’s power to the ground. When your tire’s tread dips below 20% of its original depth, you could start losing traction on wet ground or slippery surfaces. Increased slippage can affect the accuracy of your work and May also increase the amount of time and fuel it takes you to complete a job.Ensure your tires are wearing evenly by checking them with a tread depth gauge. Rest the gauge on your tread blocks and extend the probe into the space between the lugs to determine the depth. Repeat this at several points around the tire to check for irregular tread wear.
Ballast
Using the right amount of ballast means you use the minimum weight needed for your tractor to achieve the desired performance level. Excess ballast can create deeper tracks, making it harder for the machine to climb out of ruts and increasing the power and fuel needed to function. This can lead to compaction, resulting in lower crop yield.
Proper inflation
Tires operate most efficiently when they have maximum contact with the ground. When working in the field, you can optimize your tires’ contact patch by properly inflating them with the minimum amount of air necessary — this practice allows the tire to flex over a larger footprint.Weather changes will directly impact your tires’ air pressure. Regularly checking your air pressure is crucial to ensuring your tires are functioning at their full potential. This practice becomes even more important with sudden weather changes, especially when the nights get cooler in the fall.
Our Factory
Shandong Inklida Co., Ltd is a professional tyre, inner tube and Tire flaps manufacturer which located in Qingdao, Shandong province since 1992. With 30 years development, until now, lNKllDA products have send to more than 40 countries all over the world! We have passed lS09001 IS014001 0HSAS18001 System certifications, all the test reached GB7036.1-2009 standards.
Certifications
FAQ
We're professional agricultural tire manufacturers and suppliers in China, specialized in providing high quality products and service. We warmly welcome you to wholesale customized agricultural tire made in China here from our factory.
farm tires, agricultural tires used in paddy fields, tractor tires for dry land use