Solid Tires

Solid tires are widely used on forklifts due to their excellent durability and puncture resistance, making them ideal for harsh environments and heavy-duty work. Without inner tubes, they are less prone to flat tires or blowouts, effectively withstanding sharp objects and rough surfaces, reducing maintenance costs and extending service life. Solid tires also enhance forklift stability, are suitable for high temperatures, and meet the demands of frequent operation, thus reducing downtime. As a result, they are commonly used in heavy material handling, construction sites, metal processing, and other demanding environments.

The tire's sidewall features an elliptical hole design that enhances shock absorption, improves ride comfort while increasing heat dissipation. The high-strength, low-heat generation, and highly elastic intermediate rubber layer boosts the tire's flexibility and reduces heat buildup during operation, providing better durability. The tread is resistant to high temperatures, tearing, and abrasion, extending the tire's service life and making it suitable for a variety of challenging work environments.

The unique directional pattern design gives the tire excellent driving and gripping performance; The tread pattern offers good self-cleaning properties, preventing the accumulation of dirt and debris to avoid slipping and idling caused by trapped foreign materials. Additionally, Oval sidewall hole design enhances the tire's shock absorption capabilities, improving ride comfort and making it well-suited for various off-road vehicles.

The high-performance base rubber improves the tire stiffness while ensuring the excellent fit to the tire rim. The intermediate rubber features low level of heat generation and high temperature resistance. The tread rubber is high wear resistance that increases the service life of the tire. The high-tech new materials conduct heat and improve rubber performance by allowing the internal heat of the tire to diffuse to the tire surface, thus reducing the internal temperature of the tire. Depending on the operating environment of different ports, different tread structures and patterns are used to provide a series of solutions for port trailers.

Reach Stacker requires uninterrupted operation within a certain period of time with heavy load and frequent turning, which sets stringent quality requirements of its solid tires. The unique process and formula structure of our reach stacker solid tires give the tires the advantages of high elasticity, low compression heat generation, low rolling resistance, maintenance-free and good stability, which improves the working efficiency of the vehicle while ensuring safety.

The flat tread curve, optimized tire structure and rubber composition make our stacker tires extremely stable, overcoming the potential safety risks caused by the high lifting height of stacker operations. The low heat generation, tear resistance and super wear-resistant tread rubber successfully prevent tire blowouts, cracks, chunk loss and poor wear resistance caused by frequent turns and small turning radius of stackers.

The use of solid tires on ladle carriers in steel plants offers the following advantages: High Load-Bearing Capacity; Puncture Resistance and Wear Resistance; Maintenance-Free; High Temperature Resistance: ladle carriers often work in high-temperature environments in steel plants, particularly near furnaces. 

The use of solid tires on blending machines in steel plants offers the following significant advantages: High Temperature Resistance: Steel plants often have high-temperature environments, especially near furnaces. Solid tires can remain stable in such high temperatures without softening or deforming, ensuring the normal operation of the mixing machine;

The use of solid tires on molten iron trucks (also known as molten iron ladles or steel ladles) in steel plants is crucial, especially in the harsh conditions of high temperatures and heavy loads. Molten iron trucks are responsible for transporting molten iron, which requires tires to have exceptional durability, safety, and stability.

The application of solid tires on airport luggage carts offers several advantages, especially in the high-demand, frequently used environment of airports. The specific advantages include: Strong puncture resistance; Maintenance-free; Long service life; High loadbearing capacity; Good stability; Durability: Since airport surfaces are generally smooth, solid tires perform well in such conditions. They are highly resistant to wear and less prone to excessive wear due to road friction. 
These characteristics make solid tires an ideal choice for airport luggage carts, effectively improving operational efficiency, reducing maintenance costs, and enhancing safety.

The use of solid tires on passenger boarding bridges (also known as jet bridges or airbridges) offers several advantages. Passenger boarding bridges are mobile structures that connect airport terminals to airplanes, requiring frequent movement, positioning, and adjustments. Therefore, the performance of the tires is crucial to their smooth operation: Maintenance-free; High load-bearing capacity; High durability; Excellent stability: Since the movement of boarding bridges requires precise positioning, solid tires provide good traction and stability, ensuring the bridge remains steady and secure when docking with aircraft, without tire issues causing misalignment or instability.

Airport luggage carts operate for long periods, carrying heavy luggage, and often face varying surface conditions, making the performance of solid tires particularly well-suited for this scenario: High-intensity working environment; Load-bearing requirements; Frequent starting, stopping, and turning: Luggage carts at airports often need to start, stop, and make sharp turns within short distances, especially in narrow areas. Solid tires provide excellent traction and stability, ensuring smooth handling and reducing safety risks caused by tire issues.

The flat-tread structure provides exceptional stability and safety for vehicle movements and operations. The unique directional tread pattern delivers outstanding traction and braking performance, making it suitable for any operational environment. The oval sidewall holes and highly elastic intermediate rubber reduce vibrations that can damage vehicle components, while enhancing ride comfort. The tread rubber is tear-resistant, shear-resistant, and highly durable, significantly extending the tire’s service life.

R706\R707\R710\R712\R713\R714\R716\R717
Our environmentally benign, non-marking lifting platform tires are made from imported high-purity natural rubber. The environmental friendliness of both the materials and the final product has been verified by national certified testing institutions. Our non-marking solid tires fully comply with the EU REACH standards.
Through strict controls of rubber raw materials, optimized formulation and processes, our lifting platform tires meet the stringent requirements for leaving no marks during the operation and braking. Advanced manufacture techniques, strict quality controls, comprehensive testing equipment, and highly skilled production and testing personnel contribute to the high quality of our lifting platform tires.

Yantai WonRay Rubber Tire Co., Ltd. is committed to the research and development, manufacturing and sales services of solid tires. Its current products cover various industries in the application field of solid tires, such as forklift tires, industrial tires, loader tires, scissor lift tires, trailer tires, Skid steer tires, mine tires and port tires, etc., the products include pneumatic tire solid tires (SOLID PNEUMATIC TIRES), cushion solid tires (PRESS ON BAND TIRES) and bonded  solid tires ( CURED ON TIRE OR MOLD ON TIRE) after years of operation, now provides solid tires for Toyota, Linde, Hyster, OTR, GENIE, SKYJACK, BOBCAT, HAULOTTE, JLG, etc. Now we will focus on the introduction of two solid tires for skid steer loaders, 10-16.5 and 12-16.5. The two sizes also be used as : 30x10-16 and 33x12-20.