Solid Airport Tyre Cured-On LM-208

Features:

The tread design provides good cutting resistance, high loading capacity and operates stably.

Fast installation and better shock absorption, reduce the impack load to axle and increase the speed of vehicles.

Tyre Size: 300×125, 350×100, 266×160, 400×133, 430×100

Solid Airport Tyre with three – story structure is adopted. Wear-resistant and tearing tread adhesive, tear resistance, abrasion resistance, low heat generation, suitable for long-term using. High elastic intermediate adhesive reduce internal heat, strong shock absorption, high elasticity, good buffer effect, comfortable driving, extend service life. High rigid base rubber, high strength steel wire ring, improve the best fit between tire and rim, prevent idling slip. Good design for long wearing,tear wearing and cracking resistance.

Landmax Solid Airport Tyre are designed and manufactured using the highest quality rubber blends to provide high performance even in harsh and demanding environments.Our aperture design is specifically designed for carrying heavy loads, providing a smooth, cushioned ride without the bounce associated with pneumatic tires.

Since our solid tires feature durable, and no-maintance, you can actually lower your operating costs by using our solid tires.

Our  tires are ideal for rough-duty applications found in construction, demolition, scrap metal, recycling,  metallic mines ,and other industrial environments.

Benefits

1.Specially designed forwheelloaders to give maximum traction, stability and durability

2.Extraordinary design provides long life- up to 5 times that of Pneumatic and foam filled tiresand the longest life in solid tires.

3.Saves  time and money as NO damaged tires, NO tire pressure and NO sidewall damage.

4. Saves money as no specialized equipment needed for installation

5.Smooth, cushioned and comfortable ride without any bounce.

Size RIM Section Width
(mm)
Load Index
300×125 300 125 910
350×100 350 100 850
266×160 266 160 1190
400×133 400 133 1570
430×100 430 100 1080