Radial OTR Tire, E3/L3 Pattern23.5r25, 26.5r25, 29.5r25, 29.5r29 Earthmover Tires

Model NO.: 23.5R25, 26.5R25, 29.5R25, 29.5R29
Tire Hierarchy: 40pr
Cord Material: Rubber
Inner Tube: Without Inner Tube
Season: All Season Tire
Customized: Non-Customized
Condition: New
L4/E4: Black
Trademark: L-GUARD
Transport Package: Nude Packing
Specification: ISO
Origin: CHINA
HS Code: 4012909090
                                     L-guard Brand Radial OTR Tire
Our radial OTR tires can perform under these conditions because:
   1.Our tires are engineered to specifications that ensure quality and durability to save money and increase your production.
   2.Under certain conditions we can also offer an hourly performance warranty.
 
Advantage of our radial OTR tires:
1.super deepen pattern and super and thicken side wall improve the tires performance and anti- puncture ability.
 
2.rim protection design protect the rim from all damage.  
 
3.Wider running surface and  block pattern make the tires have excellent grip strength, brake performance and stability under heavy loading.
 
4.for heavy mining and construction operations to handle the most extreme load.
 
5. earth mover tires are made to the highest quality standards for the most rugged job site environments 24 hours a day, seven days a week in all weather conditions.  
 

Radial OTR Tire, E3/L3 Pattern23.5r25, 26.5r25, 29.5r25, 29.5r29 Earthmover Tires

Gear Engineering Plastics

Gear engineering plastics are plastic materials used to manufacture gears and other mechanical components that require high strength, toughness, and low friction properties. These materials are typically thermoplastics and include materials like nylon, polyphenylene oxide (PPO), and polyetherimide (PEI). The use of plastic gears offers several advantages over metal gears, including lower weight, reduced noise and vibration, and improved chemical resistance. Plastic gears are also more resistant to wear than metal gears and are often used in applications where metal gears would be prone to wear or corrosion. Additionally, the injection molding process used to manufacture plastic gears is often less expensive than the machining process used for metal gears, making plastic gears a cost-effective solution for many applications. In order to achieve the required strength and durability, gear engineering plastics may be reinforced with fillers, such as glass fibers or minerals, to improve their mechanical properties.

Gear Engineering Plastics,Precise Wear Resistant Nylon Gear,Plastics Wear Resistant Plastics,Engineering Plastics Precision Nylon Gear

Hebei Tongye Metallurgy Technology Co., Ltd. , https://www.hbtyyejin.com