Brief: See how this offering can bring practical value to common tasks and projects. In this video, we provide a detailed walkthrough of the AZ2210040309, AZ2210040319, WG2210040319, and WG2210040309 transmission gears for HOWO HW15710 and HW19710 gearboxes. You'll learn about their manufacturing process, material quality, and see a demonstration of their precise fit and durability in real-world applications.
Related Product Features:
Manufactured from high-quality steel for stable and reliable performance.
Machined using precision machine tools for superior wear resistance and durability.
Features precise dimensions ensuring direct replacement for original factory parts.
Designed for low maintenance costs and high transmission efficiency.
Constructed to withstand high speeds, high loads, and alternating operating conditions.
Made from materials with high strength, toughness, and excellent wear resistance.
Ensures good material processability for complex gear shapes and high precision.
Engineered to reduce issues like gear impact and poor tooth engagement.
Faqs:
What are these transmission gears used for?
These gears, including part numbers AZ2210040309, AZ2210040319, WG2210040319, and WG2210040309, are spare parts specifically designed for HOWO Transmission models HW15710 and HW19710 gearboxes, used for shifting gears in heavy-duty vehicles.
What materials are these gears made from?
The gears are manufactured from high-quality steel, which provides high strength, toughness, and wear resistance, ensuring stable and reliable performance under demanding conditions.
Are these gears direct replacements for original parts?
Yes, these gears are machined with precise dimensions using precision machine tools, making them suitable as direct replacements for original factory parts in HOWO HW15710 and HW19710 transmissions.
What are the benefits of using these transmission gears?
Key benefits include low maintenance costs, high transmission efficiency, excellent durability due to wear-resistant construction, and reliable performance under high-speed and high-load conditions.