The Rotary Larger Heavy Duty Studs HW700008004 provide a reliable solution for centering wheels on trucks and buses with larger stud holes. Designed to deliver precise alignment, these studs enhance vehicle performance and ensure a smoother balancing process. Their seamless compatibility with GAR171, GAR172, and GAR173 adapters allows technicians to tackle a wide range of heavy-duty applications with ease.
Optimized for Heavy-Duty Applications:
These centering studs are ideal for vehicles requiring larger stud hole accommodations. They improve wheel alignment, reducing vibrations and optimizing tire and suspension performance. By ensuring accurate centering, they minimize wear and tear on critical components and enhance overall vehicle efficiency.
Built to Last:
Constructed from premium, durable materials, the HW700008004 studs withstand the demands of high-volume workshops. Their robust design guarantees long-term reliability, making them a smart investment for professionals handling heavy-duty vehicles daily.
Key Features:
- Specifically designed for trucks and buses with larger stud holes.
- Compatible with Rotary adapters GAR171, GAR172, and GAR173.
- Improves wheel alignment for precise balancing.
- Reduces vibrations for smoother performance and extended tire life.
- Engineered with durable materials for maximum longevity.
Boost Efficiency and Accuracy:
The Rotary Larger Heavy Duty Studs HW700008004 streamline the balancing process. Their compatibility with a wide range of adapters simplifies the task, allowing technicians to work more efficiently while maintaining precision. These studs help reduce vehicle downtime, enabling workshops to handle more jobs in less time.
Applications:
These studs are a versatile tool for professionals working with trucks, buses, and other heavy-duty vehicles. Their robust design and precision-focused engineering make them an essential addition to any workshop.
Choose the Rotary Larger Heavy Duty Studs HW700008004 to elevate your balancing process with unparalleled accuracy, efficiency, and durability.