Hamilton Duralast XC70: The Ultimate Wheel for Industrial Strength

Exceptional Durability and Performance

The Hamilton Duralast XC70 Polyurethane (70D) on Cast Iron Wheel is designed for unparalleled durability. Its robust construction makes it ideal for demanding industrial environments.

Optimized Dimensions for Versatile Use

With a 6" diameter, 3" width, and a 3 1/2" hub length, this wheel is versatile for various applications. The 3/4" sealed precision ball bearing ensures smooth operation under heavy loads.

Advanced Material Composition

The combination of XC70 Polyurethane and a strong cast iron core provides a perfect balance of toughness and resilience, ensuring long-lasting performance and protection against wear and tear.

Superior Load Capacity

This wheel is built to support substantial weights, making it suitable for heavy-duty industrial use. It ensures reliable performance even under strenuous conditions.

Smooth and Quiet Operation

Designed to reduce noise and provide a smooth roll, the W-630-DB70-3/4 wheel enhances operational efficiency while minimizing floor damage.

Why Choose Hamilton Duralast XC70?

Choosing the Hamilton Duralast XC70 means investing in a wheel that offers longevity, reliability, and efficiency. It's an excellent choice for those who require the best in industrial mobility solutions.

Top 10 Features of Hamilton Duralast XC70 Polyurethane Wheel

• 1. Durable Polyurethane Material: 70D XC70 polyurethane ensures long-lasting use.
• 2. Robust Cast Iron Core: Provides strength and resilience under heavy loads.
• 3. Large Wheel Dimensions: 6" diameter and 3" width for versatile applications.
• 4. Precision Ball Bearing: 3/4" sealed bearing for smooth, efficient movement.
• 5. High Load Capacity: Ideal for heavy-duty industrial environments.
• 6. Noise Reduction: Designed to operate quietly, minimizing disturbance.
• 7. Floor Protection: Non-marking polyurethane preserves floor surfaces.
• 8. Enhanced Maneuverability: Effortless steering in tight or crowded spaces.
• 9. Low Maintenance: Easy to install and requires minimal upkeep.
• 10. Versatile Use: Suitable for healthcare, industrial, and retail settings.

Detailed Specifications of the Hamilton W-630-DB70-3/4 Wheel

Hamilton Duralast XC70 Polyurethane on Cast Iron Wheel: A Comprehensive Overview

Introduction to Hamilton Duralast XC70 Wheel

The Hamilton Duralast XC70 Polyurethane (70D) on Cast Iron Wheel, model W-630-DB70-3/4, represents a pinnacle in industrial wheel design. Engineered for heavy-duty applications, this wheel combines strength, durability, and performance, making it an ideal choice for a wide range of industrial environments.

Key Features and Benefits

The wheel's unique composition of 70D XC70 polyurethane on a robust cast iron core offers exceptional toughness and resilience. It's designed to withstand substantial weights, ensuring reliability under strenuous conditions. The 6-inch diameter and 3-inch width provide the perfect balance between maneuverability and stability. Furthermore, the 3/4" sealed precision ball bearing facilitates smooth and efficient movement.

Advantages in Industrial Settings

Particularly suited for industrial settings, the Hamilton Duralast XC70 wheel excels in applications where durability and load capacity are paramount. Its noise reduction feature enhances operational efficiency, while the non-marking polyurethane ensures floor protection, crucial in environments like healthcare and retail facilities.

Ease of Use and Maintenance

Designed with user convenience in mind, the wheel is easy to install and requires minimal maintenance, making it a practical choice for businesses prioritizing efficiency and productivity. Its versatility across various settings, including healthcare, industrial, and retail, adds to its appeal.

Why Choose Hamilton Duralast XC70?

Selecting the Hamilton Duralast XC70 means investing in a wheel that promises longevity, reliability, and superior performance. It stands out as a top-tier solution for enhancing mobility and efficiency in demanding industrial environments.