Hamilton Poly-Tech Wheels: Unmatched Durability & Performance

Hamilton Poly-Tech Polyurethane on Polypropylene Wheel

Product Code: W-513-NF-1/2

Experience unmatched reliability and smooth operation with the Hamilton 5-Inch Poly-Tech Polyurethane on Polypropylene Wheel, designed for high-performance in industrial environments. This wheel is your key to efficient and secure mobility.

Key Features

• Load Capacity: 350 lbs - Ideal for heavy-duty applications.
• Size: 5" Diameter for optimal maneuverability and stability.
• Width: 1 1/4" - Provides a balanced and smooth roll.
• Hub Length: 1 5/8" - Ensures a snug fit for various equipment types.
• Bearing Type: 1/2" Ball Bearing - For smooth motion and reduced friction.
• Made from high-grade Poly-Tech Polyurethane on Polypropylene - Ensures durability and long life.

Perfect for use in warehouses, factories, and other industrial settings, the Hamilton wheel provides seamless mobility. Its robust design and materials guarantee longevity and consistent performance under heavy loads.

Hamilton Poly-Tech Polyurethane on Polypropylene Wheel - Top 10 Features

High Load Capacity

Supports up to 350 lbs, ideal for heavy-duty applications.

Durable Material

Made of Poly-Tech Polyurethane on Polypropylene, ensuring longevity.

Optimal Size

5-inch diameter for superior balance and stability.

Efficient Width

1 1/4-inch wide, providing a smooth roll and easy maneuverability.

Sturdy Hub Length

1 5/8-inch hub ensures a secure fit for various equipment.

Precision Ball Bearing

Equipped with a 3/8-inch ball bearing for fluid motion.

Smooth Performance

Designed to reduce friction and enhance mobility.

Versatile Application

Perfect for industrial, warehouse, and factory settings.

Product Code Identification

Easily identifiable with the unique code W-513-NF-3/8.

User-Friendly Design

Focus on practicality and ease of use in demanding environments.

Hamilton Poly-Tech Wheels: Industrial Strength and Quality

Detailed Specifications of Hamilton Poly-Tech Wheel

Load Capacity: 350 lbs at 3 mph, ideal for heavy-duty applications
Wheel Diameter: 5 inches, ensuring optimal stability and balance
Wheel Face Width: 1.25 inches, designed for smooth rolling and enhanced maneuverability
Hub Length: 1.625 inches, versatile for various fittings
Bearing Type: Non-Precision Ball, guarantees efficient movement
Shipping Weight: 1 lb, easy to transport
Wheel Color/Finish: Red Tread on White Center, for a visually striking and durable design
Wheel Type: Poly-Tech, engineered for high-performance in industrial settings
Wheel Core Material: Polyolefin, robust and built to last

Why Choose Hamilton Poly-Tech Wheels?

Discover the unmatched performance and reliability of our Hamilton Poly-Tech Wheels, ideal for industrial and heavy-duty applications. Embrace the blend of advanced design and robust materials for a wheel that delivers both functionality and aesthetics.

Expert Customer Support

Questions about our wheels? Our team of experts is here to assist you weekdays 8 am - 5 pm. We are committed to providing you with the best advice for your project needs.

Exclusive Online Deals: Hamilton 5-Inch Poly-Tech Wheel

Introducing the Hamilton 5-Inch Poly-Tech Wheel

Discover unmatched durability and efficiency for industrial applications with the Hamilton 5-Inch Poly-Tech Wheel.

Detailed Specifications

• Load Capacity: Up to 350 lbs at 3 mph - ideal for heavy loads.
• Wheel Diameter: 5 inches for enhanced stability and maneuverability.
• Wheel Face Width: 1.25 inches - ensures a smooth roll.
• Hub Length: 1.625 inches for a perfect fit.
• Bearing Type: Non-precision ball bearing for fluid motion.

Additional Features

• Shipping Weight: A light 1 lb for easy handling.
• Wheel Color/Finish: Red tread on white center - highly visible and stylish.
• Wheel Type: Durable Poly-Tech design for longevity.
• Wheel Core Material: Robust Polyolefin base.

Choose the Hamilton 5-Inch Poly-Tech Wheel for industrial strength, ergonomic design, and superior load capacity. Ensure smooth operation and durability in demanding industrial settings.