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Urethane Wheels Manufacturers and Companies

IQS Directory provides an extensive list of urethane wheel manufacturers and suppliers. Utilize our website to review and source urethane wheel manufactures with our easy-to-use features which allow you to locate urethane wheel companies that will design, engineer, and manufacturer urethane wheels for your exact specifications. Our request for quote forms make it easy to connect with leading urethane wheel manufacturers. View company profiles, website links, locations, phone number, product videos, customer reviews, product specific news articles and other production information. We are a leading manufacturer directory who will connect you with the right manufacturers whether you are looking for urethane molded wheels, urethane caster wheels, or polyurethane wheels.

  • Odenton, MD 800-394-7883

    For FDA-approved materials for use in clean-room environments, contact American Urethane. Their urethane wheels have many benefits including extensive wear, abrasion resistance, elasticity, solvent resistance, color acceptability, low tooling costs and can withstand extensive temperature changes, amongst others. For your next order, be sure to call for a quote.

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  • Easton, PA 800-275-0818

    If you are in need of premiere polyurethane molding, then you have come to the right place. We precisely mix all kinds of urethane blends including blends between 20A and 90A as well as 70D. We have the expertise to design urethane sheets, rods, and tubes, as well as urethane covered parts. Many standard colors are available and can be cut to whatever size you require. For more information about our company please contact us today! We are excited to hear from you!

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  • Reno, NV 800-325-5463

    At FallLine Corporation, they believe that clear, effective dialog can save hours of time and minimize the possibility of errors. It is for this reason they invite customers to communicate directly with their engineering staff so that all difficulties can be solved quickly and efficiently. For all your product needs, including urethane wheels, be sure to contact FallLine.

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  • Denver, PA 717-336-7507

    We utilize the right tools for handling your tasks. We manufacture polyurethane molding solutions here in the USA. Our products are ideal substitutes for rubber, metal and other types of plastics due to the polyurethanes rigid but lightweight design. These units are resistant to oil, acid, vibration, abuse, shock and other forms of chemicals. If you have time sensitive projects then we can help with our fast turnaround and we offer a full range of stock products!

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  • Cranston, RI 401-946-4400

    MPC has been Shaping the Future of Polyurethane since 1965. Applying technical diversities in R&D, engineering and fabricating to sophisticated thermoset cast polyurethane processing sets MPC apart. A library of MPC patents is available to perfect your custom application.

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ARTICLES AND PRESS RELEASES

Polyurethane Guide Wheels Elevator Industry

American Urethane created these polyurethane guide wheels for an elevator industry client. These elevator wheels were created for high loads and high speeds for a smooth passenger ride. Elevator & Escalator Wheels, Tires & Treads The excellent load-bearing and shock-absorbing qualities of urethane, as well as improved cost/performance make it the material of choice in the manufacture of escalator and elevator tire treads. Urethane tread is known to last 3 to 4 times longer than conventional rubber tread. Learn more about our elevator and escalator parts at http://www.americanurethane.com/appl3.htm Whether... Read More

businessIndustry Information

Urethane Wheels

Urethane wheels are wheels that are made from molded urethane, alternatively referred to as polyurethane. Urethane contains urethane carbamate links, and is an elastomer, which is a portmanteau term of “elastic polymer.” Urethane wheels have all of the beneficial characteristics of metal, plastic and rubber wheels combined. They are more flexible, more cost effective, have higher resilience, better noise reduction, and are more resistant to impact, corrosion, and abrasion than metal. Urethane is better than plastic in terms of resistance to impact, low temperatures, cold flow, abrasion, and radiation. Furthermore, they can reduce noise, have greater resilience, have better elastic memory, and costs less than plastic. Finally, urethane outperforms rubber due to its broader range of hardness, easy customizability, and higher resistance to impact. Polyurethane wheels can also be recoated and retooled, avoiding expensive fine tuning costs in the process.

  • A multitude of different types of urethane wheels are available. Some of these types include:
  • Crowned wheels, which are typically used for turns in conveyor systems
  • Engraved wheels, which feature engraved patterns such as identification marks, brand names, or serial numbers
  • Desk wheels, which can be found in document processing equipment
  • Drive wheels, which assists in making industrial machines more resistant to abrasion
  • Compliant wheels, which are used for the processing of documents of varying degrees of thickness.

Molded urethane possesses other advantageous qualities such as durability, chemical and heat resistance, noise reduction, and elastic memory. Urethane wheels can vary in levels of hardness. They can be sponge soft, iron-hard, or any level of hardness in between. In addition to hardness, they can also be fabricated in a wide variety of colors, sizes, and shapes. Urethane wheels can be used for a multitude of applications including carrying case wheels, grocery carts, conveyor bearings, skateboard wheels, roller coaster wheels, and forklift drive and load wheels. Industries that benefit from urethane wheels include medical, athletic equipment, transportation, retail, industrial manufacturing, and material handling.

In addition to these applications, a new use for urethane wheels that has recently become popular is the use for rotating buildings. Structures such as the Five Sixty restaurant in Dallas, TX, and the Space Needle rotate, but do not use urethane wheels. Instead, buildings such as small restaurants or bed and breakfasts utilize urethane wheels to move the buildings along. These buildings have a simple traditional structure and are built on a steel frame, which is supported by a set of heavy urethane wheels that help the building rotate. These massive wheels weigh around 300 pounds each. In addition to the urethane wheels, the rotating buildings feature a non-rotating centralized area which houses the buildings’ electrical and plumbing lines. The rotating buildings can be controlled through software apps. Throughout the world, there are currently more than 10 rotating buildings, each varying from a house to a public attraction. The current cost of building one of these rotating buildings is around $400,000, which is significantly lower than the cost of building them when they were first introduced. Rotating buildings were inspired by the Everingham rotating house in Australia, and are continuing to become more popular.

Two main processes can be implemented to fabricate urethane wheels.

  1. Liquid casting, which involves the melting down of urethane to liquid state and pouring it into a wheel shaped mold to cool and solidify. Synthetic resins can also be utilized in this process. The liquid casting process is typically used for prototyping and smaller scale production processes.
  2. Injection molding, which involves melting the urethane down to a liquid form and using a low-pressure pneumatic injection gun to inject the liquid material into a wheel shaped mold through fill holes. Injection molding machines consist of a network of heaters, motors, and other moving components, which require a large amount of energy to operate. Fortunately, research has been done to make this process more energy efficient. Regardless, injection molding makes up roughly 32% of all plastic processing applications, and is one of the most popular forms of plastic processing today.

Urethane wheels can be formed from molded urethane through secondary processes as well. Urethane wheels can either be made from solid urethane, or a combination of urethane bonded to metals such as cast iron, aluminum, and steel. These wheels are preferable to more heavy-duty applications. Within a bonded-to-metal wheel, the core of the wheel is made of metal, while the tread of the wheel is made from urethane. The fabrication of urethane wheels is highly cost-effective, and urethane is approved by the FDA to be used in clean rooms and other sterilized environments.

More Urethane Wheels

Polyurethane Wheels
Polyurethane Wheels
Polyurethane Wheels – American Urethane, Inc.
Polyurethane Wheels – American Urethane, Inc.



Urethane Wheels Informational Video