The round cross-section of the round belt makes it ideal for use with light-loading equipment and with smaller jobs needing continuous motion. They are intended to be used with pulleys that have a groove in the shape of a V. Other names for round belts that are frequently used include O-ring belts, endless round belts, and endless drive belts. Read More…
Leading Manufacturers
Dura-Belt, Inc.
Hilliard, OH | 800-770-2358Our conveyor belts are ISO 9002 and FDA certified. We can use our belts in nearly every industry, from transmission timing belts to conveyor belts for foods.
AFC Materials Group
Lake in the Hills, IL | 800-334-9372In business since 1988, our DuraFab, DuraFlow, DuraLam, DuraSil, and DuraChef conveyor belts might be familiar names to you. As a conveyor belt manufacturer, we know our PTFE and silicone-coated belting products have assisted many with commercial, food, industrial and military applications.
Fenner Dunlop Americas
Coraopolis, PA | 412-249-0700Fenner Dunlop Americas has built a reputation in belt manufacturing, and our goal is to find the perfect solution for you. Our staff is dedicated to your needs and we are capable of assisting you in finding the belt your application requires. To learn more about the details of our industrial belts then simply visit our website or give one of our representatives a call.
Akron Belting & Supply Company
Akron, OH | 800-841-4976We are masters of all conveyor belt systems, ranging from plastic conveyor belts to the more traditional rubber belts. We can manufacture belts for any industry, and we serve over 16 countries around the world. As a company who started small, we believe it is our dedication to customers that made us who we are today. Find out more when you give us a call today!
Round belts are mostly utilized for powered roller conveyors, line shaft or live roller conveyors, and power transmission applications. One advantage is that users can easily purchase them from any source of circular belts, cut them to length, and then combine them to fit the pulley system.
These belts do not require a belt tensioner because they are intended to stretch. This circular belt minimizes surface contact with the component, making the conveyors for which it is used appropriately for drying or lowering product contamination. Round belts are often constructed from polymer materials, which exhibit excellent chemical and abrasion resistance and do not require tensioning or tracking modifications.
A round belt is appropriate for clean rooms because it lacks fibers. Light- to heavy-duty power transmission belts include round and o-ring belts. Other names for these goods include endless-drive belts and endless-circular belts. Round belts are cylindrical lengths of material that can be solid or hollow. They require stretching or elongation to function and rely on friction to keep in touch with the belt pulleys.
Types of Round Belts
Round belts come in various polymers and designs with various strengths, elasticities, and transmissions. Nitrile rubber is suitable for procedures involving oils and alcohols since it is resistant to petroleum hydrocarbons. The second material is neoprene, which can sustain a wide range of temperature ranges and is extremely durable due to its resistance to twisting and fracture. The third type is polyurethane, which includes various circular urethane belt varieties. These are typically resistant to abrasion. Rubber, the fourth and final category, offers distinct elastic qualities.
Buna-N often referred to as nitrile rubber, is a synthetic rubber copolymer made of butadiene and acrylonitrile. It works well in applications requiring lubricants, hydraulic fluids, and alcohols because it is resistant to petroleum hydrocarbons. The recommended operating range for Buna-N is around -30° to 275° F.
Neoprene is a synthetic rubber made by polymerizing chloroprene giving the rubber great flexibility and strong chemical stability. It functions effectively in contact with oils and chemicals like nitrile rubber. Neoprene can function successfully at temperatures ranging from -45° to 230° F and is renowned for resisting twisting and breaking damage.
A wide range of polyurethane polymers provides outstanding elongation, recovery, and toughness properties. They are also flexible and resilient to abrasion.
Common Problems Encountered With Round Belts
- The belt rips off at the tail pulley.
Reason: Belt swerving across the loading region and around the tail pulley
Solution: Install training idlers (pulleys that guide a belt) on the return side before the tail pulley as a solution.
Reason: Material spills and accumulation
Solution: Improvements can be made to loading and transfer circumstances by cleaning equipment and regular maintenance.
Reason: Idlers or pulleys that are not aligned with the belt's middle line
Solution: Adjust idlers in the affected area as a solution.
- The belt rips off at the head pulley.
Reason: Worn-out pulley lagging
Solution: Replace the pulley lagging as a solution.
Reason: Material spills and accumulation
Solution: Improvements can be made to loading and transfer circumstances by cleaning equipment and regular maintenance.
Reason: Idlers or pulleys that are not aligned with the belt's middle line
Solution: Adjust idlers in the affected area as a solution.
Applications of Round Belts
Round belts are cylindrical solid or hollow material lengths that use friction to maintain contact with belt pulleys. Therefore, they require stretching to function. These circular belts are frequently employed in power transmission applications for machines used in packing, printing, photocopying, transporting, and imaging.
Conveyors can be set up differently from the straight conveyor by using round belts to transmit power. For example, round belt conveyors can spin 90 degrees (a quarter turn) round belts to turn a shaft whose axis is rotated a quarter turn away from the drive shaft and supply power transfer for straight conveyors.
