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Conveyor Belts

Conveyor belts are integral parts in conveyor systems that continuously transport items from one area to another by an endless, flexible and flat piece of material on a series of rollers. They are usually powered by an electric motor and operate continuously and automated, cutting down production time as well as labor costs.

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Our 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. We carry all companion products for our belts so that you can install and use your systems faster. We stand behind what we do, and even skip tooling charges. Contact us to find out more today!
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We are your premier source of all things pertaining to conveyor belts. Our conveyor belts come ready to serve in many different industries including metal stamping, wood, material handling, paper converting and many other diverse industries. Since we first opened our doors we have been providing our customers with exceptional customer care to keep you coming back to us for all of your needs! Visit us online today to learn more!
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For over seventy years we have been providing our customers with conveyor belts that the competition cannot hope to match! We use our skilled and experienced staff members to manufacture and design custom products that you can count on to provide a lifetime of value. We have made it our mission to ensure that our customers are receiving the highest quality care at all time in order to keep you coming back to us for all of your needs! Visit us online today!
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We have been manufacturing top of the line conveyor belt products since 1971. We are committed to our customers around the world and providing them with a custom designed product that will fit their unique needs. With many locations around the world we are dedicated to serving our customers no matter where they need us. Visit us online today or get in touch with our customer service representatives today via telephone or email to learn more!
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We have many different conveyor belts for your convenience of choice. For over 50 years we have been manufacturing the conveyors belts that our customers count on to keep their businesses moving along smoothly. Our conveyor belts come oil and fat resistant, flame retardant and MSHA approved in order to better serve you! Get in touch with our customer service representatives today to learn more about how we may benefit you!
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With an inventory of over three hundred and twenty five belting options; we have the conveyor belt that you have been searching for! Offering some of the quickest turnaround times in the industry we will provide you with the products that you need exactly when you need them most! Visit our website or get in touch with our customer service representatives today to learn more!
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Industry Information
View A Video on Conveyor Belts- A Quick Introduction

Conveyor belts are made from many different materials, all of which are durable, long-lasting and able to safely operate without interruption. Conveyor belt materials are either seamless and flexible or constructed out of hard pieces that are able to move easily. Rubber belting is the most common type, closely followed by polyurethane belting (which is sometimes referred to as urethane belting) and plastic conveyor belts. Within the manufacturing industry, there are many different kinds of industrial belts, the most common of which is flat belting, which operates continuously. Continuous belting varieties are often called endless belting. Round belts are most commonly used as power transmission belts, though they can also be used to keep flat belts securely on their rollers during twists and turns in conveying processes. Conveyor belting is also used in many engine varieties. These include power transmission belts like V belts, which have triangular, trapezoidal or V-shaped cross sections. Timing belting is used in internal combustion engines and is manufactured with small teeth that interlock with engine gears and cogs. Since the applications for conveyor belts are so numerous, many facilities have specialty belting custom made for a specific function.

Assembly lines are the most common places to find conveyor belts. Food and beverage processing, automotive manufacturing, electronics production, packaging, recycling, agriculture, pharmaceutical, printing, mail sorting, waste management, milling, commercial goods production and metal fabrication operations all use different kinds of belts to convey materials, parts, finished products, packaging like bottles and boxes and large quantities of goods ready to ship on pallets to different areas of a manufacturing facility. Without a full conveyor belting system, these operations could spend a large amount of time transporting their products within and outside their premises. Machines like elevators and anything using an internal combustion engine, including aircraft, electric generators, automobiles and trains also make use of conveyor belts. These belts, however, are used to transmit energy rather than convey goods. A popular application for standard flat, flexible rubber belts is at grocery stores. Nearly every store that sells large quantities of small goods have conveyor belts at each checkout line to speed up the process and help the cashier.

Conveyor belting suppliers offer different styles of products, which are available for unique applications. For example, fin belts flex and catch fast-moving containers to separate and move them into their respective cartons in packaging facilities. O-ring belts, also known as endless round belts, connect the outside edges of wide flat belts to chains along curves on conveying systems so that the flat beds do not slip inward. Round belts are generally not used to convey objects. Many conveyor belting suppliers have selections of belts made of certain materials that are resistant to harsh conditions and environments like freezers or ovens. These belts are made specifically to resist very high or low temperatures as well as acid and chemical exposure, among other hazards. Conveying systems that are inclined and must work against gravity use belts with ridges or a corrugated surface to keep objects in place when in motion. Most flat belts are composed of two or more layers. They consist of a core material made of fabric or plastic mesh, which is then coated with layers of the surface material, usually a rubber composite or plastic.

Conveyor belts can be made from various materials, ranging from rubber compounds and leather to polyurethane and PVC to wire mesh composed of assorted metals, including stainless steel and carbon steel. A number of characteristics differentiate conveyor belting types. Different sizes and groove shapes are examples. For instance, if the traction on a conveyor system is an issue, a good choice is a deep slotted V-belt. Sizes also play a key role in determining belt configuration. If a mining company needs to load thousands of pounds of copper onto a conveyor all at once, the belt must be wide enough and strong enough to handle the load. Many conveyor belt manufacturers will design and manufacture uniquely shaped belts for specialty uses, such as food processing. Some conveyor belting features raised stoppers or blockaded sections to more easily sort and package the food. Because of the wide variety of conveyor belt configurations available and the equally wide variety of conveyor manufacturers and suppliers, any operation that needs one can easily find the right conveyor belting for its purposes.

conveyor belts
Image Provided by DuraBelt, Inc.


  • Anti-static belts contain no static prone materials such as carbon.
  • Anti-vibration belts minimize vibrations throughout conveyor systems, which is necessary with misaligned pulleys. These vibrations slowly abrade and stretch belts.
  • Armored belts have crosswise insertions in the cover, made of materials like steel, to decrease tearing by sharp conveyed objects.
  • Cable belts are belts reinforced with cables. Made from various metals, these cables add a great amount of strength along the length of the belt. 
  • Conveyor belt materials like rubber, plastic, leather and metal are all used for the construction of power transmission belts and conveyor belts.
  • Endless belting products are conveyor or power transmission belts that are constructed without a seam.
  • Fin belts have fin-like structures protruding from the belts themselves, making them useful in applications such as catching containers and moving them into boxes.
  • Flat belts are linear belts used in conveyor systems that are characterized by their flatness as opposed to the shapes of other conveyor belt varieties, such as round belts. 
  • Industrial belts are power transmission belts and conveyor belts intended for use in industrial contexts.
  • Multi-speed belts can be used in variable speed applications such as automobiles and snowmobiles.
  • Plastic conveyor belts are belting varieties that are constructed from shaped plastic materials.
  • Power transmission belts are belting products that are used for the transmission of power from one part of a machine to another. 
  • Round belts are belting varieties, usually employed as power transmission tools, that are characterized by their round shape.
  • Rubber belting products are uniform bands that are made of an elastic material constructed of natural or synthetic materials. The source of most natural rubber products is the Para rubber tree, while synthetic rubber varieties include neoprene, silicone and many other examples, all of which can be employed as conveyor materials.
  • Specialty belting is any belt product that is used for specialized or atypical purposes. Such belts are employed as power transmission tools in unconventional or unusual engines or process machinery. They can also be employed as materials transportation tools in non-standard conveyor systems.
  • Timing belting products are power transmission belts that are employed primarily as control systems in automobile engines. Specifically, timing belts are used for the regulation of valve positioning in a combustion engine.
  • Twisted belts are designed to replace endless round belts that are damaged or destroyed. These belts are quickly and easily installed without needing to dismantle the drive shafts. 
  • Urethane belting is the name that is often erroneously assigned to belting products made of polyurethane. Urethane and polyurethane are chemically distinct; they are easily confused with each other because of the similarity of their names.
  • V-belts have a v-shaped profile. There are many variations of the v-belt, but most are either standard or inverted.

Conveyor Belt Terms

Automatic Take-Up - A device that is used to maintain the proper level of tension in a conveyor belt, in order to compensate for the stretch and shrinkage it undergoes.
 
Backstop - Device that stops an elevator conveyor belt from falling backwards after it has been stopped.
 
Bed - The surface over which a conveyor belt slides.
 
Belt Clamp - Beams or metal plates at either end of a conveyor belt, used to hold it in place.
 
Belt Fastener - Holds the ends of belts together.
 
Belt Installer
- A simple tool used to install a belt on a roller system. With belt installers, installation occurs more quickly and does not have to be done by hand.
 
Belt Width - The distance across a conveyor belt, measured from the outside end of a rod on one side to the outside end of the rod on the other side.
 
Carrying Run - The part of the conveyor belt that carries the load between loading and discharge points.
 
C-Clip - A device clamped to shafts and used to hold spools in place.
 
Clinched Selvage - Locking the connecting rods so that the end of one rod is looped back through an extra hole on each edge of the belt and bent so that is parallel with the strip.
 
Drive Sprockets - Used to pull the loaded conveyor under power, located at the discharge end of the conveyor.
 
Drive Tension - The total tension a conveyor belt can handle without failing.
 
Flexing - The bending of a conveyor belt.
 
Immediate Set - The amount of deformation measured on a conveyor belt immediately after the load is removed.
 
Impact Resistance - A belt's ability to absorb load impact without damage.
 
Lateral Pitch - Distance measured across the belt width, between the center of one drive opening and the center of the next.
 
Mesh - An openwork structure or fabric. In the belting industry, wire mesh serves as a heavy-duty belt material configuration.
  
Pulley - A simple device that consists of a wheel containing a grooved rim. The belt or chain connected to the pulley can change direction and lift a load; pulleys are usually attached to both ends of belting systems.
 
Reefed - When a belt is folded back and forth on itself.
 
Splice - Connecting between two ends of a belt by interweaving both sides together.
 
Spool - Serves as a clutch in the belting industry. When boxes are jammed, spools slip and prevent the belts from abrading; also, when hands or hair get caught in a roller, the spool kicks in and allows for safe recovery.




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