Side Guide Roller for Conveyor Belt (Steel)

Returns and Refunds Policy
We have a 30-day return policy. Request a return within 30 days of receiving your item.
Items must be unused, with tags, and in original packaging. Proof of purchase is required.
Contact to start a return.
If accepted, we will send a return label and instructions.
Items sent without approval will not be accepted.

Damages and Issues
Inspect your order when received. Contact us immediately if the item is defective, damaged, or incorrect.

Warranty Policy
PROGUIDE warrants products against defects in material and workmanship under normal conditions.
Warranty is 24 months from delivery or 2,000 operating hours, whichever comes first.
Report defects within 30 days of failure before any repairs or returns.
We will repair or replace defective products.
We are not responsible for costs beyond repair or replacement.
Non-compliance may void the warranty.

Exceptions and Non-Returnable Items
We do not accept returns for perishable goods, custom items, personal care goods, hazardous materials, sale items, or gift cards.
Contact us if you have questions about your item.

Exchanges
Return the item first. After approval, place a new order for the replacement item.

European Union 14-Day Cooling-Off Period
If shipped into the EU, you can cancel or return your order within 14 days.
Items must be unused, with tags, and in original packaging.

• Steel

  Steel is the most preferable material in manufacturing conveyor rollers due to its unmatched strength and exceptional durability. Steel conveyor rollers provide outstanding support for heavy loads, particularly in industrial settings, and have high tensile strength. Examples of large steel rollers are used in mining operations and heavy manufacturing, demonstrating their capability to handle significant wear and mass over prolonged periods.

• Stainless Steel

  Companies operating in environments prone to moisture, chemicals, or extreme temperatures prefer stainless steel rollers. The excellent corrosion resistance of stainless steel guarantees a longer functional lifetime in such conditions. Food and beverage sectors, as well as chemical processing plants, frequently employ stainless steel rollers, ensuring safety and cleanliness in product transit.

• rubber

  Rubber conveyor rollers, which have a steel core enclosed with rubber, provide an anti-slip surface and are used in areas where higher friction is necessary to avoid load slippage. They are also extremely useful for noise reduction and minimizing the risk of damage to fragile items. Rubber rollers find accommodation in package handling sectors and warehouses, helping keep items secure throughout Transit.

• Polyurethane-Urethane

  Polyurethane offers an extraordinary balance between flexibility and resilience, thus making it ideal for conveyor rollers. Additionally, it is abrasion-resistant and can accommodate a wide variety of temperature ranges, making it suitable for multiple kinds of environments. Polyurethane rollers benefit industries that deal with sensitive materials and require long-lasting durable parts to ensure smooth operations.

• Sealed bearings

  These are machine components in which the steel balls or rollers enclosed by the inner and outer races of the bearing are sealed by a rubber or metal seal, or shield. They are used in difficult working conditions and in the machinery where maintenance needs to be minimized, such as in dust, grit, or water environments.

• Steel Balls

  Its rolling elements are typically fabricated with high-carbon chromium steel or other heat-treated alloys that provide unmatched durability. Steel balls also have superior wear resistance, enabling them to withstand massive loads and the grinding action characteristic of industrial applications. In addition, balls are sometimes coated with materials like chrome for enhanced corrosion resistance.

• Cylindrical Rollers

  Cylindrical roller bearings offer a larger contact surface area, which reduces friction when compared with other bearing types. These rollers are ideal for applications involving heavy radial loads since they distribute loads evenly across the bearing, thus prolonging the conveyor's life. Typical users include mining and heavy manufacturing industries, where rollers can withstand enormous loads during operations.

• Tapered rollers

  Tapered roller bearings are uniquely designed for both radial and axial loads, providing a conical shape that offers greater stability for the roller conveyor system under dynamic loads. Specifically, these bearings are commonly found in applications requiring directional support and load management, such as forklift roller conveyors operating in heavy warehousing and construction areas.

• Needle rollers

  Formed from slender, cylindrical elements, needle rollers are especially useful in application areas that are constrained and can only afford to fit slim roller bearings, as in some conveyor systems. While they provide less surface contact than other roller types, needle rollers offer exceptional load-bearing capabilities and are useful in automating systems with limited space available.

• Ceramic balls

  These have recently become a favorite as a material for the production of rollers due to their lightness and extremely high resistance to corrosion and wear. Common materials for ceramic balls include silicon nitride or alumina. Solar panels, as well as chemical processing belts, value ceramic rollers because they provide outstanding performance for an extended period when the environment is adverse.

• Transportation of Materials

  The main purpose of a carrier roller in a conveyor system is to support the belt and enable smooth transportation of bulk materials, packages, and individual items. In large industries such as mining, agriculture, and logistics, the conveyor system dramatically reduces manual handling and increases efficiency, moving materials over long distances and through complex facilities.

• Support and Stability

  Conveyor carrier rollers are the most integral components that provide support to the conveyor belt. They deposit the weight of the items on the belt, transmitting the load through the roller and minimizing wear and tear on the belt itself. This function is important in keeping the stability of the system; it permits even weight distribution, thus preventing sagging or distortion, which can ultimately lead to failure of the components.

• Facilitating Directional Movement

  Besides carrying and distributing the weight of the load, carrier rollers also assist in the movement of the conveyor belt in the right direction. This orientation keeps the belt taut to prevent slippage, giving the system accurate control over the movement of materials from the particular source to the destination. This accuracy directly correlates with operational efficiency and safety.

• Durability

  These rollers operate in very harsh conditions, which include exposure to dust, moisture, and extreme temperatures. The materials from which they are manufactured are hard-wearing so that they can withstand heavy impacts, frequent abrasions, and extensive wear. The durability enables conveyor systems to run reliably and continuously without frequent breakdowns.

• Application of brake systems

  The proper functioning of carrier rollers contributes immensely to the application of the conveyor's braking system. It affects the roll and friction coefficient on the conveyor roller, giving the system its stopping capacity and controlling the load's descent. This is critical in the incline conveyor systems, where accurate control over the speed of the descent conveys not only efficiency but also safety.

• Load Capacity

  The first consideration should be the weight that the roller will carry because of the need to withstand the weight of the load. Provide that the roller bearings are manufactured with rated loads, which means that they are capable of carrying or supporting certain weight limits. When selecting rollers, ensure that the required load per roller does not exceed the load bearing capacity of individual rollers to avoid roller failure.

• Roller material and coating

  In the case of conveyor system application, the environment determines which materials and coatings are most suitable to be used. For instance, in manufactured areas where moisture or chemicals are prevalent, the use of carriers manufactured with stainless steel or coated steel rollers is advisable. In the case where extreme temperature appears, the use of heat treated or high alloy materials is recommended.

• Roller diameter and width

  Roller dimensions affect the belt application as well as the load support. Wider rollers provide better load support, whereas larger diameter rollers reduce the belt contact area resulting in improved friction and wear. Select the roller size that will be compatible with the existing conveyor system and where the application demands proportional adjustment of the size depending on the load and environment.

• Maintenance and longevity

  Strongly consider the demands of the roller in terms of maintenance and what the expected lifetime is. Sealed and greaseless rollers tend to be more cost-efficient because of their low maintenance compared to open and grease-demanding types. For heavy-duty applications, durable rollers likely have low operational costs for the users as they are more resistant to frequent wear.

• Compatibility with existing systems

  Finally, the roller being selected needs to be compatible with the existing conveyor belt systems. It concerns both the mechanical and functional aspects of the rollers in relation to the belt; the material needs to be properly integrated and coordinated with the drive and tension systems. Conduct a professional assessment of the entire system to ensure total compatibility before settling any specific component.