Download: SKE Conveyor Pulleys Catalog
A conveyor will always consist of at least two pulleys, head pulley and tail pulley, with additional pulleys used depending on the configuration. Standard-duty pulleys are usually adequate for simple applications, but mine-duty and engineered pulleys are also available where heavy-duty pulleys are required. The conveyor drum pulleys are the most commonly used. SKE may be one of your conveyor pulley manufacturers.
|Pulleys Type||Drum Pulleys, Wing Pulleys, Drum Motor|
|Bushing Options||TL(Taper Lock), QD, XT, KLD(Keyless Locking Device)|
|Lagging Materials||SBR, Neoprene, SOF, SAR, Urethane, Husky, Static Conductive Neoprene, MSHA, Cold Bond Rubber Lagging Available On Request|
|Lagging Type||Smooth, Chevron, Herringbone, Diamond, Ceramic, Vulcanized Ceramic, Slide Lag, We Offer Relagging Of Current Non-Damaged Drums.|
Holz Slide Lag-Compound
|Hub Options||Welded Hub, Integral Hub, Profile Disc, Turbine End Disc, T-Section|
|Duty Option||CEMA Rated, Prime, Mine Duty, Quarry Duty, Super Duty, Custom|
|Profiles||Flat, Spiraled, Crowned, Trapezoidal Crown|
The function of conveyor pulley lagging is to increase friction with the conveyor belt while protecting the shell from damage. There are several types of pulley lagging, including rubber and ceramic lagging. Depending on your specific application requirements, we offer a variety of sizes and lagging options from leading suppliers. As one of the leading conveyor pulley manufacturers in China, we can supply you lagged conveyor pulleys.
Plain Rubber Lagging for non-drive pulleys to provide better traction. Diamond, Herringbone, and Chevron Grooved Rubber Lagging are ideal for conveyor drum pulleys that require more friction on the conveyor belt.
Dimple Ceramic Lagging – The dimples press into the belt, assisting in driving the conveyor efficiently. Smooth Ceramic Lagging is typically used with non-drive pulleys and offers a middle ground between dimple ceramic lagging and rubber lagging.
STEP1: Determine the Face Length of the Conveyor Pulley.
STEP2: Determine the Anticipated Belt Tension of the Conveyor System.
STEP3: Determine the Outer Diameter and Shaft Diameter of the Conveyor Pulley.
STEP4: Determine the Style of Hub Connection.
STEP5: Determine the Pulley Configuration.
STEP6: Determine the Profile of the Pulley Face.
STEP7: Determine the Appropriate Component Materials.
STEP8: Determine the Type of Contact Surface Required.
STEP9: Other Important Specifications to Consider.
1. Wide range of applications for all industries from lightweight to heavy-duty.
2. From drum pulleys to wing pulleys, and you can always get your needs from our company.
3. Decades of experience in conveyor pulleys R & D, and we can cover quality.
4. For special order, please provide conveyor pulley drawings.
5. The affordable price for your projects is also important.
6. Get your needs from conveyor pulley manufacturers directly.