Ceramic Lagging Flexco

Use the filters at the left to refine your results and find the flex lag pulley lagging that is best suited to your application.

Ceramic lagging flexco.

Its design allows for installation in a fraction of the time compared to conventional lagging because flex lag does not require removing the pulley from the conveyor system. Flex lag does not require removing the pulley from the conveyor system. Also works with pulley diameters ranging from 16 to 72 400 1800 mm to match belt widths. Flex lag full ceramic lagging is the reliable solution for belt slippage problems that conventional rubber lagging often can t correct.

Strip widths from 20 to 101 500 mm 2560 mm to match pulley face widths. The lagging boasted the following benefits. At flexco we pride ourselves on helping you and your belt conveyor system work better than ever before. Flex lag medium ceramic lagging featuring 39 coverage offers a lagging option between diamond pattern ceramic 13 coverage and full ceramic 80 coverage.

Enter your values below to calculate the appropriate number of strips rolls required for your application change to metric. 8 200 mm roll length. 83 hra rockwell hardness scale a. In fact with 80 tile coverage it features the highest coefficient of friction available in lagging materials two to three times the friction of rubber in wet muddy or dry conditions.

Installation use the flexco lagging calculator to determine the appropriate number of strips required for your application. 83 hra rockwell hardness scale a. That s why we don t just sell products. We partner with you to enhance productivity.

Aluminum oxide al203 ceramic hardness. Flex lag full ceramic lagging fras rubber thickness belt width ceramic length strip length dimpled tile smooth tile. Isconsin aenue oners roe l sa tel. Use the flexco lagging calculator to determine the appropriate number of strips rolls required for your application.

The lagging was specified as a precaution to protect the steel pulley drum and combat belt slippage. The 80 coverage dimple ceramic flex lag was installed in 2001. An example of such a condition is the pulleys on a bucket elevator where the pulleys operate within the enclosed elevator housing and material cannot be prevented from becoming trapped between pulley shell and belt. It provides very good performance in dry wet or wet muddy applications where slippage can occur while also offering the excellent wear life of ceramic tiles at an affordable cost.