Pulley Lagging

Improved Traction
One of the primary pulley lagging benefits is that it improves traction between the belt and the pulley. This can help to prevent slippage, which can cause a range of issues, including increased wear and tear on the belt, reduced efficiency, and even the potential for accidents.
Increased Belt Life
Pulley lagging can also help to extend the life of your conveyor belt. By reducing slippage, pulley lagging helps to reduce the amount of wear and tear that your belt experiences, which can help to prolong its lifespan.
Improved Conveyor System Efficiency
Another benefit of pulley lagging is that it can improve the overall efficiency of your conveyor system. By reducing slippage and improving traction, pulley lagging helps to ensure that your conveyor system is operating as efficiently as possible.
Pulley lagging improves traction between the belt and the pulley, reducing load and wear on the drive, belt, pulleys, bearings, and take-up. Lag in the shop or on the system. Proper pulley lagging is an essential detail for efficient and cost-effective conveyor operation.
High Quality
Featuring a CN semi-vulcanized layer with a hardness below 60 Shore, this material exhibits excellent wear resistance and anti-corrosion performance. Its outstanding anti-aging properties ensure a general service life exceeding 5-10 years under standard pressure and temperature conditions. Notably, the bonding strength between rubber and metal is exceptional, measuring between 12-15N/MM. This surpasses the domestic hot vulcanized lagging sheet, which typically ranges from 3-10N/MM. The robust bonding strength effectively prevents cracking and splitting between the rubber layer and metal, contributing to the overall excellence of the rubber's performance.
Ease of Operation
The outstanding rubber friction coefficient plays a crucial role in preventing conveyor belt slippage, especially in wet and muddy working environments. This feature facilitates easy operation and construction, extends the drum's service life, and enables convenient and quick on-site construction.
High Strength
The rubber elastomer boasts dense molecules, offering impressive features such as excellent vibration absorption, mechanical impact resistance, high strength, good rigidity, no creep, and strong resistance to impacts, shocks, and water hammer. Additionally, it is easily transportable, installable, and maintainable.

Disconnect the power supply and hang the safety warning board.
We shovel glue according to the status of residual glue on the roller surface. If the residual glue exceeds 0.5m, a shoveling glue machine must be used to remove the residual glue.
Before shoveling the glue, the roller must be rotated by humans. If it cannot be rotated, the connecting pin between the roller and the reducer must be removed. If the residual adhesive area is less than 0.5m, then there is no need to shovel the adhesive.
Note: When shoveling the glue, the angle between the flat chisel and the roller surface should be 15-30 degrees, or it will shovel off the steel body, and damage the flat chisel.
Polishing
There are many dirt, dust, grease, water, rust, and other organic or inorganic contaminants on the surface of the metal, which affect the wetting of the glue.
In order to improve the bonding strength, it is necessary to adopt mechanical, physical, chemical, and other methods to rough, clean, activate the surface of the adhesive, and change the surface properties.
It can facilitate the glue infiltration, make the glue have a firm binding, and finally improve the durability and service life of the bonding.
After the surface treatment, the metal surface can be changed into a kind of adhesive surface with high activity and high effective area.
There are two ways that can solve the problem, mechanical grinding and sandblasting. They can provide the surface with appropriate roughness, increase the effective bonding area, improve the glue to the surface of the adhesive infiltration, and the adhesion performance.
For the metal surface treatment of the roller, we usually use the steel brush or grinding machine to brush the loose oxide layer.
At present, the angle grinder with a tungsten steel buffing disc to do the grinding treatment, not only can improve the grinding efficiency but also prevents the aging phenomenon on the surface of the roller.
Cleaning
After polishing the surface, there is a lot of dirt, dust, grease, water, rust, and other organic or inorganic pollutants, which affect the glue adhesive effect.
We should use a cleaning agent to clean the surface. The cleaning agent should have good quality, which can protect the metal surface from corrosion.
You can clean it several times to make sure the surface is totally clean. After the cleaning, dry it for some time, it can guarantee a good adhesive effect for glue.
Transition
Brush a layer of metal primer evenly on the roller metal surface. Waiting an hour to let it dry completely.
The metal primer can not only prevent surface pollution but also prolong the storage life of the treated metal. It's a great way to guarantee the wetting performance of the adhesive and increase its adhesive strength and durability.
Gumming
Evenly brush the prepared cold vulcanized glue on the roller metal surface, and let it dry completely. The drying time is about 15-45 minutes.
Brush the second layer of cold vulcanized adhesive after the first glue dries completely. After the second glue can slightly stick to the hand, you can do the final surface bonding.
The bonding surface of the common glue board should be polished and cleaned first, then brush the glue twice. TRS or REMA adhesive is recommended, they only need to be brushed once, and there is no need to polish and clean it.
Bonding
You should fix the bonding reference line on the roller surface first. After the second glue brushing, it's easy to find the reference line for the bonding pulley lagging.
Sealing
Use a knife to cut out the V-shaped opening at the seam of the Conveyor Pulley Lagging. The width of the outer opening is 15mm. Polish the V-shaped opening with a steel wire polishing brush, then brush off the rubber powder.
Next, you should brush the T2 adhesive to the V-shaped opening twice. Then use the T2 extrude gun to fill the T2 adhesive, at the same time, keep pressing down with a compacting roller.
Trimming
Use a rubber knife to cut off the excess rubber at the edge of the roller. Keep the angle of the rubber knife at an angle of 45° with the surface. While rotating the roller, remove the excess rubber.