Conveyor Belt when slips causes significant damage to the drive pulley and the belt. Such damages are not only expensive to repair, but also time consuming and cause enormous loss due to down time.
Belts need good traction with the drive pulley to prevent slips that can cause major damage.
The life span of a conveyor system primarily depends on its being suitably equipped for the specific application and the standard of servicing and maintenance. The conveyor systems often have to perform in the most difficult conditions. For example rain and sludge, which cause slippage between the conveyor belt and pulleys because of the friction co-efficient between the two.
Forech offers both plain and patterned pulley lagging with specially developed rubber materials and their plain and patterned surfaces have proved to be very effective in water shedding, preventing material build up and controlling belt slippage.All lagging products can be provided with a Bonding Layer for easy installation with cold glues. In addition, Forech also offers a buffed and plain surface to suit your particular needs and budget.
A very special range of ceramic pulley lagging is offered by Forech to provide very high levels of drive and wear resistance for conveyor pulleys that operate in medium to heavy duty applications in wet and muddy conditions..
Patterned Sheet Pulley Lagging
Forech offers a comprehensive range of Patterned Sheet Pulley Laggings to suit every conceivable conveyor installation. The Pulley Laggings offered by Forech are produced in different thicknesses, rubber qualities and patterns to ensure selection of the most appropriate type, to suit all application requirements.
The Sheet Pulley Laggings offered by Forech come with CN Bonding Layers for better adhesion levels. The profiled patterns on the top surface, in diamond or square embossing improve belt grip and tracking on conveyors, while reducing belt wear. The Sheet Pulley Lagging is available in various grades of rubber, including FRAS and oil resistant grades.
- Easy to install
- Minimum wastage and economically priced
- Reduced adhesive use due to Bonding Layer
- Shorter lead times
- Maintains friction grip under unfavourable drive conditions
- Increased friction coefficient between the pulley and the conveyor belt
- Extremely helpful while running in wet conditions
- Prevents dirt build up in pulleys
|Profile||Large Diamond||Small Diamond||Mini Diamond||Square Profile|
|B Diagonal length (mm)||88||47||33||28|
|L Diagonal length (mm)||51||27||17||28|
|S Gap between the profiles (mm)||8||6||6||4.5|
|D Depth of Profile (mm)||6||4||3||3|
|T Minimum Thickness (mm)||10||8||7||8|
|Product Width (mm)||1500
|Finish on Face||Plain||Plain||Plain||Plain|
|Finish on the Bonding side||With Bonding Layer (Adhesive/Tie Gum Layer)
Without Bonding Layer - Smooth
|Standard Roll Length (m)||10*||10*||10||10*|
* Length up to 50 metres can be supplied on request.
Hot Bonding of precured Pulley Lagging
Forech Lagging is also available, and is specially manufactured strips that allows it to be hot bonded onto pulleys. This unique innovation allows for press cured strip lagging to now have the additional advantage of hot bond to the steel pulley. The high physical properties that are achieved from a press-cured sheet, manufactured under heavy tonnage, can now be incorporated in a hot bond application, thereby achieving the greatest possible bond strength.
Range of profiles and dimensions