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Power Plants

Power plants are essential industrial facilities for energy production, as they convert the chemical energy contained in fuel sources into electrical energy. Depending on the energy source used, power plants can vary in type, and each type has specific material handling and management requirements.

A crucial element in the operation of these power plants is the fuel transport systems, particularly the rubber belts, which are used for moving materials within the plants. These rubber belts are designed to withstand harsh working conditions, such as high temperatures, dusty environments, and the transportation of abrasive or heavy materials.

Thanks to their high wear resistance and ability to operate continuously, Gummilabor rubber belts ensure a constant flow of material handling, optimizing the energy efficiency of the plant. Additionally, their reliability helps reduce machine downtime and maintenance costs, improving the plant’s operational efficiency.

In addition to fuel handling, Gummilabor rubber belts can also be used for the disposal of ashes and combustion waste, contributing to a more sustainable management of the byproducts produced.

Efficient movement: rubber belts ensure the safe and continuous transport of materials within power plants, withstanding extreme working conditions.
Optimization and sustainability: they help improve the operational efficiency of power plants by reducing downtime, maintenance costs, and promoting the sustainable management of combustion waste.

PRODOTTI CORRELATI

Normalgum
These rubber belts consist of several EP cloths with blended coatings that resist abrasions, lacerations, cuts and ageing due to external agents, and for service at temperatures ranging from –30 to +80ºC.
Gummiflat
Rubber belt made for conveyor with sliding planes
Chevrongum
Rubber belts with top cover profiled with chevron ribs to avoid that the conveyed materials fall back during inclined transport, to prevent loss of capacity.
Tempergum
These rubber belts are comprised of several cloths coated with heat and abrasion resistant material suitable for carrying hot products at 110ºC with maximum localized points of up to 130ºC.
Ardentgum
These rubber belts, comprised of several cloths with elastomeric coatings are specifically made to withstand temperatures of 130ºC and localized peaks of 150ºC.
Superardentgum
These rubber belts made of 2-3-4 plies with special elastomeric heat resistant coatings can withstand temperatures of 150ºC with peaks of 200ºC.
Oilgum
These rubber belts comprised of several plies, are coated with elastomers that are highly oil resistant and made to withstand contact with any type of oil or grease.
Temperoilgum
These rubber belt are oil resistant and suitable for trasport of hot material.
Oilgummiflat
These rubber belt are oil resistant and suitable for sliding.
Oilchevrongum
Rubber belts oil resistant with top cover profiled with chevron ribs to avoid that the conveyed materials fall back during inclined transport.
Oilchevrongummiflat
Energum
This type of belts is generally used in primary crashing plants, in recycling iron and glass scraps, and as puller or feeder in mixing plants.
Breakergum
This rubber belt produced using 3 or 4 reinforcing EP plies and onev metallic breaker (MB) inside the top cover.
Metalgum
These rubber belts are suitable for high-load transport or long-distance conveying.
Gummicord
The GUMMICORD Series is used in applications where materials in the loading zone are subjected to strong impact stresses.
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