High-temperaturebelting is a compact and chemical resistant material that is used
in a diverse range of applications like hot end processing in aluminum, glass,
plastics and automotive. This conveyor belt can withstand harsh climatic
conditions. On the contrary, an extreme temperature might cause damage to the
conveyor belt that forcing you to choose the accurate thickness of the cover.
Usage
of conveyor belts in high-temperature applications
A
conveyor belt is defined as an uninterrupted looping of materials that revolves
around multiple pulleys at a time. They are primarily used to shift and
transport materials from one spot to another. It is made out of substances like
rubber, steel, and technical textiles. They are utilized in the below-mentioned
applications.
- Baking and food processing
- Microwave cooking
- Dispatching of chocolates, biscuits
- Packaging goods
- Soap
factories
- The
incessant casting of a polyurethane
- Extrusion of
rubber
- Photo print
drying
What
are the major highlights concerning High-temperature belting?
- It has a
remarkable shelf life
- Enhances
product yield thereby minimizing wastage of crumb
- Overall belt
design and the surface properties reduce oil carryover
- Extremely
easy to repair and a drastic reduction in unscheduled downtime arising out
of belt crashes
- They are
highly impervious to wear and tear especially during the transport of
high-temperature materials for a longer period.
Today,
most of the processing plants which are located around the globe have posted
numerous positive remarks about high temperature belting as it enabled the
processing units to enhance the product quality and improve yield.
Conclusion
High-temperature
belting has outstanding properties as it helps in reducing the
maintenance expenses and minimizing the operating expenses. Besides that, it
has a very good dimensional ability as well.
