Applications
Designed to handle damp and sticky materials. The belt not only repels dirt but also resists oil and grease.
Typical Materials Conveyed:
Titanium dioxide
Iron pyrites
Silica
Compost
Wetted fly ash
Desulfurized gypsum
Unfired clay
Coal and iron ore
These belts reduce costs for cleaning and servicing, which is specifically designed for sticky materials such as titanium dioxide, iron pyrites, silica, compost, and de-sulphurized gypsum.
Key Features
|
Features |
Benefit |
|
Superior non-adhesion |
Prevents material buildup on belt surface |
|
Reduces carryback |
Minimizes material waste and cleanup |
|
Oil & grease resistant |
Suitable for oily or greasy materials |
|
Low maintenance |
Reduces cleaning frequency and labor cost |
|
Sustained performance |
Maintains non-stick effect over longer service life |
|
Excellent durability |
Abrasion resistance comparable to super abrasion-resistant belts |
Available Types
|
Carcass Types |
Benefit |
|
Fabric (EP/NN) |
General non-stick applications |
|
Steel cord |
Long distance, heavy load with sticky materials |
|
Kevlar (Aramid) |
Lightweight, high strength requirements |
How It Works
According to industry research, material adhesion to belt surfaces is caused by three main factors:
Particle shape, particle size, and cohesion between particles
Absorbed water (moisture content)
Microscopic unevenness of the belt surface
Non-Stick conveyor belts use specially formulated cover rubber compounds that address these factors, particularly focusing on the theory that moisture has a significant effect on adhesion
