Chemical Resistant Conveyor Belting
Chemical Resistant Conveyor Belting solutions delivered feature use of superior rubber cover that is made from chemical resistant material and has fine anti-chemical corrosiveness. Also featuring optimum physical properties, these beltings are developed using materials that do not dissolve, expand as well as corrode the belt, thus making these suitable for conveying material with chemical corrosiveness in –
- Chemical factory
- Chemical fertilizer factory
- Paper mills
- Belting for Mining Industry
- Fertilizer industry
- Belting for Cement Industry
- In other areas requiring conveying of acid/alkali-forming materials
Characteristics:
- These conveyor belts feature superior chemicals and corrosion resistant properties
- Having superior elasticity as well as small elongation at rated load
- Have superior adhesion, flexibility as well as trough ability
- Resistant to most chemicals including chlorinated compounds, acids & bases, coolant oils
Why Used:
These Acid as well as alkali resistant conveyor belts are used for conveying corrosive material that comprises acid as well as alkali in an industrial and mining working environment as well as in fertilizer plants, paper mills and chemical plants. Some of the characteristics of these belts that make these preferably used include:
- Have superior bonding properties with no layer separation
- Use of cotton, polyester-cotton, nylon and other material based belt cores that adds to the durability factor as well as resistance from chemicals
Specifications:
Technical Indexes | |||||||
Item | Tensile Strength /Mpa = | Elongation at break /% = | Abrasion /mm3 = | Hardness /(o)+10-5 | Ozone deterioration | ||
Cover | Physical property | Before aging | 14 | 400 | 250 | 60 | No cracks |
After aging | 12 | 340 | – | 65 | – | ||
Acid and alkali resistance | Class | Soak liquid | Density | Soak conditions | Change rate before and after soak | ||
oC x h | Swelling rate | Change rate of tensile strength | |||||
A1 | HCL | 18% | 50oC x 96h | =+10% | =-10% | ||
A2 | H2SO4 | 50% | 50oC x 96h | =+10% | =-10% | ||
A3 | NaOH | 48% | 50oC x 96h | =+10% | =-10% |