EVALUATION OF YOUR CERAMIC LINERS

Mining and aggregate producers around the world know first-hand the benefits of our elastomer-ceramic liners. But are they right for your operation? You must weigh the cost of retooling your production lines against the long-term savings potential that our rubber and urethane ceramic lining systems can deliver. Consider the following factors, then depend on Durex-Camline field and technical personnel to help you evaluate the benefits of ceramic liners for your operation.

Remember these key factors as you evaluate lining systems:

1. Sliding abrasion / impact abrasion:
In sliding abrasion situations, what's the depth of the product flow? What's the weight per cubic foot of the product? For impact abrasion, what's the drop distance and angle of impact?

2. Product size:
If the product is crushed, what's the crusher opening set to? If it's not crushed, what's the size of the largest particles within the product?

3. Volume of material passing:
For milled or screened product, what's volume in tons per hour? If you move the product to transfer points, what's the conveyor velocity in feet per minute, and the volume in tons per hour?

4. Chute area:
Some engineered provisions may be required to eliminate potential problem areas, identify high wear areas, and assess alternatives.

5. Discharge end:
Clearly identify the discharge end of the chute and consider special design modifications for this critical area in order to maintain liner integrity.

For information about our elastomer-ceramic liners, please contact Durex-Camline.

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Last Updated: November 28, 2003

1. Sliding abrasion / impact abrasion: In sliding abrasion situations, what's the depth of the product flow? What's the weight per cubic foot of the product? For impact abrasion, what's the drop distance and angle of impact?

2. Product size: If the product is crushed, what's the crusher opening set to? If it's not crushed, what's the size of the largest particles within the product?

3. Volume of material passing: For milled or screened product, what's volume in tons per hour? If you move the product to transfer points, what's the conveyor velocity in feet per minute, and the volume in tons per hour?

4. Chute area: Some engineered provisions may be required to eliminate potential problem areas, identify high wear areas, and assess alternatives.

5. Discharge end: Clearly identify the discharge end of the chute and consider special design modifications for this critical area in order to maintain liner integrity.