Common Applications
- Bins and Silos
- Dewatering Screws
- Fans and Housings
- Heat Exchangers
- Hoppers
- Impellers and Blades
- Pipe Elbows
- Pump Casings
- Tanks and Vessels
- Transport Screws
- Valves
- Wear Plates
ARC 858 Abrasion Resistant Rebuilding and Faring Composite
Manufactured by: Chesterton
Model: ARC 858
Sales Territory: Indiana
An advanced ceramic composite for the repair and protection of all metal surfaces subjected to erosion, corrosion and chemical attack.
The ARC 858 is formulated for light abrasive, erosive and corrosive environments where metal loss is often repaired by more conventional and costly weld overlay. It can be used either to rebuild eroded metal surfaces or to provide a wear resistant surface.
Additional Information
Ask a Question
* Required Field
** Territory restrictions apply for most products.
** Territory restrictions apply for most products.
Brochures & Datasheets
Brochures
Installation & Operation Manuals & Technical Literature
Case Studies & White Papers
- Chesterton ARC 858 / MX2 / 855 Coating Mining Case Study
- Chesterton ARC 858 / 855 Primary-Cooling Water Pump Energy Savings Case Study
- Chesterton ARC 858 / 855 Waste Water Influent Pump Case Study
- Chesterton ARC 855 / 858 / S2 Waste Water Vortex Pump Case Study
- Chesterton ARC 858 / 855 Francis Turbine Case Study
- Chesterton ARC 858 / 855 Bottom Ash Dewatering Bin Case Study
- Chesterton ARC 858 / 855 Mining Dewatering Pump Case Study
Technical Data
Dry Temp. Range:
-20°F to 320°F
Wet Temp. Range:
-20°F to 160°F
Compressive Strength:
13000 psi
Flexural Strength:
8800 psi
Tensile Strength:
6100 psi
Tensile Adhesion:
> 2000 psi
Shore D Hardness:
88
Vertical Sag Resistance:
No sag°F
See product datasheet for additional details