CeramAlloy EBX


Engineered to repair deeply damaged components.

METALCLAD CeramAlloy EBX is a three component, 100% solids, polymer composite specifically formulated to provide effective repair and rebuilding characteristics on all types of equipment subject to severe abrasion.

METALCLAD CeramAlloy EBX is a paste when mixed, so it is easily applied. When cured, however, CBX becomes a metal-hard, highly abrasion resistant compound engineered to repair deeply damaged components in the most aggressive abrasive environments.

METALCLAD CeramAlloy EBX is the best material to use to protect equipment subject to very aggressive abrasive environments.

Elbows, Pipes, Pumps, Chutes, Deflector Plates, Cyclones, Separators, Vibratory Feeders, Transfer Augers, etc.

  • Extraordinary Abrasion Resistance
  • Trowelable
  • Requires No Heat
  • Unlimited Shelf Life
  • 100% Solids
  • Safe & Simple To Use
  • Heat Exchanger
  • Tube Sheets & Water Boxes
  • Pumps
  • Valves & Pipework
  • Housings & Tanks
  • Cooling Towers

Technical Data

  • 124 in3 / 2032 cc
  • 0.089 lbs per in3 / 2.46 gm per cc
  • 4.31 ft2 / 0.40 m2
  • Indefinite
  • 100%
Mixing ratio Base Activator Aggregate
By Volume 5 2 15
By Weight 7 2 20

Chemical Resistance

Acetic acid (0-10%) G Methyl alcohol G
Ammonium hydroxide (0-10%) EX Mineral Oil EX
Aviation fuel EX Nitric acid (0-10%) EX
Butyl alcohol EX Nitric acid (10-20%) G
Calcium chloride EX Phosphoric acid (0-10%) G
Crude oil EX Potassium chloride EX
Diesel fuel EX Propyl alcohol EX
Ethyl alcohol G Sodium chloride EX
Gasoline EX Sodium hydroxide EX
Heptane EX Sulfuric acid (0-10%) EX
Hydrochloric acid (0-10%) EX Sulfuric acid (10-20%) G
Hydrochloric acid (10-20%) G Toluene G
Kerosene EX Xylene EX

EX - Suitable for most applications including immersion
G - Suitable for intermittent contact, splashes, etc.

Working Life and Cure Times

Ambient Temperature Working Life Full Mechanical Chemical Immersion
59°F 15°C 30 min. 48 hrs. 3 days
77°F 25°C 20 min. 24 hrs. 2 days
86°F 30°C 15 min. 16 hrs. 1 day

Physical Properties

Typical Values Test Method
Compressive strength 13,000 psi 910 kg/cm2 ASTM D-695
Flexural strength 5,000 psi 350 kg/cm2 ASTM D-790
Hardness - Shore D 86 ASTM D-2240
Tensile Strength 2,100 psi 147 kg/cm2 ASTM D-2370
Tensile Shear Adhesion (CL+AC primer to substrate)
Steel 4000 psi 280 kg/cm2 ASTM D-1002
Aluminum 2500 psi 175 kg/cm2 ASTM D-1002
Copper 3000 psi 210 kg/cm2 ASTM D-1002
Stainless Steel 4100 psi 287 kg/cm2 ASTM D-1002