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Metallic Coatings
Weld Overlay Consumables
Cored Wire
Atomized Powder
Stick Electrode
Thermal Spray Consumables
Cored Wire
Atomized Powder
Formed Products
Weld Overlay
Guardian™ Hardbanding
Guardian™ HB
Guardian™ CF
Wear Plate
ID Clad Wear Pipe
Thermal Spray
Sentry™ 8000 LPA Screens
 

Metallic Coatings and Formed Products

Metallic Coatings

Weld Overlay Consumables
 
4 wires for resisting abrasion, impact and corrosion
Engineered for high performance in severe to extreme service environments
57 - 72 Rockwell C Hardness
Diameters: 0.045” (1.2 mm), 1/16” (1.6 mm), 7/64” (2.8 mm), 1/8” (3.2 mm)
 
2 powders for resisting wear, impact and corrosion
Engineered for high performance in oil sands and other extreme environments
67 - 74 Rockwell C Hardness
Powder cut: +53/-180 micron
 
1 electrode for resisting severe sliding abrasion
Great option for small field repairs in hard to reach locations
67 - 70 Rockwell C Hardness
Diameter: 5/32” (4.0 mm)
Thermal Spray Consumables
 
4 wires for resisting corrosion, erosion and wear
700 - 1234 Vickers Hardness
Maintains a bond up to 12,500 psi without failure on carbon steel
Diameter: 1/16” (1.6 mm)
3 powders for resisting corrosion, erosion and wear
900 - 1100 Vickers Hardness
Maintains a bond up to 13,000 psi without failure on carbon steel
Powder cut: +15/-53 and +10/-45 micron
 

Formed Products

Weld Overlay
 
Guardian™ CF and Guardian™ HB hardband materials
Industry leaders for casing wear protection
Exceptional tool joint protection in casing
Easily applied in the field
 
5 standard plates for resisting severe sliding abrasion
Toughness equivalent to 400 Brinell Q&T plate
Forming/cutting response similar to standard chrome carbide and AR 400 plate
68 - 71 Rockwell C Hardness
 
Pipes, transitions and elbows
Continuous weld bead connected by flange or threaded joints
66 - 70 Rockwell C Hardness
Manufactured with OAW/FCAW process using self-shielded wires
Thermal Spray
 
Built to customer specs with openings down to 0.125 in (3 mm)
High erosion resistance maintains screen geometry and prevents ash build up from damaging catalyst layers and the SCR reactor
Maintains a bond up to 11,400 psi without failure on carbon steel
 

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