0

2

4

8

10

12

14

16

18

20

6

Stronger, with Eutectic

www.eutecticusa.com

CDP Powder Plates: Metal alloy powder is vacuum fused to steel plate creating a uniform hardfacing with very few stress relief cracks. Powder plates provide maximum protection even with the thinnest of deposits, making this plate lightweight, easy to handle and easily formed into a tight radius.

CDP Weld Cladded Plates: Traditional welded plate offers the optimum resistance to abrasion, erosion and metal-to-metal friction. Available as-welded in straight or XuperWave.

Plasma Transferred Arc (PTA) Plates: PTA welded plates contain the highest carbide content with very low dilution. They are the ultimate solution for combined erosive and abrasive wear in the most demanding applications.

WEAR PLATE DESCRIPTIONPLATE THICKNESS

Base metal Coating Total

CDP 395N

395 NanoPlate is based on the science and engineering of ultra-fine, submicron grain structures. NanoAlloy provides high hard-ness within a ductile matrix resistant to

moderate impact. Hardness is HRC 68-71.

6mm 4mm 10mm (3/8”)

8mm 5mm 13mm (1/2”)

12mm 7mm 19mm (3/4”)

CDP 4603

Optimized chromium carbide plate for general use in abrasion and erosion ap-

plications. The carbides represent at least 40% (primary solidifi ed) of the weld deposit.

Hardness is HRC 55-59.

6mm 4mm 10mm (3/8”)

8mm 5mm 13mm (1/2”)

12mm 7mm 19mm (3/4”)

CDP 4624

Affordable chrome carbide plate that maintains structural integrity in situations involving abrasion, light impact and heat.

Hardness is HRC 58-61.

6mm 4mm 10mm (3/8”)

8mm 5mm 13mm (1/2”)

12mm 7mm 19mm (3/4”)

CDP 4666

Complex chromium carbide plate for severe wear applications. Used for applications

where high stress abrasion is involved. High hardness of HRC 61-64 with a primary car-

bide distribution of 57%

5mm 3mm 8mm (5/16”)

6mm 4mm 10mm (3/8”)

8mm 5mm 13mm (1/2”)

12mm 7mm 19mm (3/4”)

CDP 4923

Highest impact resistant, welded overlay plate, on the market today. This plate has

titanium carbides that resist the combina-tion of impact and abrasion. HRC 54-57

8mm 5mm 13mm (1/2”)

12mm 7mm 19mm (3/4”)

WEAR PLATE DESCRIPTIONPLATE THICKNESS

Base metal Coating Total

CDP 112

CDP 112 contains densely packed tungsten carbide particles in a hard, nickel alloy, cor-

rosion resistant HRC 58 matrix. Superior performance in a light weight plate.

4mm 2mm 6mm (1/4”)

CDP 212

CDP 212 Contains evenly distributed tungsten carbide and chromium carbide particles in

an HRC 58, iron alloy matrix. This economical and lightweight powder wear plate offers a

high abrasion and erosion resistance when it is used in non corrosive conditions.

4mm 2mm 6mm (1/4”)

WEAR PLATEPLATE THICKNESS

Base metal Coating Total

CDP 6503

A high performance, 65% tungsten carbide wear plate for the ultimate resistance in the

most demanding wear and corrosion ap-plications. A high concentration of tungsten carbide, distributed in a tough, nickel based

alloy for low and high stressed abrasion. Hardness is HRC 61-65.

5mm 2mm 7mm (5/16”)

6mm 3mm 9mm (3/8”)