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P e r f o r m a n c e a t t h e s P e e d o f L i g h t

CRA and Wear Claddings or the Oil and Gas Industry

CermaClad is a patented process that uses high energy density IR usion tometallurgically bond a layer o API compliant metal alloy such as 625, 316L, and

nickel tungsten carbide or similar to a steel substrate. Due to input controllability

and a scalable rate o application, a ull range o long term unctional alloys or

chemical, temperature, and abrasion resistance can be applied. The result is an

unparalleled level o perormance.

CermaClad, a true advancement in metal usion technology.

CermaClad has an application rate 10 to 100 times aster than advanced thermal/plasma or weld/laser cladding with much greater uniormity and reliability.

Application Width: 12 to 30 cm Application Width: 0.7 cm

CermaClad TraditionalLaser Cladding

24112 Rockwell Drive Euclid, Ohio 4411

www.mesocoat.com

Phone: 425-823-5568

Mesocoat is a global leader in metal alloy coatingand cladding technology. Its breakthrough PComP

nanocomposite cermet hard chrome alternatives and

CERMACLAD CRA and wear claddings lead the industrFinish surface using CermaClad process.

The Meso and Nano scale engineered

structure o the CermaClad consumable

controls the wetting and viscosity o the

cladding, to enable a pinhole-ree, smooth,

uniorm cladding/coating to be applied.

http://www.mesocoat.com/http://www.mesocoat.com/

8/2/2019 CermaClad Brochure

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he CermaClad usion process creates a complete metallurgical bond with very low dilution and thermal impact.

Cross cut sample etched in 50% HCL @ 200X Cross cut sample etched in 50% HCL @ 800X 3 mm Inconel 625 applied on API X65 Bas

For more inormation contact:

John Neukirchen: 425-823-5568, Mario Medanic: 818-519-6675 www.mesocoat.c

Metallurgical bond

Unprecedented durability and resiliencyh

0 to 100 times aster than current cladding technologies

Cost Competitiveh

erormance and Reliability

Refned grain size and controlled uniorm usion processh

Little to no substrate back mixingh

Low thermal impact, does not degrade high strength pipeh

Large scale application processPipe plant or mill production cladding capabilityh

Low environmental risk and compliance

Wide range o material compositionsHigh corrosion, wear, and temperature resistanceh

Application thickness rom 0.1mm mils to 3mm per passh

Application o multi layer compositions and thicknessesh

Uniorm, smooth fnish - does not require post processing

Application to Pipe Interior Suraces

Unparalleled Benefts

Step 1 Step 2 Step 3

EM Fusion Lamps

Fused

Metal OverlayHigh Energy Density IR FusionLamp produce a metallurgicalbond to the surace at a high

rate o application.

Metal Alloy

ApplicationAPI compliant metalalloy is applied at a

designed thickness o10 to 160 mils per pass.

White Metal Blast

Surace Preparation

P e r f o r m a n c e a t t h e s P e e d o f L i g h t

http://www.mesocoat.com/http://www.mesocoat.com/