Outstanding alloy against high abrasion when subjected to grinding and medium impact levels. Very good weld deposit appearance and  outstanding welding properties on both AC and DC+ with a recovery of 200% for excellent deposit performance. (Preheating is not required)Equivalent in FCAW: OA 59, OA 60 Mo, OA 61, OA 62

Due to the Mo-content, abrasion resistance can be kept also with increased temperatures. For Hardfacing of more than 3 layers it is recommended to buffer with an electrode like CEWELD E DUR 350 Kb that delivers a welding deposit of less hardness. Overlays on steel with high tensile strength should be buffered with CroNi 29/9 HL or 4370 HL.
Up to 3 times faster! (less current with more deposit)
No slag losses compare to 40% loss with standard electrodes.!
Low amperage offers much lower heat input!
6 mm is ideal to weld in position and on sharp edges!
Moisture resistant coating even in extreme humidity conditions!

CEWELD E 4009 Ti peut être utilisé pour le soudage des aciers martensitiques-ferritiques, des pièces moulées en acier et pour le rechargement des soupapes d'échappement. Acier W-no. 1.4000, 1.4002, 1.4006, 1.4024. Température de service jusqu'à 450ºC. La température de préchauffage recommandée est de 200ºC, sauf si le matériau de base nécessite une température de préchauffage plus élevée. Utiliser la polarité DC+.

Outstanding properties against strong abrasion, erosion and corrosion in high temperature (900 °C) environments. This electrode can also perfectly be used for applications which are subject to high friction. 

Outstanding alloy against abrasion, thermo-shock and corrosion combined with high temperatures. The weld deposit can be machined with tungsten tool tips and by grinding. The hardness of the weld deposit will degrees 20% at 600 °C and has a nominal hardness of 49-53 HRc at room temperature. The weld deposit is high heat resistant up to 900 °C. E Dur 12 offers a low coefficient of friction of and exceptional resistance to galling. It has cavitation-erosion resistance ten times that of 304 stainless steel, E Dur 12 can be used to protect bearing surfaces in non-lubricating conditions due to its resistance to metal-to-metal wear. 

There is no limit for the number of layers that can be applied in case of rebuilding but heat input should be kept low (as for Mn steel, interpass temperature should be kept < 250 °C).

Very good weldability with good penetration and porosity free deposit, Unique self lifting slag and improved coating against moisture pick up. (after anodizing the welding will appear as a dark grey color)

Very good weldability with good penetration and porosity free deposit, Unique self lifting slag and improved coating against moisture pick up. Increased strength and excellent ductility due to Mn content Excellent corrosion resistance. Welding instructions: Start the electrode with about 130% hot start and hold the electrode straight while moving quickly forward and keep a very short arc.      

Cet alliage présente une résistance exceptionnelle à la corrosion contre plusieurs éléments tels que l'eau de mer ou d'autres attaques chimiques lorsqu'elles sont accompagnées d'érosion. Instructions de soudage : Le CuMnAlNi ne peut être soudé qu'en courant continu (DC +) et son laitier s'enlève facilement. Utiliser les techniques de soudage standard habituelles.

Ductile welding deposit with high conductivity and corrosion resistance. The weld deposit is free from porosity and offers similar strength as most commercial copper grades. Thicker sections than 5 mm should be preheated up to approximately 500 °C.