CORODUR® 42

CLASSIFICATION

DIN 8555 | DIN EN 14700
MF 10-45-CGT | T Fe 14-45-CGT

GENERAL CHARACTERISTICS

C-, Cr-, Ni-, Mo-alloyed flux-cored wire electrode for hardfacing on parts that are exposed to abrasive wear in combination with medium impact stress. The weld deposit is corrosion resistant and machinable. Typical applications are found in the chemical and food industry.

Datasheet

CORODUR® 50

CLASSIFICATION

DIN 8555 | DIN EN 14700
MF 10-50-G | T Fe 16-50-G

GENERAL CHARACTERISTICS

C-, Cr-, Si-, Mn- alloyed flux cored wire on parts which subjected to abrasive wear and medium impact.

Datasheet

CORODUR® 51

CLASSIFICATION

DIN 8555 | DIN EN 14700
MF 10-55-G | T Fe 15-55-G

GENERAL CHARACTERISTICS

CORODUR 51 OA is a flux-cored wire which deposits a martensitic matrix with a high content of Cr-Carbides M7C3 with excellent resistance to abrasion and medium impact up to 450°C. It can be applied whenever high abrasion is expected. Best results are achieved by welding in two layers. The deposit can not be machined or forged. Before overlaying old previously hardfaced surfaces a buffering layer of CORODUR 200 K or CORODUR 250 K is recommended.

Datasheet

CORODUR® 55

CLASSIFICATION

DIN 8555 | DIN EN 14700
MF 10-60-GR | T Fe 14-60-GR

EIGENSCHAFTEN

CORODUR 55 is a tubular wire which deposits a high Cr-, C- alloyed stainless weld metal with excellent resistance to abrasion and medium impact. It can be used whenever high abrasion is expected. Best results are achieved by welding in two layers. A maximum deposit thickness of 10 mm is recommended. Before overlaying on old previously hard faced surfaces a buffering layer of CORODUR 200 K or CORODUR 250 K is recommended.CORODUR 55 is a self-shielded open-arc wire.

Datasheet