SURFACING AND HARDFACING
G. HIGH TEMPERATURE AND CORROSION WEAR RESISTANT ALLOYS

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UTP PRODUCT HARDNESS APPLICATION FIELD
MMA
MIG
F/C WIRE
TIG
7000
APPROX. 200HB
Work hardening
to 450HB
Rutile based coated electrode
180% metal recovery
Wear resistant cladding on parts subject to high heat, thermal shock and scaling.
7010
APPROX. 200HB
Work hardening
to 450HB
Basic coated electrode
For parts subject to high heat thermal shock, compression, impact and abrasion
Heat resistant up to 700°C

COBALT BASED ALLOYS

CELSIT 721

A. CELSIT 721

AF. CELSIT 721

APPROX.:
30-32 HRC

After work hard

45HRC
At 600°C 240HB
Rutile coated electrode.
Crack resistant hardfacing on parts subject to a combination of all types of wear.
Corrosion resistant
Working temperature up to 900°C










CELSIT 706

A. CELSIT 706

AF. CELSIT 706
APPROX.:
40-42 HRC
Hardness at
600°C 240HB
Rutile coated electrode.
High grade hardfacing on parts subject to a combination of all types of wear
Corrosion resistant
Working temperature up to 900°C










CELSIT V
 As above
Basic coated electrode (same as CELSIT 706)
A. CELSIT F
 APPROX.:
45-48 HRC
Hardness at
600°C 300HB
A Co Cr Ni W - Alloyed wire for TIG and Oxyacetylene welding.
High grade hardfacing
Corrosion resistant
Working temperature up to 900°C
CELSIT 712

A. CELSIT 712SN

AF. CELSIT 712
APPROX.:
48-50 HRC
Hardness at
600°C 40 HRC 		Rutile coated electrode.
High wear resistance on parts subject to a combination of all types of wear.
Corrosion resistant
Working temperature up to 900°C










CELSIT SN
 As above Basic coated electrode (same as CELSIT 712)
CELSIT 701

A. CELSIT 701N

AF. CELSIT 701
APPROX.:
54-56 HRC
At 600°C 42HRC
At 800°C 34HRC 		Rutile coated electrode.
Highly wearing parts subject to severe abrasion in a combination with corrosion at high temperature
Working temperature up to 900°C











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