ALLOY

DESCRIPTION

CLASSIFICATION

PHYSICALS

DATA SHEETS

F15 E

A very tough alloy for use in the repair of columns and cylinders and other areas subject to cracking.

Fe-Ni-Cr-Mo
6% alloy

15-20 Rc as welded
115,000 psi tensile

F25 E

This alloy is used to buildup worn areas subject to high impact and compressive loads such as rams, sow blocks and shanks.

Fe-Ni-Cr-Mo
8% alloy

25-30 Rc as welded
132,000 psi tensile

F35 E

For reclamation of hammer die impressions. This alloy is similar in wear properties to die block with a number 2 temper.

Fe-Ni-Cr-Mo
10% alloy

32-37 Rc as welded
165,000 psi tensile

F40 E

For hammer die impressions when more abrasion resistance is needed than F35 FC provides.

Fe-Ni-Cr-Mo
12% alloy

38-43 Rc as welded
182,000 psi tensile

F45 E

For shallow hammer and press die impressions.

Fe-Ni-Cr-Mo
14% alloy

42-47 Rc as welded
186,000 psi tensile

F54 E

Provides machinable deposit for press die applications.

5% Cr Hot Work

38-42 Rc as welded

F58 E

A 5% Cr hot work alloy for press dies.

AISI H-12

51-56 Rc as welded

F580 E

A higher alloy version of F58 that withstands higher service temperatures without softening.

AISI H-12 type with
higher W and MO

52-57 Rc as welded

F63 E

For shallow hammer dies with high duty cycles and press dies subjected to high heat and stresses when a machinable deposit is required.

9% Cr Hot Work

42-46 Rc as welded

F64 E

For use on press dies subjected to high heat and stresses.

11% Cr Hot Work

48-53 Rc as welded

F65 E

For shallow hammer dies with high duty cycles and press dies subjected to high heat and stresses.

9.5% Cr Hot Work

49-52 Rc as welded

F110 E

Used for overlaying of forging dies and components subject to high temperatures and impacts.

AWS ENiCrMo-5

100,000 psi tensile min.
20 Rc as welded

F111 E

An excellent underlayment for harder nickel base alloys on high temperature forging dies.

Modification of
AWS ENiCrMo-5

20 Rc as welded
40 Rc workhardened

F112 E

For forging surfaces exposed to high temperatures and long contact times.

Modification of
AWS ENiCrMo-3

110,000 psi tensile
30% Elongation min.

2101 E

Offers superior resistance to heat checking, spalling, chipping and erosion over our 21 alloy.

Co-Cr-Mo-Cb

33-38 Rc as welded
45+ Rc work hardened

COR^®BALT C SERIES FOR STELLITE^® GRADE MATERIALS

ALLOY	DESCRIPTION	CLASSIFICATION	PHYSICALS	DATA SHEETS
6 E	Maintains wear and corrosion resistance properties at elevated temperatures.	AWS ECoCr-A	42-46 Rc as welded
21 E	For overlays subjected to heat and impact at high temperatures. Weld metal also provides good crack resistance.	Co-Cr-Mo	28-33 Rc as welded

COR^®NICKEL N SERIES FOR NICKEL BASE FABRICATION ELECTRODES

ALLOY	DESCRIPTION	CLASSIFICATION	PHYSICALS	DATA SHEETS
N100A E	Used for joining Ni-Cr-Fe alloys and dissimilar alloys such as: stainless, 9% nickel, and carbon steel.	AWS ENiCrFe-2	80,000 psi tensile min. 30% Elongation min.
N182 E	Used for joining Ni-Cr-Fe alloys and for surfacing steel and joints in clad steels.	AWS ENiCrFe-3	80,000 psi tensile min. 30% Elongation min.

COR^®ALLOY STEEL ELECTRODES

ALLOY	DESCRIPTION	CLASSIFICATION	PHYSICALS	DATA SHEETS
4130 E	Responds to 4130 quench and temper. Used as a flame hardening alloy.	AISI 4130 type	Flame hardens to Rc
4130LN E	Modified 4130 with a less than 1% Nickel to improve resistance cracking. Welds 4130 and 4140 alloys.	AISI 4130 modified	Heat Treatable
4140 E	Responds to 4140 quench and temper. Used as a flame hardening tool.	AISI 4140 type	Flame hardens to 56 Rc
4340 E	Used for the repair of 4340 base metal.	AISI 4340 type	Heat Treatable