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Hardfacing Consumables Family Group

Diameters / Packaging

Diameters
 11.3 KG SPOOL
1.6 mm ED031134

Lincore® T & D

Flux-Cored Self-Shielded (FCAW-S)

LINCORE® T & D Wire for punch dies and shear blades on carbon, low alloy, or tool steel.

Diameter

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  • 1.6 mm

Package

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  • 11.3 KG SPOOL

DETAILS

LINCORE® T & D ideal for build-up of tool steel dies and edges, or applying wear resistance surface on carbon and low alloy steels delivers a deposit similar to H12 tool steel with a Rockwell Hardness range of 48- 55(HRC) to produces a crack-free wear resistant tool steel.

Features

  • Delivers a deposit similar to H12 tool steel
  • For build-up of tool steel dies and edges, or applying wear resistance surface on carbon or low alloy steels
  • To be used on carbon steel, low alloy steel or tool steel

Typical Applications

  • Punch dies
  • Shear blades

Welding Positions

  • Flat/Horizontal

Service Information

Documentation

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BEFORE USE, READ AND UNDERSTAND THE SAFETY DATA SHEET (SDS) FOR THIS PRODUCT AND SPECIFIC INFORMATION PRINTED ON THE PRODUCT CONTAINER. SDS Search page

MECHANICAL PROPERTIES

Classification Hardness Rockwell C
Typical Result 48-55
Typical Result, Tempered 55-65

DEPOSIT COMPOSITION

Classification %Al %C %Cr %Mn %Mo %Si %W
Typical Result 1.8 0.65 7.0 1.5 1.4 0.8 1.6

TYPICAL OPERATING PROCEDURES

Diameter Polarity ESO
mm (in.) 		Wire Feed Speed
m/min (in/min) 		Voltage
volts 		Approx. Current
amps 		Deposition Rate
kg/hr (lb/hr)
1/16 in (1.6 mm) DC+ 32 (1 1/4) 3.8 (150) 22 170 2.4 (5.4)
1/16 in (1.6 mm) DC+ 32 (1 1/4) 5.1 (200) 23 210 3.6 (7.9)
1/16 in (1.6 mm) DC+ 32 (1 1/4) 6.4 (250) 24 250 4.1 (8.9)
1/16 in (1.6 mm) DC+ 32 (1 1/4) 7.6 (300) 25 270 4.9 (10.8)
1/16 in (1.6 mm) DC+ 32 (1 1/4) 8.9 (350) 26 300 5.4 (12.0)

NOTES

Note
Minimum preheat and interpass temperatures of 315°C (600°F) are essential for crack-free welding on mild steel or low alloy steel. For crack-free welding on tool steel parts, preheat of 538°C (1000°F) or higher may be necessary.
After welding, very slow cooling to 121°C (250°F) is usually required. This can be followed by post-weld heat treating at 538° - 593°C (1000° - 1100°F) to develop maximum hardness