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Home Wear-resistant Steel

Choose wear-resistant steel for when only the toughest metal will do. Made from steel billets, our wear-resistant steel plates come in many grades, each possessing different mechanical and chemical properties. They are formed using just the right mix of alloys such as carbon, chrome and boron. These steels are produced to be extremely tough, but thanks to the carbon content it is possible to maximize plate weldability whilst maintaining hardness as the plate thickness increases.

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RAEX Wear-Resistant Steel — Grade 400

Grade

RAEX 400

Type

Abrasion-resistant hardened wear plate

Hardness

360–440 HBW

Yield strength

≈ 1100 MPa

Tensile strength

1250–1300 MPa

Elongation

10%

Impact toughness

30 J at −40 °C

Composition (max)

C 0.23 · Si 0.80 · Mn 1.70 · Cr 1.50 · Ni 1.00 · Mo 0.50 · B 0.005

Characteristics

High hardness with good impact toughness; extends the life of wear-exposed parts; weldable and cold-formable up to 20 mm.

Typical uses

Buckets, cutting edges, liners, chutes, feeders, tipper bodies and high-wear fabrication.


RAEX Wear-Resistant Steel — Grade 500

Grade

RAEX 500

Type

Abrasion-resistant hardened wear plate

Hardness

450–540 HBW

Yield strength

1300–1400 MPa

Tensile strength

1600–1650 MPa

Elongation

8%

Impact toughness

30 J at −40 °C

Composition (max)

C 0.30 · Si 0.80 · Mn 1.70 · Cr 1.50 · Ni 1.00 · Mo 0.50 · B 0.005

Characteristics

High hardness with good impact toughness; extends the life of wear-exposed parts; weldable and cold-formable up to 20 mm.

Typical uses

Buckets, cutting edges, liners, chutes, feeders, tipper bodies and high-wear fabrication.


Manganese Steel — Grade X120Mn12

Grade

X120Mn12 (1.3401)

Type

Austenitic manganese (Hadfield) steel

Chemical composition (typical)

C 1.2% · Si 0.40% · Mn 12.5%

Tensile strength

780–1130 MPa

Hardness

≈ 200 HB as supplied; work-hardens significantly in service

Density

7.9 g/cm³

Magnetic

Non-magnetic

Characteristics

Extremely tough; the surface work-hardens under impact and abrasion to give exceptional wear resistance; weldable with low heat input.

Typical uses

Crusher jaws, wear liners, excavator teeth, grate and beater bars, and high-impact wear parts.

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