Induction Hardened Shafts & Pipe Types and Prices

Induction Hardened Shaft / Pipe

Induction Hardened Shaft/Pipe solutions are produced with high strength and precise tolerances, offering a wide range of applications in industrial settings. These shafts/bars, made with specially designed materials and advanced production methods, stand out for their reliability and durability. The induction hardening process ensures a homogeneous surface and internal structure, providing excellent surface quality and dimensional stability. They are used as critical components in hydraulic cylinders, press mills, and other industrial machinery. As an industry leader, Crombar represents quality and excellence. With our experience and expertise, we continue to provide top-level solutions to our customers with products like Induction Hardened Shaft/Pipes. Enhance reliability and performance in your projects with our Induction Hardened Shaft/Pipe solutions.

Induction Hardened Shaft / Pipe

Induction Hardened Shaft

Induction Hardened Pipe

Products

Induction Hardened Shaft

Dimensions: 10-160 mm

Quality: C35 - C45 - 42CrMo(S)4 - 20MnV(S)6 - 38MnV(S)6

Tolerance:f6, f7, h6, h7

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Qualities

Qualities
C35 - C45 - 42CrMo(S)4 - 20MnV(S)6 - 38MnV(S)6

Chemical Composition

Chemical Composition
Qualities	Standard	% C	% Si	% Mn	% Cr	% Ni	% Mo	% N	% V	% P	% S
C45	EN 10083	0,42-0,50	≤0,40	0,50-0,80	≤ 0,40	≤ 0,40	≤ 0,10			≤ 0,035	≤ 0,035
C35	EN 10083	0,32-0,39	≤0,40	0,50-0,80	≤ 0,40	≤ 0,40	≤ 0,10			≤ 0,035	≤ 0,035
42CrMo(S)4 42CrMo(S)4+QT	EN 10083	0,38 - 0,45	≤0,40	0,60-0,90	0,90-1,20		0,15-0,30			≤ 0,035	≤ 0,035
20MnV(S)6	1.5217	0,16-0,22	0,10-0,50	1,30-1,70					0,08-0,20	≤ 0,035	≤ 0,035
38MnV(S)6	EN 10267	0,34-0,41	0,15-0,80	1,20-1,60	≤ 0,30			0,010-0,020	0,08-0,20	≤ 0,025	≤ 0,035

Propiedades mecánicas

Propiedades mecánicas
Qualities	Standard	Size Range (mm)	Yield Strength Rp0,2 N/mm²	Tensile Strength N/mm²	Verlängerung (%)
C45	EN 10083	Ø≤16 16≤Ø≤95 Ø≥100	≥ 340 ≥305 ≥275	≥ 620 ≥580 ≥560	≥14 ≥16 ≥16
C35	EN 10083	16≤Ø≤36 36≤Ø≤100	≥ 315 ≥275	≥580 ≥560	≥18 ≥19
42CrMo(S)4	EN 10083	Ø≤16 16≤Ø≤100 Ø≥100	≥ 900 650-750 500-550	≥ 1100-1300 900-1200 750-950	≥14 ≥16 ≥16
20MnV(S)6	1.5217	Ø≤16 18≤Ø≤20 20≤Ø≤65 65≤Ø≤160	≥ 450 ≥ 450 ≥ 450 ≥ 390	550-850 550-850 550-850 530-850	≥10 ≥17 ≥18 ≥21
38MnV(S)6	EN 10267	Ø≤16 16≤Ø≤100 Ø≥100	≥ 900 650-750 500-550	≥ 1100-1300 900-1200 750-950	≥14 ≥16 ≥16

INDUCTION HARDENING

INDUCTION HARDENING
Qualities	Hardness Value	Tolerance	Dimension	Hardness Value(mm)
C35, C45, 42CrMo(S)4, 20MnV(S)6, 38MnV(S)6	42-62 HRC	f6 f7 h6 h7	Ø10 Ø12-Ø18 Ø20-Ø30 Ø30-Ø60 Ø60-Ø80 Ø80-160	0,7-0,9 0,9-1,1 1,2-1,4 1,4-2,5 2,5-2,7 3,2-5,0

Induction Hardened Pipe

Dimensions: 10-160 mm

Quality: E355 - C45 - C60

Tolerance:f7

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Qualities

Qualities
E355 - C45 - C60

Chemical Composition

Chemical Composition
Qualities	Standard	% C	% Si	% Mn	% Cr	% Mo	% Ni	% V	% P max	% S max
E355 + SR	EN 10305-1	max 0,22	max 0,55	max 1,60					0,025	0,025
C45	EN 10083	0,42-0,50	≤0,40	0,50-0,80	≤ 0,40	≤ 0,40	≤ 0,10		≤ 0,035	≤ 0,035
C60	EN 10083	0,57-0,65	≤0,40	0,60-0,90	≤ 0,40	≤ 0,40	≤ 0,10		≤ 0,045	≤ 0,045

Mechanical Properties

Mechanical Properties
Qualities	Standard	Size Range (mm)	Yield Strength Rp0,2 N/mm²	Tensile Strength Rm N/mm²	Elongation (%)
E355 + SR	E355 + SR		≥ 450	≥ 580	≥ 10
C45	EN 10083	Ø≤16 16≤Ø≤95 Ø≥100	≥ 340 ≥305 ≥275	≥ 620 ≥580 ≥560	≥14 ≥16 ≥16
C60	EN 10083	Ø≤16 16≤Ø≤40 40≤Ø≤100	≥ 580 ≥520 ≥450	850-1000 800-950 750-900	≥11 ≥13 ≥14

Induction Hardening

Induction Hardening
Steel Quality	Hardness Value	Tolerancia	Print	Hardness Value
E355-C35-C60	32-62 HRC	f7	Ø10 Ø12-Ø18 Ø20-Ø30 Ø30-Ø60 Ø60-Ø80 Ø80-160	0,7-0,9 0,9-1,1 1,2-1,4 1,4-2,5 2,5-2,7 3,2-5,0