Electrolytically zinc-coated sheet tk accelis

Complex-phase steel | HCT600C+ZE - HCT980C+ZE

Choose your electrolytically zinc-coated Complex-phase steel here in grades HCT600C+ZE, HCT780C+ZE and HCT980C+ZE.

The experts at our locations are happy to advise you. We look forward to hearing from you.

Multiphase steel ∙ DIN EN 10 338

Complex-phase steel

Short name	VDA239-100*	Surface finish	Material number	Tensile strength R _p0,2MPa	Tensile strength R_mMPa	Elongation at break A₈₀²⁾% min.	Solidification exponent n_n10-UEmin.	Bake hardening index BH₂⁵⁾ min.
HCT600C	-	+ZE	1.0953	350-500	600	16	-	30
HCT780C	CR570Y780T-CP	+ZE	1.0954	570-720	780	10	-	30
HCT980C	CR780Y980T-CP	+ZE	1.0955	780-950	980	6	-	30

_{1) XG = dual phase with increased yield strength}

_{2) Reduced minimum values of elongation at break apply to product thicknesses t < 0.60 mm (minus 2 units). * Comparative grade, therefore slight deviations from DIN EN values possible}

_{3) Elongation at break for a proportional sample with L0 = 5.65 √S0 for sheet thicknesses ≥ 3.0 mm}

Chemical composition, melt analysis

Complex-phase steel

Short name	VDA239-100*	Surface finish	Material number	Mass % max.
				C	Si	Mn	P	S	AI_{total(von/bis)}	Cr+Mo	Nb+Ti	V	B
HCT600C	–	+ZE	1.0953	0.18	0.80	2.20	0.080	0.015	0.015-2.0	1,00	0.15	0.20	0.005
HCT780C	CR570Y780T-CP	+ZE	1.0954	0.18	1.00	2.50	0.080	0.015	0.015-2.0	1,00	0.15	0.20	0.005
HCT980C	CR780Y980T-CP	+ZE	1.0955	0.23	1.00	2.70	0.080	0.015	0.015-2.0	1.00	0.15	0.22	0.005

1) XG = dual phase with increased yield strength

* Comparative grade, therefore slight deviations from DIN EN values possible