Schmelztauchveredeltes Feinblech.Hot-dip coated sheet.

Steel grades; name and Yield strength 1) Tensile strength Characterization
standard designation R po,2 R m
N/mm 2 N/mm 2
High-strength steels
Hot-dip galvanized sheet (Z), hot-dip galvanized sheet galvannealed (ZF),
GALFAN ® (ZA) from high-strength IF steel in accordance with
DIN EN 10 292; TKS work designation HX …
H180YD+Z; +ZF; +ZA 180 – 240 340 – 400
H220YD+Z; +ZF; +ZA 220 – 280 340 – 410
H260YD+Z; +ZF; +ZA 260 – 320 380 – 440
Hot-dip galvanized sheet (Z), hot-dip galvanized sheet Galvannealed (ZF),
GALFAN ® (ZA) from micro-alloyed steel in accordance with DIN EN 10 292;
TKS work designation MHZ …
H300LAD+Z; +ZF; +ZA 300 – 380 380 – 480
H340LAD+Z; +ZF; +ZA 340 – 420 410 – 510
H380LAD+Z; +ZF; +ZA 380 – 480 440 – 560
Hot-dip galvanized sheet (Z), GALFAN ® (ZA), from phosphorus-alloyed steel
accordance with DIN EN 10 292; TKS work designation PHZ …
H220PD+Z; +ZA 220 – 280 340 – 400
H260PD+Z; +ZA 260 – 320 380 – 440
H300PD+Z; +ZA 300 – 360 400 – 480
Hot-dip galvanized sheet (Z), and hot-dip galvanized sheet Galvannealed (ZF),
from bake-hardening steel; TKS works designation BHZ …
H180BD+Z; +ZF 180 – 240 300 – 360
H220BD+Z; +ZF 220 – 280 340 – 400
H260BD+Z; +ZF 260 – 320 360 – 440
H300BD+Z; +ZF (test phase) 300 – 360 400 – 480
Hot-dip galvanized sheet (Z) and hot-dip galvanized sheet Galvannealed (ZF)
from dual phase steel; TKS works designation DP-K ® …
DP-K27/50+Z; +ZF (test phase) min. 270 min. 500
DP-K30/50+Z; +ZF (test phase) min. 300 min. 500
DP-K31/60+Z; +ZF min. 310 min. 600
DP-K34/60+Z; +ZF min. 340 min. 600
DP-K38/60+Z; +ZF min. 380 min. 600
Hot-dip galvanized sheet (Z) and hot-dip galvanized sheet Galvannealed (ZF)
from residual austenite steel (trip steel); TKS works designation RA-K ® …
RA-K38/60+Z; +ZF (test phase) min. 380 min. 600
RA-K40/70+Z; +ZF min. 400 min. 700
RA-K42/80+Z; +ZF (test phase) min. 420 min. 800
Other grades also in accordance with foreign standards or customer specifications by arrangement.
IF steel; very good deep-drawing and stretch-forming
ability in lower strength range; high r-and n-values;
suitable for difficult deep-drawing components.
A high component strength level can be achieved by
the ability to meet accurate specifications in alloying
technology.
Good deep drawability through comparatively high
r-value; suitable for deep-drawing components in
intermediate strength range.
Increase in strength only after forming and subsequent
heat treatment (e.g. paint-baking); suitable for flat
stretch-drawing components, which require high dent
resistance. Both types of the H220BD and H260BD
grades have isotropic properties.
High strength level due to martensite islands in ferritic
basis microstructure; good isotropic forming properties
in upper strength range with favourable elasticity; high
BH potential, high capacity for hardening and energy
absorption; suitable for stretch-forming components
(outer and inner) of auto body, above all for crash-relevant
components.
Very high strength level due to residual austenite in
ferritic-bainitic basic microstructure which converts to
martensite during forming; at the same time good
isotropic properties; high capacity for energy absorption;
high BH potential; suitable for inner supporting
components having at the same time stretch-forming
and deep-drawing properties.
1) The values apply to the 0.2 % proof strength (Rp0.2 ), if the yield strength is not pronounced. If the yield strength is pronounced, they apply to the upper
yield strength R . eL
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