Relaxed mouldmaking.

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HASCO App –fi nd your HASCO steel.

Subject to technical modifi cations. Please always check all the data against the product information we publish in the internet 07 17 1 1 o16

HASCO Hasenclever GmbH + Co KG, Römerweg 4, D-58513 Lüdenscheid

Certifi ed to DIN EN ISO 9001; DIN EN ISO 50001

Material no. Abbreviated name Chemical analysis (%) Strength Working hardness

Properties Uses

1.0570DIN S 355 J2 G3EN S355 J2G3 C

max. 180 HB(~ 625 N/mm²)

Non-alloy structural steel, case hardenable, with good weldability

Mould unit components, base plates

1.1730DIN C 45 UAFNOR XC 48AISI 1045

max. 190 HB(~ 650 N/mm²)

Non-alloy mould steel, readily machinable

Used in mould and apparatus construction where unhardened parts are used

1.2083DIN X 40 Cr 14AFNOR Z 40 C 14AISI 420

max. 241 HB(~ 810 N/mm²)

50 - 54 HRC Corrosion-resistant mould steel. Low distortion, a high wear resistance and high compressive strength

Cavity plates and inserts when using corrosive and chemically aggressive plastics

1.2083ESRDIN X 40 Cr 14AFNOR Z 40 C 14AISI 420 ESR

max. 241 HB(~ 810 N/mm²)

50 - 54 HRC High-purity, electroslag remelted, corrosion-resistant mould steel with low distortion, a high wear resistance and high compressive strength

Cavity plates and inserts when using corrosive and chemically aggressive plastics requiring a particularly high degree of purity

1.2085DIN X 33 CrS 16AFNOR Z 35 CD 17.SAISI 422+S

280 - 325 HB(950 - 1100 N/mm²)

Corrosion-resistant, pre-hardened mould steel with high strength and without subsequent heat treatment

Cavity plates and inserts when using corrosive and chemically aggressive plastics

1.2099 HASCO.M

Special alloy 280 - 325 HB(950 - 1100 N/mm²)

Corrosion-resistant, pre-hardened mould steel with outstanding machinability and dimensional stability

Cavity plates and inserts when using corrosive and chemically aggressive plastics, very good machinability

1.2162DIN 21 MnCr 5AFNOR 20 MC 5AISI 5120

max. 210 HB(~ 710 N/mm²)

58 - 61 HRC Standard case-hardened steel with good machinability, after suitable heat treatment, a high surface hardness with good wear resistance and a tough core

Cavity plates and inserts with stringent demands on surface hardness and core strength

1.2311DIN 40 CrMnMo 7AFNOR 40 CMD 8UNI 35 CrMo 8 KUAISI P20

280 - 325 HB(950 - 1100 N/mm²)

Used in supplied condition with high-level mechanical properties, toughness and compressive strength

Cavity plates and inserts where high strength is needed without subsequent heat treatment

1.2312DIN 40 CrMnMoS 8-6AFNOR 40 CMD 8.SAISI P20+S

280 - 325 HB(950 - 1100 N/mm²)

Used in supplied condition with very good machinability Cavity plates and frame plates for parts subjected to high pressures without subsequent heat treatment

1.2343DIN X 37 CrMoV 5-1AFNOR Z 38 CDV 5UNI X 37 CrMoV 5-1AISI H11

max. 229 HB(~ 770 N/mm²)

30 - 53 HRC High-alloy, hot-work steel, electroslag remelted, with a high resistance to changing temperatures and good heat resistance, high thermal conductivity and toughness

Cavity plates and inserts requiring high thermal conductivity and a high resistance to changing temperatures

1.2343ESRDIN X 37 CrMoV 5-1AFNOR Z 38 CDV 5UNI X 37 CrMoV 5-1AISI H11

max. 229 HB(~ 770 N/mm²)

30 - 53 HRC High-alloy, hot-work steel with a high resistance to changing temperatures and good heat resistance, particularly high purity,high thermal conductivity and toughness

Cavity plates and inserts requiring high thermal conductivity and a high resistance to changing temperatures with particular need for a high degree of purity

1.2344DIN X 40 CrMoV 5-1AFNOR Z 40 CDV 5UNI X 40 CrMoV 5-1 KUAISI H13

max. 229 HB(~ 770 N/mm²)

53 - 55 HRC Hot-work steel with a high heat resistance, a high temperature wear resistance and a high thermal conductivity

Commonly-used material for hot-work tools and plastics processing moulds

1.2344ESRDIN X 40 CrMoV 5-1AFNOR Z 40 CDV 5UNI X 40 CrMoV 5-1 KUAISI H13 ESR

max. 229 HB(~ 770 N/mm²)

53 - 55 HRC Electroslag remelted and hence exceedingly pure and polishable to a high gloss

Commonly-used material for hot-work tools and plastics processing moulds

1.2363DIN X 100 CrMoV 5UNI X 100 CrMoV 5-1 KUAISI A2

max. 241 HB(~ 810 N/mm²)

58 - 62 HRC Dimensionally stable cold-work steel with a very high toughness, good machinability and a high through-hardening capacity

Cavity plates and inserts for cutting and punching tools

1.2379DIN X 155 CrVMo 12-1AFNOR Z 160 CDV 12UNI X 155 CrVMo 12-1 KU

max. 255 HB(~ 860 N/mm²)

58 - 62 HRC High chrome-alloyed steel, cold-work steel with good dimensional stability and toughness combined with high compressive strength

Compression moulding and injection moulding tools for reinforced plastics, cutting, punching and thermoforming tools and other applications where a high level of toughness is required

1.2436DIN X 210 CrW 12AFNOR Z 210 CW 12AISI D6

max. 255 HB(~ 855 N/mm²)

59 - 63 HRC Dimensionally stable chrome steel with high wear resistance and good compressive strength plus adequate toughness

Cutting, bending and embossing tools, thermoforming and honing mandrels

1.2714HHDIN 55 NiCrMoV 7AFNOR 55 NCDV 7AISI L6

max. 400 HB(~ 1350 N/mm²)

Very good toughness with good heat resistance and through-hardening

Cavity inserts and plates, slides and cores for plastics processing moulds

1.2738HHSpecial alloy 310 - 355 HB

(1050 - 1200 N/mm²)

Hardened and tempered steel with a homogeneous strength even for large dimensions, can easily be polished, grained and welded

Big cavity plates with deep cavities

1.2767DIN 45 NiCrMo 16AFNOR 45 NCD 16UNI 40 NiCrMoV 16 KUAISI 6F7

max. 285 HB(~ 965 N/mm²)

50 - 56 HRC Due to the high nickel and corresponding carbon content, this material is a very evenly hardening, dimensionally stable steel with high toughness and resistance to impact and compressive stress

Cavity plates and inserts especially for demanding surface requirements, and high compressive and fl exural stresses

1.2842 (1.2510*)

DIN 90 MnCrV 8AFNOR 90 MV 8AISI ~ O2

max. 229 HB(~ 770 N/mm²)

57 - 62 HRC High hardness and compressive strength with outstanding machining properties and good dimensional stability

Pressure and guide strips, ejectors and cutting stamps where high compressive strength and adequate toughness are specifi ed

3.4365DIN AlZnMgCu 1.5AFNOR A-Z5GUUNI 9007/2

max. 150 HB(~ 500 N/mm²)

High-strength, aluminium-zinc alloy, hardened Mould unit components requiring a high strength

Toolox33Special alloy max. 300 HB

(~ 1000 N/mm²)Dimensionally stable, pre-hardened material with high toughness, excellent machining properties with a minimum sulphur content

Cavity plates and inserts for the plastics and die-casting industry as well as other mould components subject to high pressure

Toolox44Special alloy max. 450 HB

(~ 1530 N/mm²)Dimensionally stable, pre-hardened material with high toughness and hardness, good machining properties with a minimum sulphur content

Cavity plates and inserts for the plastics and die-casting industry as well as other mould components subject to high pressure without subsequent heat treatment

C 0.22 Si 0.55 Mn 1.6

C 0.45 Si 0.3 Mn 0.7

C 0.4 Cr 14.0

C 0.3 Si 0.5 Mn 1.0 Cr 16.0

S 0.1

C 0.04 Mn 1.2 S 0.12 Cr 13.0

C 0.21 Mn 1.3 Cr 1.2

C 0.4 Mn 1.5 Cr 1.9 Mo 0.2

C 0.4 Mn 1.5 S 0.07 Cr 1.9

Mo 0.2

C 0.37 Si 1.0 Cr 5.3 Mo 1.3

V 0.4

C 0.37 Si 1.0 Cr 5.3 Mo 1.3

V 0.4

C 0.4 Si 1.0 Cr 5.3 Mo 1.4

V 1.0

C 0.4 Si 1.0 Cr 5.3 Mo 1.4

V 1.0

C 1.0 Cr 5.2 Mo 1.2 V 0.3

C 1.53 Cr 12.0 Mo 0.7 V 1.0

C 2.1 Cr 12.0 W 0.7

C 0.45 Cr 1.4 Mo 0.3 Ni 4.0

C 0.23 Si 0.75 Mn 0.8 Cr 1.2

V 0.1 Ni ≤1.0 Mo 0.3

C 0.32 Si 0.75 Mn 0.8 Cr 1.35

V 0.14 Ni ≤1.0 Mo 0.8

C 0.55 Cr 1.1 Mo 0.5 Ni 1.7

V 0.1

C 0.25 Mn 1.4 Cr 1.3 Ni 1.0

Mo 0.5

C 0.9 Mn 2.0 Cr 0.4 V 0.1

W 0.6 *

Si 0.4 Fe 0.5 Cu 1.6 Mn 0.3

Mg 2.4 Cr 0.23 Zn 5.6 Ti 0.2

C 0.4 Cr 14.0