Facebook-f Linkedin Instagram

Welcome to Mac Bright Steel!

Facebook-f Linkedin Instagram

+90 232 877 17 29
+90 232 877 17 39

Halilbeyli OSB Mah. Nif Cad. No:20
Kemalpaşa / İzmir, Türkiye

info@macbrightsteel.com.tr www.macbrightsteel.com.tr

Mac Bright Steel
CONTACT US

Tool Steels
  1. Home
  3. PRODUCTS
  5. Tool Steels

Tool Steels

Technical Features of Tool Steels According to EN ISO 4957:2000 
 
 
1. CHEMICAL COMPOSITION
Chemical Composition % by Mass
Quality C Si Mn Cr Mo Ni V W
1.2067 0,95 – 1,10 0,15 – 0,35 0,25 – 0,45 1,35 – 1,65 – – – –
1.2080 1,90 – 2,20 0,10 – 0,60 0,20 – 0,60 11,00 – 13,00 – – – –
1.2363 0,95 – 1,05 0,10 – 0,40 0,40 – 0,80 4,80 – 5,50 0,90 – 1,20 – 0,15 – 0,35 –
1.2379 1,45 – 1,60 0,10 – 0,60 0,20 – 0,60 11,00 – 13,00 0,70 – 1,00 – 0,70 – 1,00 –
1.2436 2,00 – 2,30 0,10 – 0,40 0,30 – 0,60 11,00 – 13,00 – – – 0,60 – 0,80
1.2550 0,55 – 0,65 0,70 – 1,00 0,15 – 0,45 0,90 – 1,20 – – 0,10 – 0,20 1,70 – 2,20
1.2767 0,40 – 0,50 0,10 – 0,40 0,20 – 0,50 1,20 – 1,50 0,15 – 0,35 3,80 – 4,30 – –
1.2842 0,85 – 0,95 0,10 – 0,40 1,80 – 2,20 0,20 – 0,50 – – 0,05 – 0,20 –
1.2343 0,33 – 0,41 0,80 – 1,20 0,25 – 0,50 4,80 – 5,50 1,10 – 1,50 – 0,30 – 0,50 –
1.2344 0,35 – 0,42 0,80 – 1,20 0,25 – 0,50 4,80 – 5,50 1,20 – 1,50 – 0,85 – 1,15 –
1.2367 0,35 – 0,40 0,30 – 0,50 0,30 – 0,50 4,80 – 5,20 2,70 – 3,20 – 0,40 – 0,60 –
1.2714 0,50 – 0,60 0,10 – 0,40 0,60 – 0,90 0,80 – 1,20 0,35 – 0,55 1,50 – 1,80 0,05 – 0,15 –
1.2738 0,35 – 0,45 0,20 – 0,40 1,30 – 1,60 1,80 – 2,10 0,15 – 0,25 0,90 – 1,20* – –
1.3343 0,86 – 0,94 0,45 – 3,80 – 4,50 4,70 – 5,20 – 1,70 – 2,10 5,90 – 6,70
2. TECHNICAL DELIVERY CONDITIONS
EN ISO 4957:2000 Tool Steels. Technical Delivery Conditions. 
4. AREAS OF USE
Cutting tools, precision hole punches, scraping, stripping and crushing knives, drawing and embossing tools, deep drawing and
plastering tools, sintering and pressing tools.
1.2067 Cold Work Tool Steel Technical Features According to EN ISO 4957:2000
Tool steels with carbon content ranging from 0.3% to 2.5% and containing carbide-forming chromium, vanadium, molybdenum and tungsten 
tungsten as well as nickel and manganese as alloying elements are called cold work tool steels. They have high initial hardness, which decreases rapidly 
when the hardness exceeds 200°C. For this reason, the process is used for both machining and chipless forming of workpieces operating at 
temperatures of about 200°C and below. Features expected in Cold Work Tool Steels; High compressive strength, high hardness, high tensile strength,
and high abrasion resistance.
 
 
Material Name: Material No: Equivalent Qualities:
102Cr6 1.2067
1. CHEMICAL COMPOSITION
Chemical Composition % by Mass
Quality C Si Mn Cr Mo Ni V W
1.2067 0,95 – 1,10 0,15 – 0,35 0,25 – 0,45 1,35 – 1,65 – – – –
2. MECHANICAL FEATURES
Soft Annealing (+A): max. 223 HB
After Hardening: Hardening Heat (±10oC): 840oC | Quenching Medium: Oil | Tempering Heat (±10oC): 180oC
min. 60 HRC
3. TECHNICAL DELIVERY CONDITIONS
EN ISO 4957:2000 Tool Steels. Technical Delivery Conditions. 
4. AREAS OF USE
Cutting tools, precision hole punches, scraping, stripping and crushing knives, drawing and embossing tools, deep drawing and
plastering tools, sintering and pressing tools.
1.2080 Cold Work Tool Steel Technical Features According to EN ISO 4957:2000
Tool steels with carbon content ranging from 0.3% to 2.5% and containing carbide-forming chromium, vanadium, molybdenum and tungsten 
as well as nickel and manganese as alloying elements are called cold work tool steels. They have high initial hardness, which decreases rapidly 
when the hardness exceeds 200°C. For this reason, the process is used for both machining and chipless forming of workpieces operating at 
temperatures of about 200°C and below. Features expected in Cold Work Tool Steels; High compressive strength, high hardness, high tensile strength,
and high abrasion resistance.
 
 
Material Name: Material No: Equivalent Qualities:
X210Cr12 1.2080
1. CHEMICAL COMPOSITION
Chemical Composition % by Mass
Quality C Si Mn Cr Mo Ni V W
1.2080 1,90 – 2,20 0,10 – 0,60 0,20 – 0,60 11,00 – 13,00 – – – –
2. MECHANICAL FEATURES
Soft Annealing (+A): max. 248 HB
After Hardening: Hardening Heat (±10oC): 970oC | Quenching Medium: Yağ | Tempering Heat (±10oC): 180oC
min. 62 HRC
3. TECHNICAL DELIVERY CONDITIONS
EN ISO 4957:2000 Tool Steels. Technical Delivery Conditions. 
4. AREAS OF USE
Cutting tools, precision hole punches, scraping, stripping and crushing knives, drawing and embossing tools, deep drawing and
plastering tools, sintering and pressing tools.
1.2363 Cold Work Tool Steel Technical Features According to EN ISO 4957:2000
Tool steels with carbon content ranging from 0.3% to 2.5% and containing carbide-forming chromium, vanadium, molybdenum and tungsten 
as well as nickel and manganese as alloying elements are called cold work tool steels. They have high initial hardness, which decreases rapidly 
when the hardness exceeds 200°C. For this reason, the process is used for both machining and chipless forming of workpieces operating at 
temperatures of about 200°C and below. Features expected in Cold Work Tool Steels; High compressive strength, high hardness, high tensile strength,
and high abrasion resistance.
 
 
Material Name: Material No: Equivalent Qualities:
X100CrMoV5 1.2363
1. CHEMICAL COMPOSITION
Chemical Composition % by Mass
Quality C Si Mn Cr Mo Ni V W
1.2363 0,95 – 1,05 0,10 – 0,40 0,40 – 0,80 4,80 – 5,50 0,90 – 1,20 – 0,15 – 0,35 –
2. MECHANICAL FEATURES
Soft Annealing (+A): max. 241 HB
After Hardening: Hardening Heat (±10oC): 970oC | Quenching Medium: Air | Tempering Heat (±10oC): 180oC
min. 60 HRC
3. TECHNICAL DELIVERY CONDITIONS
EN ISO 4957:2000 Tool Steels. Technical Delivery Conditions. 
4. AREAS OF USE
Cutting tools, precision hole punches, scraping, stripping and crushing knives, drawing and embossing tools, deep drawing and
plastering tools, sintering and pressing tools.
1.2363 Cold Work Tool Steel Technical Features According to EN ISO 4957:2000
Tool steels with carbon content ranging from 0.3% to 2.5% and containing carbide-forming chromium, vanadium, molybdenum and tungsten 
as well as nickel and manganese as alloying elements are called cold work tool steels. They have high initial hardness, which decreases rapidly 
when the hardness exceeds 200°C. For this reason, the process is used for both machining and chipless forming of workpieces operating at 
temperatures of about 200°C and below. Features expected in Cold Work Tool Steels; High compressive strength, high hardness, high tensile strength,
and high abrasion resistance.
 
 
Material Name: Material No: Equivalent Qualities:
X153CrMoV12 1.2379
1. CHEMICAL COMPOSITION
Chemical Composition % by Mass
Quality C Si Mn Cr Mo Ni V W
1.2379 1,45 – 1,60 0,10 – 0,60 0,20 – 0,60 11,00 – 13,00 0,70 – 1,00 – 0,70 – 1,00 –
2. MECHANICAL FEATURES
Soft Annealing (+A): max. 255 HB
After Hardening: Hardening Heat (±10oC): 1020oC | Quenching Medium: Air | Tempering Heat (±10oC): 180oC
min. 61 HRC
3. TECHNICAL DELIVERY CONDITIONS
EN ISO 4957:2000 Tool Steels. Technical Delivery Conditions. 
4. AREAS OF USE
Cutting tools, precision hole punches, scraping, stripping and crushing knives, drawing and embossing tools, deep drawing and
plastering tools, sintering and pressing tools.
1.2436 Cold Work Tool Steel Technical Features According to EN ISO 4957:2000
Tool steels with carbon content ranging from 0.3% to 2.5% and containing carbide-forming chromium, vanadium, molybdenum and tungsten 
as well as nickel and manganese as alloying elements are called cold work tool steels. They have high initial hardness, which decreases rapidly 
when the hardness exceeds 200°C. For this reason, the process is used for both machining and chipless forming of workpieces operating at 
temperatures of about 200°C and below. Features expected in Cold Work Tool Steels; High compressive strength, high hardness, high tensile strength,
and high abrasion resistance.
 
 
Material Name: Material No: Equivalent Qualities:
X210CrW12 1.2436
1. CHEMICAL COMPOSITION
Chemical Composition % by Mass
Quality C Si Mn Cr Mo Ni V W
1.2436 2,00 – 2,30 0,10 – 0,40 0,30 – 0,60 11,00 – 13,00 – – – 0,60 – 0,80
2. MECHANICAL FEATURES
Soft Annealing (+A): max. 255 HB
After Hardening: Hardening Heat (±10oC): 970oC | Quenching Medium: Oil | Tempering Heat (±10oC): 180oC
min. 62 HRC
3. TECHNICAL DELIVERY CONDITIONS
EN ISO 4957:2000 Tool Steels. Technical Delivery Conditions. 
4. AREAS OF USE
Cutting tools, precision hole punches, scraping, stripping and crushing knives, drawing and embossing tools, deep drawing and
plastering tools, sintering and pressing tools.
1.2550 Cold Work Tool Steel (Impact Steel) Technical Features According to EN ISO 4957:2000
Tool steels with carbon content ranging from 0.3% to 2.5% and containing carbide-forming chromium, vanadium, molybdenum and tungsten 
as well as nickel and manganese as alloying elements are called cold work tool steels. They have high initial hardness, which decreases rapidly 
when the hardness exceeds 200°C. For this reason, the process is used for both machining and chipless forming of workpieces operating at 
temperatures of about 200°C and below. Features expected in Cold Work Tool Steels; High compressive strength, high hardness, high tensile strength,
and high abrasion resistance.
 
 
Material Name: Material No: Equivalent Qualities:
60WCrV8 1.2550
1. CHEMICAL COMPOSITION
Chemical Composition % by Mass
Quality C Si Mn Cr Mo Ni V W
1.2550 0,55 – 0,65 0,70 – 1,00 0,15 – 0,45 0,90 – 1,20 – – 0,10 – 0,20 1,70 – 2,20
2. MECHANICAL FEATURES
Soft Annealing (+A): max. 229 HB
After Hardening: Hardening Heat (±10oC): 910oC | Quenching Medium: Oil | Tempering Heat (±10oC): 180oC
min. 58 HRC
3. TECHNICAL DELIVERY CONDITIONS
EN ISO 4957:2000 Tool Steels. Technical Delivery Conditions. 
4. AREAS OF USE
Cutting tools, precision hole punches, scraping, stripping and crushing knives, drawing and embossing tools, deep drawing and
plastering tools, sintering and pressing tools.
1.2767 Cold Work Tool Steel Technical Features According to EN ISO 4957:2000
Tool steels with carbon content ranging from 0.3% to 2.5% and containing carbide-forming chromium, vanadium, molybdenum and tungsten 
as well as nickel and manganese as alloying elements are called cold work tool steels. They have high initial hardness, which decreases rapidly 
when the hardness exceeds 200°C. For this reason, the process is used for both machining and chipless forming of workpieces operating at 
temperatures of about 200°C and below. Features expected in Cold Work Tool Steels; High compressive strength, high hardness, high tensile strength,
and high abrasion resistance.
 
 
Material Name: Material No: Equivalent Qualities:
45NiCrMo16 1.2767
1. CHEMICAL COMPOSITION
Chemical Composition % by Mass
Quality C Si Mn Cr Mo Ni V W
1.2767 0,40 – 0,50 0,10 – 0,40 0,20 – 0,50 1,20 – 1,50 0,15 – 0,35 3,80 – 4,30 – –
2. MECHANICAL FEATURES
Soft Annealing (+A): max. 285 HB
After Hardening: Hardening Heat (±10oC): 850oC | Quenching Medium: Oil | Tempering Heat (±10oC): 180oC
min. 52 HRC
3. TECHNICAL DELIVERY CONDITIONS
EN ISO 4957:2000 Tool Steels. Technical Delivery Conditions. 
4. AREAS OF USE
Cutting tools, precision hole punches, scraping, stripping and crushing knives, drawing and embossing tools, deep drawing and
plastering tools, sintering and pressing tools.
1.2842 Cold Work Tool Steel Technical Features According to EN ISO 4957:2000
Tool steels with carbon content ranging from 0.3% to 2.5% and containing carbide-forming chromium, vanadium, molybdenum and tungsten 
as well as nickel and manganese as alloying elements are called cold work tool steels. They have high initial hardness, which decreases rapidly 
when the hardness exceeds 200°C. For this reason, the process is used for both machining and chipless forming of workpieces operating at 
temperatures of about 200°C and below. Features expected in Cold Work Tool Steels; High compressive strength, high hardness, high tensile strength,
and high abrasion resistance.
 
 
Material Name: Material No: Equivalent Qualities:
90MnCrV8 1.2842
1. CHEMICAL COMPOSITION
Chemical Composition % by Mass
Quality C Si Mn Cr Mo Ni V W
1.2842 0,85 – 0,95 0,10 – 0,40 1,80 – 2,20 0,20 – 0,50 – – 0,05 – 0,20 –
2. MECHANICAL FEATURES
Soft Annealing (+A): max. 229 HB
After Hardening: Hardening Heat (±10oC): 790oC | Quenching Medium: Oil | Tempering Heat (±10oC): 180oC
min. 60 HRC
3. TECHNICAL DELIVERY CONDITIONS
EN ISO 4957:2000 Tool Steels. Technical Delivery Conditions. 
4. AREAS OF USE
Cutting tools, precision hole punches, scraping, stripping and crushing knives, drawing and embossing tools, deep drawing and
plastering tools, sintering and pressing tools.
1.2343 Hot Work Tool Steel Technical Features According to EN ISO 4957:2000
Hot work tool steels are a group of alloy tool steels that enable ferrous and non-ferrous materials to be shaped by various methods such as injection,
 extrusion, forging and cutting under high temperature conditions (300-600°C). Hot work tool steels, which are used in the high temperature forming
 of metal-based raw materials, are a steel group with a significant usage area in today’s manufacturing and mold industry. Features expected in 
in Hot Work Tool Steels; High tempering resistance, high temperature strength, resistance to thermal shocks, good machinability, hot wear resistance.
 
 
Material Name: Material No: Equivalent Qualities:
X37CrMoV5-1 1.2343
1. CHEMICAL COMPOSITION
Chemical Composition % by Mass
Quality C Si Mn Cr Mo Ni V W
1.2343 0,33 – 0,41 0,80 – 1,20 0,25 – 0,50 4,80 – 5,50 1,10 – 1,50 – 0,30 – 0,50 –
2. MECHANICAL FEATURES
Soft Annealing (+A): max. 229 HB
After Hardening: Hardening Heat (±10oC): 1020oC | Quenching Medium: Oil | Tempering Heat (±10oC): 550oC
min. 48 HRC
3. TECHNICAL DELIVERY CONDITIONS
EN ISO 4957:2000 Tool Steels. Technical Delivery Conditions. 
4. AREAS OF USE
It is used in molds where forging, casting, injection and extrusion processes of metal materials are carried out, in mold cores, cores and ejectors 
of metal injection molds, especially aluminium, in die casting molds of light and heavy metals, in mold and pipe presses,in internal spacer sleeves,
punches, hot cutting and deburring tools, in under-weld rollers in welded pipe production, in plastic injection mold applications where high surface 
quality and wear resistance are required.
1.2344 Hot Work Tool Steel Technical Features According to EN ISO 4957:2000
Hot work tool steels are a group of alloy tool steels that enable ferrous and non-ferrous materials to be shaped by various methods such as injection,
 extrusion, forging and cutting under high temperature conditions (300-600°C). Hot work tool steels, which are used in the high temperature forming
 of metal-based raw materials, are a steel group with a significant usage area in today’s manufacturing and mold industry. Features expected in 
in Hot Work Tool Steels; High tempering resistance, high temperature strength, resistance to thermal shocks, good machinability, hot wear resistance.
 
 
Material Name: Material No: Equivalent Qualities:
X40CrMoV5-1 1.2344
1. CHEMICAL COMPOSITION
Chemical Composition % by Mass
Quality C Si Mn Cr Mo Ni V W
1.2344 0,35 – 0,42 0,80 – 1,20 0,25 – 0,50 4,80 – 5,50 1,20 – 1,50 – 0,85 – 1,15 –
2. MECHANICAL FEATURES
Soft Annealing (+A): max. 229 HB
After Hardening: Hardening Heat (±10oC): 1020oC | Quenching Medium: Oil | Tempering Heat (±10oC): 550oC
min. 50 HRC
3. TECHNICAL DELIVERY CONDITIONS
EN ISO 4957:2000 Tool Steels. Technical Delivery Conditions. 
4. AREAS OF USE
It is used in molds where forging, casting, injection and extrusion processes of metal materials are carried out, in mold cores, cores and ejectors 
of metal injection molds, especially aluminium, in die casting molds of light and heavy metals, in mold and pipe presses,in internal spacer sleeves,
punches, hot cutting and deburring tools, in under-weld rollers in welded pipe production, in plastic injection mold applications where high surface 
quality and wear resistance are required.
1.2367 Hot Work Tool Steel Technical Features According to EN ISO 4957:2000
Hot work tool steels are a group of alloy tool steels that enable ferrous and non-ferrous materials to be shaped by various methods such as injection,
 extrusion, forging and cutting under high temperature conditions (300-600°C). Hot work tool steels, which are used in the high temperature forming
 of metal-based raw materials, are a steel group with a significant usage area in today’s manufacturing and mold industry. Features expected in 
in Hot Work Tool Steels; High tempering resistance, high temperature strength, resistance to thermal shocks, good machinability, hot wear resistance.
 
 
Material Name: Material No: Equivalent Qualities:
X38CrMoV5-3 1.2367
1. CHEMICAL COMPOSITION
Chemical Composition % by Mass
Quality C Si Mn Cr Mo Ni V W
1.2367 0,35 – 0,40 0,30 – 0,50 0,30 – 0,50 4,80 – 5,20 2,70 – 3,20 – 0,40 – 0,60 –
2. MECHANICAL FEATURES
Soft Annealing (+A): max. 229 HB
After Hardening: Hardening Heat (±10oC): 1040oC | Quenching Medium: Oil | Tempering Heat (±10oC): 550oC
min. 50 HRC
3. TECHNICAL DELIVERY CONDITIONS
EN ISO 4957:2000 Tool Steels. Technical Delivery Conditions. 
4. AREAS OF USE
It is used in molds where forging, casting, injection and extrusion processes of metal materials are carried out, in mold cores, cores and ejectors 
of metal injection molds, especially aluminium, in die casting molds of light and heavy metals, in mold and pipe presses,in internal spacer sleeves,
punches, hot cutting and deburring tools, in under-weld rollers in welded pipe production, in plastic injection mold applications where high surface 
quality and wear resistance are required.
1.2714 Hot Work Tool Steel Technical Features According to EN ISO 4957:2000 (Hot Forging Mold Steel)
Hot work tool steels are a group of alloy tool steels that enable ferrous and non-ferrous materials to be shaped by various methods such as injection,
 extrusion, forging and cutting under high temperature conditions (300-600°C). Hot work tool steels, which are used in the high temperature forming
 of metal-based raw materials, are a steel group with a significant usage area in today’s manufacturing and mold industry. Features expected in 
in Hot Work Tool Steels; High tempering resistance, high temperature strength, resistance to thermal shocks, good machinability, hot wear resistance.
 
 
Material Name: Material No: Equivalent Qualities:
55NiCrMoV7 1.2714
1. CHEMICAL COMPOSITION
Chemical Composition % by Mass
Quality C Si Mn Cr Mo Ni V W
1.2714 0,50 – 0,60 0,10 – 0,40 0,60 – 0,90 0,80 – 1,20 0,35 – 0,55 1,50 – 1,80 0,05 – 0,15 –
Sulphur (S) content should be max. 0,030 %.
2. MECHANICAL FEATURES
Soft Annealing (+A): max. 248 HB*
After Hardening: Hardening Heat (±10oC): 850oC | Quenching Medium: Oil | Tempering Heat (±10oC): 500oC
min. 42 HRC**
* For large diameter sizes, this steel is normally supplied in the reclaimed condition with a hardness of about 380 HB.
** This value is only valid for smaller diameter sizes.
3. TECHNICAL DELIVERY CONDITIONS
EN ISO 4957:2000 Tool Steels. Technical Delivery Conditions. 
4. AREAS OF USE
It is used in molds where forging, casting, injection and extrusion processes of metal materials are carried out, in mold cores, cores and ejectors 
of metal injection molds, especially aluminium, in die casting molds of light and heavy metals, in mold and pipe presses,in internal spacer sleeves,
punches, hot cutting and deburring tools, in under-weld rollers in welded pipe production, in plastic injection mold applications where high surface 
quality and wear resistance are required.
1.2788 Hot Work Tool Steel Technical Features According to EN ISO 4957:2000 
It is an alloy tool steel group produced for shaping all kinds of plastic raw materials by various methods, resistant to abrasive plastics, 
capable of providing very high printing number and high polishability. In addition to being used in the pressing of many plastic raw
material-based products, it is also used in the mold holders of some metal injection molds. Features expected in Plastic Mold Tool Steels;
 Clean and homogenous microstructure, high abrasion resistance, resistance to high pressure of plastic raw material during operation, high 
corrosion resistance, easy machinability with high hardness, very good polishability. 
 
 
Material Name: Material No: Equivalent Qualities:
40CrMnNiMo8-6-4 1.2738
1. CHEMICAL COMPOSITION
Chemical Composition % by Mass
Quality C Si Mn Cr Mo Ni V W
1.2738 0,35 – 0,45 0,20 – 0,40 1,30 – 1,60 1,80 – 2,10 0,15 – 0,25 0,90 – 1,20* – –
*By agreement, Sulphur (S) can be increased by 0.050 to 0.100 % and Nickel (Ni) can be omitted.
2. MECHANICAL FEATURES
This steel is normally supplied in the reclaimed condition with a hardness of about 380 HB.
3. TECHNICAL DELIVERY CONDITIONS
EN ISO 4957:2000 Tool Steels. Technical Delivery Conditions. 
4. AREAS OF USE
Plastic mold steels are a group of steels that have a significant area of use in today’s manufacturing and molding industry. 
It is used in many fields such as white goods industry, various household appliances, construction sector, electrical-electronic
parts, and automotive sub-industry.
1.3343 High Speed Tool Steel Technical Features According to EN ISO 4957:2000 
High speed tool steels are materials that have the ability to remove chips even at high cutting speeds and can maintain their hardness at  
high temperatures for a long time. In order to gain these properties, it is necessary to add alloying elements in appropriate proportions and to 
to provide appropriate heat treatment conditions. Features expected in High Speed Tool Steels; Clean and homogenous microstructure, high 
hardness to be gained by heat treatment, high toughness, very high abrasion resistance, resistance to high temperatures since high cutting speeds 
are reached, wire erosion cutting, welding, PVD, and CVD coating.
 
 
Material Name: Material No: Equivalent Qualities:
HS6-5-2C 1.3343
1. CHEMICAL COMPOSITION
Chemical Composition % by Mass
Kalite C Simax. Mn Cr Mo Ni V W
1.3343 0,86 – 0,94 0,45 – 3,80 – 4,50 4,70 – 5,20 – 1,70 – 2,10 5,90 – 6,70
Bu kalite için teklif ve sipariş sırasında %0,060 ila %0,150’lik bir Kükürt (S) aralığı kabul edilebilir. Bu durumda max. %0,80 Mangan (Mn) uygulanır.
2. MECHANICAL FEATURES
Soft Annealing (+A): max. 269 HB
After Hardening: Hardening Heat (±10oC): 1210oC | Tempering Heat (±10oC): 560oC
min. 64 HRC
3. TECHNICAL DELIVERY CONDITIONS
EN ISO 4957:2000 Tool Steels. Technical Delivery Conditions. 
4. AREAS OF USE
It is used in hobbing milling cutters, profile milling cutters, drill bits, broach and scissor blades, band saws, cutting molds.

PRODUCTS

MAC BRIGHT STEEL

You can reach us quickly.
  • +90 232 877 17 29
  • info@macbrightsteel.com.tr
  • Bağyurdu Halilbeyli Organized Industrial Zone District, Nif Street, No:20 Kemalpaşa / İzmir, Turkey
CONTACT FORM

MAC BRIGHT STEEL is a bright steel production company that started operating in 2021.

Social media

OUR PRODUCT GROUPS

QUICK MENU

© 2023 – MAC Parlak Çelik | All rights reserved