Certified Company
DNV&ABSCertified Company
ISO 9001:2008R&D Production
In China
Alloy Steel
Has certain tenacity, sometimes require welding performance, used to make all kinds of engineering structures (such as building structures, Bridges, ships, vehicles, etc.) and manufacture all kinds of mechanical structure with steel.
With suitable hardenability, after appropriate metal heat treatment, the microstructure is homogeneous sorbite, bainite or very fine pearlite, thus has higher tensile strength and showed (generally at about 0.85), high toughness and fatigue strength, and low ductile to brittle transition temperature, can be used in the manufacture of large cross section size of the machine parts.
Meet certain level of strength and formability of steel. Formability expressed as a percentage elongation after interruption of tensile test. Structural steel is generally used for hosting purposes, in the purpose of sinosteel's strength is an important design criteria. Structural steels can be subdivided into: carbon structural steel low alloy steel and heat-resistant steel and alloy structural steel, and so on.
, less than 0.25% C for mild steel, notably the carbon is less than 0.10% of the 08 f, 08 al and so on, because has the very good deep drawing and welding is widely used for deep drawing parts such as automobile, can... Etc., 20 g is the main material to make ordinary boiler. In addition, low carbon steel as carburizing steel, widely used in machinery manufacturing.
• 0.25 ~ 0.60% C for medium carbon steel, used in the quenched and tempered condition more, make parts of the machinery manufacturing industry. How many 22 ~ 34 HRC, conditioning can get comprehensive mechanical properties, also easy to cut.
More than, greater than 0.6% C for high carbon steel, used in the manufacture of springs, gears, roll, etc., depending on the manganese content, and can be divided into ordinary manganese content (0.25 ~ 0.8%) and a high manganese content (0.7 ~ 1.0% and 0.9 ~ 1.2%) steel group. Manganese can improve the hardenability of steel, ferrite, improve the steel yield strength, tensile strength and abrasion resistance. Usually in high manganese steel grades after additional tags "Mn", such as 15 Mn, 20 Mn to distinguish it from normal carbon steel containing manganese content.
With suitable hardenability, after appropriate metal heat treatment, the microstructure is homogeneous sorbite, bainite or very fine pearlite, thus has higher tensile strength and showed (generally at about 0.85), high toughness and fatigue strength, and low ductile to brittle transition temperature, can be used in the manufacture of large cross section size of the machine parts.
Meet certain level of strength and formability of steel. Formability expressed as a percentage elongation after interruption of tensile test. Structural steel is generally used for hosting purposes, in the purpose of sinosteel's strength is an important design criteria. Structural steels can be subdivided into: carbon structural steel low alloy steel and heat-resistant steel and alloy structural steel, and so on.
, less than 0.25% C for mild steel, notably the carbon is less than 0.10% of the 08 f, 08 al and so on, because has the very good deep drawing and welding is widely used for deep drawing parts such as automobile, can... Etc., 20 g is the main material to make ordinary boiler. In addition, low carbon steel as carburizing steel, widely used in machinery manufacturing.
• 0.25 ~ 0.60% C for medium carbon steel, used in the quenched and tempered condition more, make parts of the machinery manufacturing industry. How many 22 ~ 34 HRC, conditioning can get comprehensive mechanical properties, also easy to cut.
More than, greater than 0.6% C for high carbon steel, used in the manufacture of springs, gears, roll, etc., depending on the manganese content, and can be divided into ordinary manganese content (0.25 ~ 0.8%) and a high manganese content (0.7 ~ 1.0% and 0.9 ~ 1.2%) steel group. Manganese can improve the hardenability of steel, ferrite, improve the steel yield strength, tensile strength and abrasion resistance. Usually in high manganese steel grades after additional tags "Mn", such as 15 Mn, 20 Mn to distinguish it from normal carbon steel containing manganese content.
Materials & Grade Sheets
Forms and Shapes:Round bar (Diameter): 5.50 ~ 650mm; Square bar / Flat bar: 1 ~ 1000mm; Wire rod (Diameter): 0.10 ~ 16mm; Steel strip via cold rolled: T0.1 - 3mm X W5 - 650mm X L (or in coil form); Forging piece: Different shapes based on OEM; Tube Pipe; Profiled Steel etc.
ASTM B16
AMS AMS 6305E 17-22A
AMS AMS 6305F 17-22A
DIN 21CrMoV5-7, 1.7709, 21CrMoV5-11, 1.8070
AFNOR Z12CN18-10 Air 9160/C
AFNOR 45SCD6, 46SiCrMo6, 1.8062
AFNOR ACIER DUR AU CARBONE ETIRE Air 9160/C
AFNOR Z100CD-17 Air 9160/C
AFNOR E-Z 85 WCDV 6 Air 9160/C
AFNOR 100C6 Air 9160/C
AFNOR E80DCV40 Air 9160/C
AFNOR 40CAD6-10 Air 9160/C
AFNOR 32CDV13 Air 9160/C
AFNOR 30CD12 Air 9160/C
AFNOR 16NCD17 Air 9160/C
AFNOR 16NCD13 Air 9160/C
AFNOR 12NC12 Air 9160/C
AFNOR E-40CDV20 Air 9160/C
AFNOR 40CDV20 Air 9160/C
AFNOR E35NCD16H Air 9160/C
AFNOR Z12CND16-04 Air 9160/C
AFNOR E-Z6NCT25 Air 9160/C
AFNOR Z6CNUD15-04 Air 9160/C
AFNOR Z6CND15-07 Air 9160/C
AFNOR Z10CNT18-11 Air 9160/C
AFNOR Z2CN18-10 Air 9160/C
AFNOR Z30C13 Air 9160/C
AFNOR Z15CN17-03 Air 9160/C
AFNOR Z12CNDV12 Air 9160/C
AFNOR Z12CN13 Air 9160/C
AFNOR Z8CND17-04 Air 9160/C
AFNOR 40CDV12 Air 9160/C
AFNOR 35NCD16 Air 9160/C
AFNOR 35NC6 Air 9160/C
AFNOR 35CD4 Air 9160/C
AFNOR 30NCD16 Air 9160/C
AFNOR 25CD4S Air 9160/C
AFNOR 15CDV6 Air 9160/C
AFNOR E36-4 XES
AFNOR E26-4 XES
AFNOR XC65 Air 9160/C
AFNOR XC38 Air 9160/C
AFNOR XC18S Air 9160/C
AFNOR 35CD4 Air 9160C
EN 1.7709
EN 21CMoV5-7
DIN 21CMoV5-7
EN 13CrMoSi5-5
EN 1.7336
GOST 38H2N2MA
GOST 38Х2Н2МА
DIN 13CrMo44
DIN 1.0729
GB 27SiMn
AISI AISI 501
ASTM A387 F5 / Grade 5
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