COLD FORMING MATERIALS

SAE1010 AISI1010 ASTM1010 CHQ wire

MATERIALSENGINEERINGCREATION GROUP

Products / ASTM Standards / ASTM F2282-18

SAE1010 AISI1010 ASTM1010 CHQ wire

Diameter: 0.40-46mm

Tensile strength: Refer to technical information

Product Detail Technical Information Inspection Packaging

Shanghai Creation Group is a benchmark enterprise who focus on cold heading quality steel wire in China.The whole management team has 20 years of experience in the industry.We build good relationships with many tier 1 suppliers to the automotive industry, all wire rod is sourced from branded steel mills. All orders are 100% traceable.

Delivery condition

: Rimmed

: Aluminum killed

: silicon killed fine grain

: silicon killed coarse grain

Surface quality

- : Continuous and smooth

- : Free of seams, overlaps, pits, scratches and drawing scars

- : Free of rust

Application

- : Automobile industry

- : Construction industry

- : Machinery industry

- : Other Industries

Case Study

Products & Service

Wire rod

Pickling and phosphating

Cold drawing

Spheroidizing annealing

Inspection

Finished product

1.Conditions furnished and Chemical composition

TABLE 4 carbon steels，chemical Ranges and Limits, %

conditions Furnished	IFI steel Grade Designation	Carbon		Manganese		Phosphorous	Sulfur	Silicon
conditions Furnished	IFI steel Grade Designation	Min	Max	Min	Max	Max	Max	Silicon
R，AIK	IFI-1006	...	0.08	0.25	0.40	0.020	0.020	see Table 6
R，AIK,SiFg，SiCg	IFI-1008	...	0.10	0.30	0.50	0.020	0.020	see Table 6
R，AIK,SiFg，SiCg	IFI-1010	0.08	0.13	0.30	0.60	0.020	0.020	see Table 6
AIK,SiFg，SiCg	IFI-1018	0.15	0.19	0.65	0.85	0.020	0.020	see Table 6
AIK,SiFg	IFI-10B21	0.19	0.23	0.80	1.10	0.020	0.020	see Table 6
AIK,SiFg，SiCg	IFI-1022/A	0.18	0.21	0.80	1.00	0.020	0.020	see Table 6
AIK,SiFg，SiCg	IFI-1022/B	0.20	0.23	0.90	1.10	0.020	0.020	see Table 6
AIK	IFI-1033	0.31	0.36	0.70	0.90	0.020	0.020	see Table 6
AIK,SiFg，SiCg	IFI-1035	0.33	0.38	0.70	0.90	0.020	0.020	see Table 6
AIK,SiFg，SiCg	IFI-1038	0.35	0.42	0.70	0.90	0.020	0.020	see Table 6
SiFg	IFI-10B38	0.35	0.42	0.70	1.00	0.020	0.020	see Table 6
SiFg	IFI-1541/A	0.36	0.41	1.35	1.60	0.020	0.020	see Table 6
SiFg,SiCg,CgP	IFI-1541/B	0.38	0.43	1.35	1.60	0.020	0.020	see Table 6

NOTE 1—carbon steels which have added boron use a B designation between the first and last two digits of the grade designation. A boron steel has a minimum boron content of 0.0008 % and a maximum of 0.003 % together with a minimum titanium content of 0.01 %.
Alk = Aluminum killed
R = Rimmed
siFg = silicon killed fine grain
sicg = silicon killed coarse grain
cgp = coarse grain practice

TABLE 5 permissible variations from specified chemical Ranges，and Limits for carbon steel, %

Element	Limit or Max of Specified Range，%	Variation% Over Max Limit or Under Min Limit
Carbon	To 0.25 incl over 0.25 to 0.55 incl	0.02
Carbon	To 0.25 incl over 0.25 to 0.55 incl	0.03
Manganese	To 0.90 incl over 0.90 to 1.65 incl	0.03
Manganese	To 0.90 incl over 0.90 to 1.65 incl	0.06
Phosphorus	over max only	0.008
sulfur	over max only	0.008
silicon	To 0.30 incl	0.02
copper	over max only	0.03
Tin	over max only	0.01
Nickel	over max only	0.03
Chromium	over max only	0.03
Molybdenum	over max only	0.01
Vanadium	over max only	0.01
Boron		N/A^A

A Unless misapplication is indicated.

TABLE 6 silicon Limits for Four Deoxidation practices，%

	Deoxidation practice
	Silicon killed		Silicon killed		Aluminum killed	Rimmed
	Fine Grain		Coarse Grain and Coarse Grain Practice		Fine Grain	Rimmed
	Min	Max	Min	Max	Max	Max
IFI-1006	...	...	...	...	0.10	0.02
IFI-1008	0.10	0.20	0.10	0.25	0.10	0.02
IFI-1010	0.10	0.20	0.10	0.25	0.10	0.02
Boron Grades	0.10	0.30	N/A	N/A	N/A	N/A
All Other Grades	0.15	0.30	0.15	0.30	0.10	N/A

NOTE 1—Fine Grain—Normally Si/Al killed or aluminum killed. vanadium or columbium (niobium can be used upon agreement between raw material supplier and user (purchaser）. see supplementary Requirement s.2.
NOTE 2—The values listed in this table are designed to provide optimum headability and tool life in the cold forming process. Modifications to these limits require agreement between producer and purchaser.

2.Mechanical Properties

TABLE 11 Mechanical Properties carbon and Alloy Steels

Steel Grade	Rod/Bar properties				Spheroidize Annealed at Finished Size wire properties		Annealed in process and Spheroidized Annealed in process Finished wire properties
	Annealed		Spheroidize Annealed		SAFS		AIP		SAIP
	Max tensile^A	Min R/A	Max tensile^A	Min R/A	Max tensile^A	Min R/A	Max tensile^A	Min R/A	Max tensile^A	Min R/A
	KSI	%	KSI	%	KSI	%	KSI	%	KSI	%
Carbon
IFI-1006	55	62	53	65	51	70	62	60	60	62
IFI-1008	56	62	54	65	52	70	63	60	61	62
IFI-1010	58	62	55	65	54	70	65	60	62	62
IFI-1018	68	62	65	65	63	68	76	60	68	62
IFI-1022/A	72	62	67	65	65	68	81	60	72	62
IFI-1022/B	73	62	69	65	67	68	82	60	73	62
IFI-1033	80	58	74	60	72	64	89	56	82	58
IFI-1035	81	58	75	60	73	64	90	56	83	58
IFI-1038	82	58	76	60	74	64	91	56	84	58
IFI-1541A	92	53	85	57	82	61	98	51	92	55
IFI-1541B	93	53	86	57	83	61	99	51	93	55
Boron
IFI-10B21	75	62	71	64	69	68	84	60	75	62
IFI-10B38	88	56	82	58	80	62	97	52	90	56
Alloy
IFI-1335	93	53	85	55	82	59	100	51	92	53
IFI-4037	86	55	80	57	78	60	95	53	85	55
IFI-4042	88	55	82	57	80	60	97	53	87	55
IFI-4118	76	60	71	61	68	64	84	58	76	59
IFI-4140	92	55	85	57	82	59	102	53	90	55
IFI-5140	92	55	85	57	82	59	102	53	90	55
IFI-8637	92	53	85	55	82	57	102	51	92	53

A For aluminum killed steel, subtract 3 KSI and add 1 % R/A.
For rimmed steel, subtract 5 KSI and add 2 % R/A.
For AIp and SAIP Wire under 0.200 in., add 50 psi for every 0.001 in. under 0.200 in.
NOTE 1—The values in this table have been designed to provide optimum headability and tool life in the cold forming process. The reduction of area test is not applicable to wire sizes less than 0.092 in.

3.Decarburization Limits

TABLE 10 Decarburization Limits for kiIIed steeIs with carbon content Exceeding 0.15 %

Diameter, in.	Free Ferrite Depth max, in.	Total Average Affected Depth (TAAD max, in.	worst Location Depth, max, in.
through 25/64	0.001	0.005	0.008
over 25/64 through 5/8	0.001	0.006	0.009
over 5/8 through 55/64	0.001	0.007	0.011
over 55/64 through 1	0.001	0.008	0.012
over 1 through 1-1/2	0.001	0.010	0.015