New Innovations Cold Worked S30100/AMS 5901/1.4310/ASTM A666 High Strength Alloy Steel Strip for Toaster Springs 301 Steel Coil

Product Details
Customization: Available
Type: Coil
Standard: AISI, ASTM, DIN, JIS, GB
Manufacturer/Factory, Group Corporation
Diamond Member Since 2024

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  • New Innovations Cold Worked S30100/AMS 5901/1.4310/ASTM A666 High Strength Alloy Steel Strip for Toaster Springs 301 Steel Coil
  • New Innovations Cold Worked S30100/AMS 5901/1.4310/ASTM A666 High Strength Alloy Steel Strip for Toaster Springs 301 Steel Coil
  • New Innovations Cold Worked S30100/AMS 5901/1.4310/ASTM A666 High Strength Alloy Steel Strip for Toaster Springs 301 Steel Coil
  • New Innovations Cold Worked S30100/AMS 5901/1.4310/ASTM A666 High Strength Alloy Steel Strip for Toaster Springs 301 Steel Coil
  • New Innovations Cold Worked S30100/AMS 5901/1.4310/ASTM A666 High Strength Alloy Steel Strip for Toaster Springs 301 Steel Coil
  • New Innovations Cold Worked S30100/AMS 5901/1.4310/ASTM A666 High Strength Alloy Steel Strip for Toaster Springs 301 Steel Coil
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  • Overview
  • Product Description
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Overview

Basic Info.

Model NO.
301 Coil/Strip
Composition
Stainless Steel Scrap
Technique
Cold Drawn
Shape
Coil
Surface Treatment
Color Coated
Special Use
High-strength Steel Plate, Wear Resistant Steel, Silicon Steel, Cold Heading Steel
Application
Die Steel Bar
Key Words
301 Coil/Strip
Outside Diameter
4mm - 1219mm
Thickness
0.5 -100mm
Length
as Your Requirments
Diameter Tolerance
H9, H11, H13, K9, K11, K13 etc
Sample
Free-Sample
Surface
Lack, Peeled, Polishing, Bright, Sand Blast, Hl
MOQ
100kgs
Stock
in Stock
Transport Package
Wooden Package
Specification
301
Trademark
LORK
Origin
China
HS Code
7219350000
Production Capacity
50000kg/Month

Product Description

Product Description

New Innovations Cold Worked S30100/AMS 5901/1.4310/ASTM A666 High Strength Alloy Steel Strip for Toaster Springs 301 Steel CoilNew Innovations Cold Worked S30100/AMS 5901/1.4310/ASTM A666 High Strength Alloy Steel Strip for Toaster Springs 301 Steel Coil

Introduction

Stainless steel grade 301 is usually supplied in the form of strips and wires, with a tensile strength of up to 1800 Mpa, to produce tempers ranging from 1/16 Hard to Full Hard. By subjecting grade 301 to controlled analysis it is capable of retaining sufficient ductility even in ½ hard conditions. This form of grade 301 may be used in aircraft, rail car components and architectural structures. Tempers of this grade, ranging from ¾ to full hard, may be used in applications requiring high wear resistance and spring features with simple form designs.


Composition
Composition ranges of stainless steel grade 301 are tabulated below.

Composition ranges for 301 grade stainless steel

Grade

C

Mn

Si

P

S

Cr

Mo

Ni

N

301

ASTM A666

min.

max.

-

0.15

-

2.0

-

1.0

-

0.045

-

0.030

16.0

18.0

-

6.0

8.0

-

0.10

301L

JIS G4305

min.

max.

-

0.03

-

2.0

-

1.0

-

0.045

-

0.030

16.0

18.0

-

6.0

8.0

-

0.20

1.4318/301LN

EN 10088-2

min.

max.

-

0.03

-

2.0

-

1.0

-

0.045

-

0.015

16.5

18.5

-

6.0

8.0

0.10

0.20

 
 


Grade Specification

Grade UNS DIN EN AMS ASTM JIS
301 S30100
 
1.4310 AMS 5901
AMS 5517
AMS 5518
AMS 5902
AMS 5519
ASTM A240
ASTM A666
SUS 301

 


Characteristic

Corrosion Resistance
The resistance to corrosion offered by stainless steel grade 301 is similar to that offered by 304. This grade exhibits good resistance to corrosion in mildly corrosive environments at ambient temperatures.

Heat Resistance
Grade 301 exhibits good oxidation resistance for intermittent services up to 840°C and for continuous service up to 900°C.


Mechanical Properties

Grade 301 Temper ASTM A666

Tensile Strength (MPa) min.

Yield Strength 0.2% Proof (MPa) min.

Elongation (% in 50mm) (thick.>0.76mm) min.

Bend Test (thickness > 1.27mm)

Bend Angle (°)

Factor

Annealed

758

276

60

-

-

1/16 Hard

620

310

40

180

1

1/8 Hard

690

380

40

180

1

1/4 Hard

862

514

25

90

2

1/2 Hard

1034

758

18

90

2

3/4 Hard

1205

930

12

90

3

Full Hard

1276

965

9

90

5

 
 

Physical Properties

rade

Density (kg/m3)

Elastic Modulus (GPa)

Mean Coefficient of Thermal Expansion (μm/m/°C)

Thermal Conductivity (W/m.K)

Specific Heat 0-100°C
(J/kg.K)

Electrical Resistivity (nΩ.m)

0-100°C

0-315°C

0-538°C

at 100°C

at 500°C

301

7880

193

16.9

17.2

18.2

16.2

21.4

500

695

 

Possible Alternative Grades

Grade

Reason for choosing the alternate grade

304

The lower work hardening rate of 304 is acceptable, giving better ductility required for forming.

316

A higher corrosion resistance is required, and the lower work hardening rate of 316 can be compensated for.



Production process

Heat Treatment

Stainless steel grade 301 is subjected to solution treatment annealing in temperatures ranging from 1010oC to 1120°C followed by rapid cooling. For intermediate annealing a low temperature range is chosen. Thermal hardening does not suit this grade of stainless steel.

Cold Working

Stainless steel grade 301 and low carbon variants of this grade are predominantly used as high strength stainless steel. The work hardening rates of these grades are very high, in the range of a 14MPa increase per 1% reduction in area of cold work. As a result of this characteristic high strength can be achieved from cold rolling and roll forming operations.

Through such forming methods strain hardened austenite may be partially transformed to martensite. In spite of achieving such high strengths, the residual ductility in the alloy is capable of causing severe cold deformation. The alloy is non-magnetic in the annealed condition, but shows strong magnetism when cold worked.

Welding

Stainless steel grade 301 is suitable for all forms of standard welding methods. The use of grade 308L as filler metal is recommended. Welded parts in grade 301 must be subjected to annealing in order to attain maximum corrosion resistance. For grades 301L and 301LN annealing is not necessary after welding. The purpose of welding followed by annealing is to remove the high strength brought about by cold rolling.

The process of spot welding is used to assemble the cold rolled 301 components; this rapid welding technique does not hamper the overall strength of the component.


Applications

Some of the typical applications of grade 301 stainless steels are listed below:

  • Making rail car structural components
  • Air frame sections
  • Highway trailer components
  • Automotive wheel covers
  • Wiper blade clips and holders
  • Stove element clips
  • Screen frames
  • Toaster springs
  • Curtain walls 

surface

New Innovations Cold Worked S30100/AMS 5901/1.4310/ASTM A666 High Strength Alloy Steel Strip for Toaster Springs 301 Steel Coil

Processing

New Innovations Cold Worked S30100/AMS 5901/1.4310/ASTM A666 High Strength Alloy Steel Strip for Toaster Springs 301 Steel Coil
 

Main Applications


New Innovations Cold Worked S30100/AMS 5901/1.4310/ASTM A666 High Strength Alloy Steel Strip for Toaster Springs 301 Steel Coil
 

Company Profile


New Innovations Cold Worked S30100/AMS 5901/1.4310/ASTM A666 High Strength Alloy Steel Strip for Toaster Springs 301 Steel Coil
 

Packaging & Shipping

New Innovations Cold Worked S30100/AMS 5901/1.4310/ASTM A666 High Strength Alloy Steel Strip for Toaster Springs 301 Steel CoilNew Innovations Cold Worked S30100/AMS 5901/1.4310/ASTM A666 High Strength Alloy Steel Strip for Toaster Springs 301 Steel Coil
 

FAQ

New Innovations Cold Worked S30100/AMS 5901/1.4310/ASTM A666 High Strength Alloy Steel Strip for Toaster Springs 301 Steel Coil

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