High Tensile Strength 304/316L Fine Stainless Steel Wire
304 stainless steel fine wire
,316L high tensile steel wire
,fine stainless steel wire
High Tensile Strength 304/316L Fine Stainless Steel Wire
1. Product Introduction
TOPONE supplies high tensile strength 304 and 316L fine stainless steel wire for industrial manufacturing, precision wire processing and customized metal components.
Available in diameters from 0.15mm to 12mm, this product range supports different wire processing requirements. Common fine wire sizes include 0.18mm, 0.35mm and 0.5mm, with additional diameters available according to customer specifications.
Manufactured through cold drawing processes, stainless steel wire can be supplied with different mechanical properties and surface conditions according to the selected material grade, wire diameter and processing requirements.
AISI 304 stainless steel is widely used in general industrial applications, while 316L offers improved resistance to chloride-related corrosion due to its molybdenum content and low carbon composition.
For applications requiring high tensile strength, the wire specification should be selected according to the required tensile strength range, elongation, diameter tolerance and end-use conditions.
2. Product Specifications
| Parameter | Specification |
|---|---|
| Product Name | High Tensile Fine Stainless Steel Wire |
| Material Grades | SUS304 / SUS316L |
| Diameter Range | 0.15–12mm |
| Common Fine Wire Sizes | 0.18mm / 0.35mm / 0.5mm |
| Wire Shape | Round Wire |
| Manufacturing Process | Cold Drawing |
| Surface Finish | Bright / Soap-Coated |
| Mechanical Properties | Customizable According to Requirements |
| Tensile Strength | According to Grade, Diameter and Wire Condition |
| Applicable Standards | ASTM / JIS / DIN / EN / GB |
| Supply Form | Coil / Spool |
| Packaging | Coil or Spool with Pallet |
| Customization | Diameter, Tolerance, Tensile Strength and Packaging |
Technical Note: Actual tensile strength, elongation and dimensional tolerances should be confirmed according to the selected material grade, wire diameter, processing condition and applicable standard.
3. Applications of High Tensile Stainless Steel Wire
Precision Wire Components
High tensile stainless steel wire can be used as raw material for precision metal components requiring specific mechanical properties and dimensional control.
Spring Manufacturing
Suitable wire grades and tensile strength conditions can be selected for spring production. The required wire properties depend on spring design, working load, deformation requirements and fatigue conditions.
Fine Wire Processing
Fine stainless steel wire is suitable for further drawing and processing into smaller wire diameters. Surface condition and mechanical properties should be matched to the drawing equipment and processing sequence.
Industrial Metal Components
304 and 316L stainless steel wire can be processed into customized wire forms and metal components for industrial manufacturing.
Specialized Wire Products
Depending on the diameter, tensile strength and material requirements, fine stainless steel wire can be considered for specialized wire products and precision manufacturing applications.
4. Product Advantages
4.1 High Tensile Strength Options
Tensile strength is an important mechanical property for stainless steel wire, particularly in applications involving tension, forming and mechanical loading.
TOPONE can discuss different tensile strength requirements according to the selected grade, diameter and wire condition. Buyers can provide their target tensile strength range to help determine a suitable specification.
4.2 Multiple Material Options: 304 and 316L
Different stainless steel grades are available for different working environments.
-
SUS304: A general-purpose austenitic stainless steel suitable for various industrial wire applications.
-
SUS316L: A low-carbon austenitic stainless steel containing molybdenum, offering improved resistance to chloride-related corrosion in many environments.
Material selection should consider corrosion exposure, mechanical requirements and downstream manufacturing processes.
4.3 Fine Wire Sizes and Wide Diameter Range
The available diameter range is 0.15–12mm, covering both fine wire processing and larger industrial wire applications.
Common fine wire specifications include 0.18mm, 0.35mm and 0.5mm. Other diameters and tolerances can be discussed according to production drawings.
4.4 Cold Drawing Process
Cold drawing is used to reduce wire diameter and obtain the required dimensional and mechanical properties.
The final tensile strength and elongation depend on the material grade, drawing reduction, processing sequence and final wire condition.
4.5 Customized Surface and Packaging
Bright and soap-coated surface options are available according to processing requirements.
Coil and spool packaging can also be discussed based on wire diameter, order quantity and customer equipment.
5. How to Select High Tensile Stainless Steel Wire
Before selecting stainless steel fine wire, buyers should consider the following technical factors:
Material Grade: Choose 304 or 316L according to corrosion resistance and application requirements.
Wire Diameter: Confirm the required nominal diameter and dimensional tolerance.
Tensile Strength: Define the target tensile strength range based on the actual manufacturing process and product design.
Elongation: Consider elongation requirements when the wire will undergo bending, forming or other deformation processes.
Surface Finish: Select bright or soap-coated wire according to drawing, forming and surface requirements.
Applicable Standard: Specify the required ASTM, JIS, DIN, EN or GB standard.
A complete technical specification helps ensure that the supplied wire matches the intended production process.
6. Why Choose TOPONE Stainless Steel Wire?
TOPONE is a stainless steel wire manufacturer based in Ningbo, China, with manufacturing experience dating back to 1993.
Our product range includes stainless steel wire grades such as 201, 302, 304, 316 and 316L, covering different diameters, surface finishes and mechanical requirements.
Our manufacturing capabilities include:
-
Stainless steel wire drawing and processing.
-
Diameter specifications from 0.15mm to 12mm.
-
Bright and soap-coated surface options.
-
Different tensile strength requirements according to wire specifications.
-
Coil and spool packaging options.
-
Customized wire specifications based on customer drawings and technical requirements.
We work with customers to identify suitable wire materials and specifications for their industrial manufacturing needs.
7. Frequently Asked Questions
What is high tensile stainless steel wire?
High tensile stainless steel wire refers to stainless steel wire manufactured to meet specified tensile strength requirements. Its mechanical properties depend on the material grade, diameter and processing condition.
What sizes are available for 304 and 316L fine stainless steel wire?
TOPONE supplies stainless steel wire in diameters from 0.15mm to 12mm. Common fine wire sizes include 0.18mm, 0.35mm and 0.5mm.
What is the difference between 304 and 316L stainless steel wire?
Both are austenitic stainless steel grades. 316L contains molybdenum and has a lower carbon content than standard 304, making it suitable for applications requiring improved resistance to certain corrosive environments.
Can tensile strength be customized?
Tensile strength requirements can be discussed according to the material grade, wire diameter and manufacturing condition. Please provide your target tensile strength range for technical evaluation.
Is high tensile stainless steel wire suitable for spring manufacturing?
Selected stainless steel wire grades and tensile strength conditions can be used for spring manufacturing. The final selection should consider spring design, working load, fatigue requirements and forming processes.
What information should I provide when requesting a quotation?
Please provide the material grade, wire diameter, tensile strength, diameter tolerance, surface finish, quantity and end application. Technical drawings or material specifications are also helpful for accurate evaluation.
