KEI Redrawing Stainless Steel Wires

KEI Redrawing Stainless Steel Wires Specification

Temperature
Up to 400C

Conductor Type
Solid

No Of Core
Single core

Cable Length
100 Meter (m)

Product Type
KEI Redrawing Stainless Steel Wire

Material
Stainless Steel

Function
Used for redrawing and further processing

Usage
Industrial application, wire manufacturing, construction

Conductor Material
Stainless Steel

Length
Customizable as per requirement

Size
Available in various sizes

Color
Metallic silver

Diameter
2 Millimeter (mm)

Application
Used for wire drawing, mesh making, cable armoring, fastener manufacturing

Corrosion Resistance
Excellent

Surface Treatment
Annealed or hard drawn

Packaging Type
Coil or spool packing

Tensile Strength
400 MPa to 900 MPa

Wire Grade
SS 304, SS 316, and other grades as required

Finish
Bright and smooth

Elongation
30% to 40% (depends on grade and treatment)

KEI Redrawing Stainless Steel Wires Trade Information

Minimum Order Quantity
100 Kilograms

Supply Ability
Kilograms

Delivery Time
7 Days

About KEI Redrawing Stainless Steel Wires

KEI Industries Ltd manufacture quality Redrawing Stainless Steel Wire for further redrawing applications to make finer sizes for various application.

Available Diameter: 0.8 mm - 26 mm

Available Grade: 304, 304L ,316, 316L

Versatile Stainless Steel Wires for Diverse Industries

KEI Redrawing Stainless Steel Wires are engineered to meet the stringent demands of wire manufacturing, construction, and various industrial processes. The wires are offered in multiple grades, diameters, and tensile strengths, ensuring suitability for tasks ranging from mesh production to cable armoring. High corrosion resistance and customizable options make these wires reliable for long-term use.

Exceptional Mechanical and Corrosion Resistance

Available with both annealed and hard drawn surface treatments, these stainless steel wires boast tensile strengths of 400 MPa to 900 MPa. Their metallic silver appearance and impressive resistance to corrosion make them ideal for environments where durability and long service life are essential. Each wire is produced to exacting standards for consistent performance.

FAQ's of KEI Redrawing Stainless Steel Wires:

Q: How are KEI Redrawing Stainless Steel Wires typically used in industry?

A: These stainless steel wires are primarily utilized for redrawing and further processing in industrial applications such as wire mesh manufacturing, cable armoring, and fastener production. Their flexibility and strength allow them to serve multiple uses across different sectors.

Q: What grades and finishes are available for these stainless steel wires?

A: KEI offers the wires in popular grades like SS 304 and SS 316, with other custom grades available upon request. The finish is always bright and smooth, and surface treatment options include annealed or hard drawn to match specific performance needs.

Q: When should you choose an annealed wire versus a hard drawn wire?

A: Annealed wires are ideal when higher elongation and softer characteristics are required, making them easier to work with during further processing. Hard drawn wires, offering greater tensile strength, are recommended for applications demanding higher rigidity and durability.

Q: Where can these wires be applied and in what environments?

A: These wires are used extensively in industries like construction, electronics, and manufacturing. Their excellent corrosion resistance makes them suitable for indoor, outdoor, and even harsh chemical environments where long-term durability is critical.

Q: What is the packaging and delivery process for these stainless steel wires?

A: Wires are supplied in either coil or spool packaging to safeguard against entanglement and facilitate easy handling. The length and diameter can be customized to meet specific customer requirements, ensuring efficient supply and use in various applications.

Q: What are the main benefits of using KEI Redrawing Stainless Steel Wires?

A: The main advantages include excellent corrosion resistance, customizable tensile strength and elongation, adaptability for further processing, and reliable performance at elevated temperatures up to 400C. This makes them suitable for both demanding and routine industrial tasks.

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