Stainless Steel Strips
Prime Stainless Steel Strips
Stainless Steel Strip Specifications
| Specification | Details |
|---|---|
| Thickness | 0.01 mm – 3.0 mm |
| Width | 2 mm – 600 mm |
| Surface Finish | 2B, BA, No.4, HL, Matte, Polished, etc. |
| Edge | Slit Edge / Round Edge / Square Edge |
| Hardness / Temper | Annealed, 1/4H, 1/2H, 3/4H, FH, SEH |
| Coil Type | Standard Coil / Oscillating Coil |
| Applications | Electronics, Automotive, Medical Equipment, Precision Stamping, Springs, Battery Components, etc. |
What is Oscillating Coil?
An oscillating coil (also known as an oscillated coil or traverse wound coil) is a narrow strip coil wound in a side-to-side oscillating pattern instead of the conventional ribbon-wound method. This advanced winding technique allows significantly longer continuous strip lengths in a single coil, reducing the need for frequent coil changes during production.
Oscillating coils are widely used in automated manufacturing processes where continuous material feeding, stable production and reduced downtime are essential.
Longer Continuous Length
More strip length in one coil compared with traditional ribbon wound coils.
Reduced Downtime
Fewer coil replacements improve production efficiency.
Automation Friendly
Ideal for high-speed continuous production lines.
Standard Coil vs. Oscillating Coil
| Feature | Standard Coil | Oscillating Coil |
|---|---|---|
| Winding Method | Strip is wound layer by layer in a conventional ribbon-wound coil. | Strip is wound back and forth across the coil width in a controlled oscillating pattern. |
| Continuous Length | Limited strip length per coil. | Significantly longer continuous strip length in a single coil. |
| Coil Changes | Requires more frequent coil replacement during production. | Fewer coil changes for long continuous production runs. |
| Production Downtime | More frequent changeovers may interrupt production efficiency. | Reduced changeover frequency helps minimize production interruptions. |
| Production Efficiency | Suitable for general processing and shorter production runs. | Designed for high-speed automated manufacturing lines. |
| Material Handling | More individual coils require additional handling operations. | More material supplied per coil reduces handling frequency. |
| Typical Applications | General slitting, processing and lower-volume applications. | High-volume stamping, progressive die production, spring manufacturing and continuous coil-fed processes. |
Type of Edge
-
Slit Edge
A standard edge produced directly by the slitting process, with the natural slitting burr retained.
-
Deburred Edge
A clean, smooth edge with slitting burrs removed for safer handling and improved downstream processing.
-
Round Edge
A fully rounded edge profile designed to reduce sharp corners, improve handling safety, and minimize stress concentration during forming.
Our Available Stainless Steel Grades
AISI 201
Economical stainless steel with good formability and corrosion resistance.
AusteniticAISI 301
High work-hardening stainless steel widely used for springs and precision components.
Spring GradeAISI 304
The most widely used stainless steel grade for general industrial applications.
AusteniticAISI 304L
Low carbon stainless steel with excellent welding performance.
AusteniticAISI 316L
Excellent corrosion resistance for marine, chemical and medical applications.
AusteniticAISI 316Ti
Titanium stabilized grade designed for high temperature environments.
Heat ResistantAISI 321
Titanium stabilized stainless steel with excellent heat resistance.
Heat ResistantAISI 310S
High temperature stainless steel with excellent oxidation resistance.
Heat ResistantAISI 409
Ferritic stainless steel commonly used in automotive applications.
FerriticAISI 410S
Martensitic stainless steel with good strength and durability.
MartensiticAISI 430
Ferritic stainless steel with good corrosion resistance and surface quality.
FerriticAISI 420
Martensitic stainless steel requiring higher hardness.
Martensitic
Other Stainless Steel Grades
Available Upon Request
Packing & Shipment
Protective Packaging
Stainless steel strips are protected with waterproof paper, protective film, steel straps and suitable pallets or transport frames to minimize the risk of moisture, scratches and edge damage during transportation.
Secure Loading
Coils are securely fixed to pallets or transport frames with appropriate strapping and support. The loading method is selected according to coil size, weight, orientation and transportation requirements.
Global Shipment
Export-ready packing is designed for safe handling and long-distance transportation by sea, air or land. Packing marks and shipping labels can be customized according to customer requirements.
Our Packing Process
Inspection
Check strip dimensions, surface, edge condition and coil integrity before packing.
Protection
Apply waterproof paper, protective film, edge protection and other suitable materials.
Securing
Secure the coil with steel straps and place it on a suitable pallet, spool or transport frame.
Loading & Shipment
Load and secure the packages in the container for safe international transportation.