High-Tensile Stainless Steel Stripping | Cold-Rolled 304 & SS316

Product Detail Page: High-Tensile Stainless Steel Stripping | Cold-Rolled 304 & SS316

​Technical Specifications

​Key Properties & Performance

1. ​Tensile & Yield Strength
   The ​stainless steel stripping in SS304 and SS316 grades is engineered for high-tensile applications. SS304 offers tensile strength up to 730 MPa, ideal for structural components like ​stainless steel transition strip in automotive frames and construction joints. SS316, with slightly lower tensile strength but superior corrosion resistance, excels in marine environments and chemical processing equipment.

2. ​Bending & Formability
   SS304’s austenitic structure allows tight-radius bends (up to 180° without cracking), making it suitable for decorative ​stainless steel transition strip in architectural cladding. SS316 requires controlled bending post-annealing to avoid brittleness but maintains integrity in corrosive settings like offshore platforms.

3. ​Material Identification

   • ​Laser Marking: Grades are etched as "304" or "316" per ASTM standards.
   • ​Color Coding: SS316 strips have a blue edge stripe for quick differentiation.
   • ​Mill Certificates: Traceability via heat numbers and chemical analysis reports.

4. ​Weight Calculation Formula
   ​Weight (kg) = Thickness (mm) × Width (mm) × Length (m) × Density (g/cm³) ÷ 1000
   Example: A ​stainless steel stripping strip (SS304) measuring 3 mm × 1000 mm × 20 m:
   $3\times 1000\times 20\times 8.0÷1000=480\text{kg}$.

5. ​Why Does Stainless Steel Rust?
   Despite its corrosion resistance, ​stainless steel stripping can rust under specific conditions:

   • ​Chloride Exposure: SS304 is prone to pitting in saltwater; SS316’s molybdenum content mitigates this.
   • ​Mechanical Damage: Scratches on ​stainless steel transition strip surfaces disrupt the passive chromium oxide layer.
   • ​Galvanic Corrosion: Contact with carbon steel or copper accelerates oxidation.

​Applications

• ​Stainless steel stripping: Automotive exhaust systems, HVAC ducting, and industrial conveyor belts.
• ​Stainless steel transition strip: Architectural edge connectors, elevator panels, and marine railing systems.
• ​Stainless steel strip market: Dominates 35% of the global metal strip demand due to its versatility in construction and renewable energy sectors.

​Why Choose Our Stainless Steel Stripping?

1. ​Superior Mechanical Properties
   Our ​stainless steel stripping exceeds ASTM tensile and yield strength benchmarks, ensuring longevity in high-stress environments like offshore rigs and aerospace frameworks.

2. ​Precision Manufacturing
   Cold-rolled to ±0.003 mm tolerance, our strips are ideal for precise applications such as medical device components and semiconductor machinery.

3. ​Corrosion Optimization
   SS316 strips include a post-annealing passivation process, enhancing chloride resistance for coastal ​stainless steel transition strip installations.

4. ​Customization & Scalability
   Tailor surface finishes (brushed, mirror, or embossed) and widths to meet niche demands in the ​stainless steel strip market. Bulk orders ship within 7–10 days.

5. ​Sustainability
   100% recyclable and compliant with RoHS directives, supporting eco-conscious manufacturing trends.