Precision stainless steel plate | CNC-Machined for Technical Components

Precision Stainless Steel Plate | CNC-Machined for Technical Components

Technical Specifications

Performance & Features

1. Tensile Strength

Our plat stainless steel 304 series combines machinability with robust mechanical properties:

• Grade 304: Delivers 515–700 MPa, ideal for structural components in aerospace and automotive industries .
• Grade 316L: Offers 520–670 MPa with enhanced chloride resistance, perfect for marine environments .
• Grade 17-4PH: Achieves 1,100–1,300 MPa post-heat treatment, suitable for high-stress applications like turbine blades .
  Compliance with ASTM A240 and ISO 3506 ensures material consistency, validated by Mill Test Reports (MTRs) .

2. Bending Strength

Engineered for precision in CNC machining:

• Thin plates (≤6 mm) withstand 180° bends without cracking (per GB/T 232-2010), critical for forming stainless steel cover plate edges .
• Thick plates (>10 mm) require controlled radii (≥3× thickness) to prevent stress fractures in load-bearing frameworks .

3. Identification & Marking

Each plate features laser-etched identifiers for traceability:

• Grade designation (e.g., SUS304, 316L).
• Batch number, heat treatment code, and compliance marks (e.g., ASTM, EN) .
  Custom ion plated stainless steel surfaces include anti-corrosion QR codes for quality tracking.

4. Weight Calculation

Use the formula for precise engineering designs:
$\text{Weight (kg)}=\text{Thickness (mm)}\times \text{Width (m)}\times \text{Length (m)}\times 7.93(\text{Density})$
Example: A plat stainless steel 304 (6.35 mm × 1.5 m × 3 m) weighs 226 kg – optimized for CNC-machined brackets or stainless steel cover plate systems .

5. Why Stainless Steel Can Rust?

Even high-grade plat stainless steel 304 may corrode under specific conditions:

• Chloride Exposure: Coastal environments or chemical spills induce pitting in 304-grade steel .
• Mechanical Damage: Scratches from CNC tools disrupt the chromium oxide layer, necessitating ion plated stainless steel coatings for enhanced protection .
• Intergranular Corrosion: Poor welding in 316L reduces molybdenum’s chloride resistance, requiring post-weld annealing .
  Regular maintenance with pH-neutral cleaners and avoiding galvanic coupling (e.g., with carbon steel) preserves integrity .

Applications

• Aerospace: Engine mounts, hydraulic components (plat stainless steel 304).
• Electronics: Ion plated stainless steel EMI shielding plates, heat sinks.
• Industrial: Stainless steel cover plate systems for machinery protection.
• Medical: Surgical instrument trays, sterilizable housings (316L grade).

Why Choose Our Precision Stainless Steel Plates?

1. Superior Machinability: Optimized plat stainless steel 304 with sulfur additives reduces tool wear by 30% .
2. Advanced Coatings: Ion plated stainless steel surfaces achieve ≤0.8 μm roughness (Ra), ideal for high-precision components .
3. Certified Quality: Compliant with ISO 9001, RoHS, and ASTM A240, backed by full traceability .
4. Custom Solutions: Tailored CNC machining (±0.05 mm tolerance) for complex geometries .
5. Sustainability: 100% recyclable material with low-VOC production processes .