
Shock Absorber Deep Drawn Cylinders & Cans
Shock absorber deep drawn cylinders and cans are critical structural housings used in hydraulic shock absorber assemblies.
Product Introduction
Shock absorber deep drawn cylinders and cans are critical structural housings used in hydraulic shock absorber assemblies. Operating under severe vehicle conditions, these components demand precise dimensions, uniform wall thickness, and high fatigue resistance to withstand continuous vibration, compression, and impact loads.
Deep Drawing Manufacturing Capability
Precision Metal Forming for Automotive Cylindrical Components
Deep drawing transforms flat sheet metal into high-precision cylindrical components through controlled, multi-stage pressing operations.
Key Technical Capabilities:
Dimensional Tolerance: Precision outer diameter and height control up to 0.02 mm
Wall Thickness Range: 0.8mm to 5.0 mm with uniform distribution
Surface Finish: Inner wall roughness up to minimize friction and prolong seal life
Quality Control & Industry Certifications
Incoming Material Control: Rigorous verification of chemical composition, tensile strength, thickness tolerances, and surface condition.
In-Process SPC Monitoring: Real-time tracking of forming parameters, tooling wear, and dimensional stability.
Final Quality Assurance: CMM 3D measurement, optical surface inspection, and anti-corrosion packaging compliant with export standards.
Automotive-Grade Material Solutions
|
Material Class |
Common Grades |
Key Benefits & Applications |
|
Deep Drawing Carbon Steel |
DC04, DC06, SPCE |
Excellent drawability; ideal for standard hydraulic cylinders |
|
High-Strength Steel (HSLA) |
S355MC, HC340LA |
High yield strength; enables lightweight wall-thinning designs |
|
Stainless Steel |
SUS304, SUS316 |
Outstanding corrosion resistance for extreme operating environments |
Engineering Support & Custom Development
DFM (Design for Manufacturability): Feasibility evaluation of technical drawings to optimize draw ratios and material selection.
Rapid Prototyping: Prototype tooling development for sample validation prior to full-scale production.
Process & Tooling Optimization: In-house progressive and transfer die design engineered for high-volume repeatability.
FAQ
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