Custom PSU Parts Manufacturing
High-Performance Engineering Solutions
Specializing in Polysulfone (PSU) parts manufacturing for demanding applications. Our PSU components deliver exceptional thermal stability, chemical resistance, and mechanical strength for aerospace, medical, and industrial applications.
Technical Specifications
PSU's exceptional properties make it ideal for critical applications:
Thermal Properties
Mechanical Properties
Chemical Properties
Manufacturing Capabilities
State-of-the-art processing methods for PSU components:
Injection Molding
- •High volume production
- •Complex geometries
- •Excellent surface finish
- •Consistent quality
CNC Machining
- •No tooling required
- •Quick turnaround
- •Design flexibility
- •Tight tolerances
Thermoforming
- •Large parts
- •Cost-effective
- •Low tooling cost
- •Short lead times
Industry Applications
PSU's superior properties make it ideal for demanding applications:
Medical & Healthcare
Applications:
- •Surgical instruments
- •Sterilization trays
- •Medical device components
- •Laboratory equipment
Benefits:
- •Sterilization resistant
- •Biocompatible
- •Chemical resistant
- •High clarity
Aerospace & Defense
Applications:
- •Aircraft interior components
- •Electrical housings
- •Structural components
- •Fluid handling systems
Benefits:
- •High temperature resistance
- •Flame retardant
- •Lightweight
- •High strength
Industrial Processing
Applications:
- •Pump components
- •Valve bodies
- •Heat exchanger parts
- •Chemical processing equipment
Benefits:
- •Chemical resistance
- •Thermal stability
- •Dimensional stability
- •Wear resistance
Quality Control & Certification
Comprehensive quality management system ensuring consistent high quality:
ISO 13485
Medical devices quality management
- •Design
- •Manufacturing
- •Testing
- •Documentation
AS9100
Aerospace quality standard
- •Production control
- •Risk management
- •Configuration management
- •Traceability
ISO 9001
Quality management system
- •Process control
- •Customer satisfaction
- •Continuous improvement
- •Documentation
Mechanical Testing
- •Tensile strength testing
- •Impact resistance testing
- •Fatigue testing
- •Hardness testing
Thermal Analysis
- •DSC analysis
- •Heat deflection testing
- •Thermal stability testing
- •Coefficient of thermal expansion
Chemical Analysis
- •FTIR spectroscopy
- •Chemical resistance testing
- •Environmental stress testing
- •Aging studies
Design Guidelines
Optimize your PSU parts with our design recommendations:
Wall Thickness
- •Minimum: 0.8mm for structural parts
- •Maximum: 12mm for solid sections
- •Uniform thickness distribution
- •Gradual thickness transitions
Draft Angles
- •Minimum 1° for textured surfaces
- •0.5° for smooth surfaces
- •Increased draft for deep features
- •Consider parting line location
Corner Design
- •Minimum radius: 0.5mm
- •Avoid sharp corners
- •Use coring for thick sections
- •Consider stress concentration
Value-Added Services
Design Optimization
- ✓DFM analysis
- ✓Material selection assistance
- ✓3D modeling support
- ✓Prototype development
Surface Treatment
- ✓Medical grade finishing
- ✓Anti-static coating
- ✓Custom texturing
- ✓Laser marking
Assembly & Packaging
- ✓Component assembly
- ✓Clean room packaging
- ✓Custom packaging design
- ✓Sterilization management
Ready to Start Your PSU Project?
Contact our experts for a consultation and detailed quote