When mission-critical applications demand uncompromising structural integrity and complex geometries, Resin Transfer Molding (RTM) emerges as the gold standard for advanced composites. Liberal Industry transforms this aerospace-born technology into industrial-grade solutions through engineered RTM customization – delivering unprecedented strength-to-weight ratios with serial production efficiency.

“Switching to Liberal Industry’s RTM battery enclosures increased our EV range by 17% while passing 50G crash tests.”
– CTO, Top 3 Electric Vehicle Startup

The RTM Advantage vs. Traditional Processes

Precision RTM Customization Capabilities

 Material Systems Mastery

• Reinforcement Preforms:

  • Carbon/Glass/Aramid (UD, woven, NCF)

  • 3D stitched structures

  • Hybrid metal-composite joints

• Resin Systems:

  • Epoxy (120-220°C Tg)

  • Cyanate Ester (300°C+ stability)

  • Fire-smoke-tox (FST) compliant

• Core Integration:

  • PET/PMI foams

  • Titanium honeycombs

  • Syntactic fillers

 Geometric Complexity Unleashed

 Validated Performance Envelope

Industry-Defining RTM Applications

 Aerospace & Defense

• Primary Structures:

  • Wing ribs (FAA 25.603 compliant)

  • Engine nacelles (continuous 200°C service)

• Avionics:

  • EMI-shielded radomes (ε<3.5 @ 18GHz)

  • Vibration-damped electronics trays

• Space Systems:

  • Satellite bus structures (CTE <0.5 ppm/K)

  • Cryogenic fuel fittings

Case: RTM helicopter rotor hub: 41% weight reduction vs titanium | 10,000 hr fatigue validated

 Electric Mobility Revolution

• Battery Systems:

  • Crashworthy enclosures (ECE R100)

  • Fire barrier partitions (60 min integrity)

• Chassis & Body:

  • BiW structural nodes (40% torsional gain)

  • Suspension control arms (FEA-optimized)

• Hydrogen Storage:

  • Type V liners (100% composite)

  • 700-bar vessel bosses

*Case: RTM e-motor housings: 0.03mm bearing bore tolerance | IP6k9k certified*

 Industrial & Energy

• Robotics:

  • Stiffness-tuned arms (0.01° repeatability)

  • ESD-safe end effectors

• Power Generation:

  • 100m+ wind blade spars

  • Transformer bracing (15kV/mm)

• Medical:

  • MRI-compatible patient slides

  • Radiolucent surgical robots

Our Digital-Physical RTM Workflow

Phase 1: Virtual Twin Development

• Preform Simulation:

  • Fiber deformation analysis (Ansys Composite PrepPost)

  • Drapability prediction

• Resin Flow Optimization:

  • Gate/vacuum strategy modeling

  • Cure kinetics integration

• Structural FEA:

  • Ply-drop stress concentration

  • Impact damage tolerance

Phase 2: Industry 4.0 Production

• Automated Cells:

  • Robotic preform handling

  • In-mold pressure/temp sensors

• Process Control:

  • Viscosity monitoring (±5%)

  • Cure state tracking (DEA)

• Scale Flexibility:

  • Prototype (1-50 units)

  • Serial production (5,000+/month)

Phase 3: Certified Excellence

• NDT & Metrology:

  • Ultrasonic C-scan (0.5mm resolution)

  • Laser tracker (±15μm/m)

• Mechanical Testing:

  • Bearing bypass (ASTM D5961)

  • Open-hole compression (Boeing BSS 7260)

• Certifications: NADCAP AC7118, ISO 14001, IATF 16949

Why Liberal Industry for RTM Customization?

 Technical Differentiation

• Proprietary Tooling:

  • Zero-porosity vent systems

  • Active thermal management

• Hybrid Processing:

  • Co-cured metal inserts

  • Overmolded seals/gaskets

• Closed-Loop Quality:

  • 99.4% first-article acceptance

 ROI Metrics

Launch Your RTM Project

For Engineering Teams:

1. Upload 3D Model: Receive automated DFM report

2. Material Configurator: 120+ pre-validated systems

3. ROI Calculator: Project savings forecast

Contact Our RTM Solutions Team:
 +0086-13511478976  info@liberalindustries.com