Resin Film Infusion
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Resin Film Infusion

Achieve aerospace-grade quality without the complexity. Our Resin Film Infusion (RFI) technology delivers flawless, high-strength composite parts with minimal voids, reduced labor, and unmatched consistency—ideal for demanding industries where performance and cost-efficiency matter.
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Product Introduction

Achieve aerospace-grade quality without the complexity. Our Resin Film Infusion (RFI) technology delivers flawless, high-strength composite parts with minimal voids, reduced labor, and unmatched consistency-ideal for demanding industries where performance and cost-efficiency matter.

 

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Why RFI Outperforms Traditional Methods

 

  1. 1. ✅ Zero Voids, Maximum Strength

    • <1% Porosity: Engineered resin films melt uniformly, saturating fabrics completely to eliminate air pockets.

    • 30% Higher Interlaminar Shear Strength vs. hand lay-up, ensuring structural integrity for critical components.

  2. 2. ⏱️ Streamlined Production

    • 60% Faster Cycle Times: Pre-positioned resin films skip messy wet-out steps-go from dry fabric to cured part in one efficient process.

    • Minimal Skill Requirement: Reduce training costs and human error; ideal for high-volume production.

  3. 3. 💰 Cost-Effective Performance

    • No Autoclave Needed: Cure under vacuum or low pressure (1–5 bar), slashing equipment costs by up to 70% vs. prepreg.

    • Near-Net Shape: Minimizes post-machining and material waste by >25%.

  4. 4. 🌡️ Consistent, Controlled Results

    • Precise resin/fiber ratios (e.g., 35:65 ±2%) and uniform distribution.

    • Wide processing window: Cures at 80–180°C (compatible with epoxy, BMI, and thermoplastic resins).

 

 

 

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Key RFI Material Advantages

 

Component Benefit
Dry Fabrics Carbon, glass, or aramid-flexible fiber selection for tailored properties.
RFI Resin Films Pre-measured thickness (0.1–0.5mm); low volatility, bubble-free melt flow.
Release Films High-temp stability (>200°C), easy peel-off with zero residue.

 

 

How RFI works

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  1. Layer fabric + resin film + peel ply on the mold.
  2. Seal under vacuum bag; apply heat/pressure.
  3. Melt & Infuse resin flows evenly through fabric.
  4. Cure into a dense, void-free laminate.

 

 

 

 

 

 

 

Ideal Applications

 

Aerospace: Interior panels, brackets, UAV components.

Automotive: Body panels, battery enclosures, suspension parts.

Wind Energy: Spar caps, root fittings-large, high-fatigue parts.

Industrial: Robotics arms, pressure vessels, corrosion-resistant ducts.

 

Elevate Your Composites-Without Compromise or Complexity.
→ [Request RFI Sample Kit] | [Download Technical Guide] | [Schedule a Process Review]

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