Sustainability in Advanced Composites

Introduction

As sustainability becomes central to aerospace and advanced manufacturing, Real Carbon is committed to reducing its environmental footprint. From renewable energy adoption to innovative recycling programs, we’re building a sustainable path forward—turning waste materials into next-generation carbon fiber products.

Facility and Energy Initiatives

• Renewable partnership: Our facility at the Port of Camas-Washougal, Washington, benefits from the Port’s clean-energy program.
• Solar power leadership: The Port and Clark Public Utilities partnered on the Community Solar East Project—a 799-kilowatt array across five buildings that supplies renewable energy to local homes and businesses.
• Community Impact: A portion of this energy supports Operation Warm Heart, a program that assists low-income households.
• Solar-plus-storage: A smaller system powers the Port’s administrative building, further reducing grid dependency.

Recycling and the Creation of Carbinfinity

• Introducing Carbinfinity: Founded by Real Carbon, Carbinfinity (www.carbinfinity.com) transforms reclaimed carbon fiber and other exotic materials into beautiful, functional products.
• Circular design: The name merges Carbon and Infinity, symbolizing endless reuse and sustainable innovation.
• Sustainability impact: Recycling carbon fiber diverts high-performance materials from landfills while promoting a circular economy.

Applications and Product Examples

• Upcycled composites: Our recycled materials become high-end goods, such as:
  • Golf ball markers, bag tags, key tags, and coasters
  • Carbon fiber-laminated aluminum and brass plates
• Design options: Available in 2×2 twill weave and forged carbon fiber aesthetics—both popular finishes with unique character.
• Value to customers: These upcycled products help clients expand their sustainable portfolios while maintaining performance and visual appeal.

Sustainable Materials and 3D Printing

• Recycled PLA filament: Real Carbon uses recycled PLA polymer in additive manufacturing, reducing plastic waste.
• Integrated approach: By combining 3D Printing and reclaimed composites, we demonstrate sustainability through every production stage.

Industry Alignment and Future Goals

• Aerospace benchmarks: The industry aims to reduce carbon emissions by 15% by 2030, 40% by 2040, and achieve net zero by 2050.
• Real Carbon’s role: Through renewable energy adoption, carbon fiber recycling, and sustainable design, we contribute to these global goals while maintaining precision and performance.

Why Choose Real Carbon for Sustainable Solutions

• Engineering-driven sustainability: Our expertise in composite design ensures environmentally conscious parts that meet strict technical standards.
• Broad capabilities: From custom carbon fiber fabrication to recycled composites, Real Carbon delivers precision and purpose.
• Collaborative innovation: We partner with clients to bring sustainable ideas to life through advanced material science.

Interested in developing sustainable composite products or recycled-carbon-fiber components? Contact Real Carbon today to explore eco-focused design, carbon fiber recycling, and sustainable manufacturing solutions for your next project.

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