Driving sustainability through every footstep

HRC's commitment to carbon neutrality is not only carried out by facilitating the objectives of carbon footprint reduction from the target industries, but also by creatively building the closed recycling system for carbon fiber applications, meanwhile guiding every operation under the green mindset.

Close the application loop

From raw materials to molding and recycling, each step is reinforced by patented technological barriers

Comprehensive Integration

Seamless integration of service stages supports carbon neutrality, enabling HRC and its clients to achieve more stable, efficient, and sustainable development together
In every step

By integrating circular economy principles at every stage of production, we maximize both economic and ecological value

This closed-loop system embodies the full realization of our vision, integrating sustainability, responsibility, and long-term value creation.

Comprehensive Composites Recycling Solutions

Waste Sorting
- Material Sorting
- Equipment and Process Planning
- Solution Development
- Fiber Quality Testing
Design & Implementation of Intermediates Solutions
- Equipment and Process Planning
- Material Property Formulation
- Cost Assessment
- Product Characteristics Testing
Generation of Recycled Products
- Product Material Solution Design
- Structural Analysis Evaluation
- Production Process Planning
- Finished Product Characteristic Testing

Regenerated products

Integrating patented recycling technology and validated carbon-neutral business models, HRC delivers high-quality regenerated products for transportation, construction, wind energy, and other industries, balancing both economic and environmental benefits.

r-CF Intermediate Products
End Application Products

- Injection Molding Pellets
  
  The r-CF reinforced injection molding pellets exhibit excellent mechanical properties, making them ideal for manufacturing complex components widely used in the automotive, aerospace, and consumer electronics markets.
- Non-Woven Fabric
  
  Produced from r-CF through dispersing, carding, and needle punching, this material effectively disperses fibers evenly while retaining their length. This product has excellent mechanical properties, it offers great potential for applications in SMC and RTM process materials, electromagnetic shielding, and anti-static products
- Thermoplastic Felt
  
  This product features uniform fiber distribution, excellent mechanical properties, and high process flexibility, suitable for thermoplastic sheet aesthetics, laminate panel design, and manufacturing.
- Prepreg
  
  Made from recycled carbon fiber mixed with thermosetting resin matrix, it can be paired with a variety of thermosetting resin matrices (unsaturated polyester UP, vinyl ester VE, epoxy resin Epoxy, etc.).rCF reinforced Prepreg has the advantages of high strength-to-weight ratio, high production cost-effectiveness, and excellent design flexibility, playing an important role in component manufacturing.
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- CFRTP Panel
  
  CFRTP panels offer excellent strength and stiffness, superior corrosion resistance and durability. This product is ideal for flat panel manufacturing, providing diverse aesthetic effects, fast molding rates, and the benefit of reusability, making them suitable for applications in automotive surface decoration, architectural design, transportation vehicles, and sporting equipment.
- Fully Recyclable Construction System
  
  By recycling, decomposing, and processing the waste from carbon fiber composite industrial products, this formwork system boasts exceptional qualities such as lightweight, high strength, and corrosion resistance, which significantly extend its usage lifespan.
- Pickleball Paddle
  
  The pickleball paddle face is compression-molded from recycled carbon fiber epoxy prepreg. It offers advantages such as being lightweight, providing a quiet strike, and delivering unique shock-absorbing comfort—all while reducing the carbon footprint. For the planet, with every swing.
- Suitcase
  
  Carbon fiber thermoplastic panels deliver exceptional strength, stiffness and corrosion resistance with a long service life. As a decorative facing material, they feature diverse appearances, fast molding speed and recyclable eco-friendliness, making them ideal for flat component manufacturing and widely applied in the luggage industry.
- Automotive Door Inner Panel
  
  This automotive door inner panel, manufactured using hybrid molding technology, offers extreme lightweighting, high design freedom, and superior mechanical properties.
- Aerospace Dining Board
  
  HRC extracts high-quality carbon fiber from retired aerospace components, retaining over 95% of the original fiber strength while generating only 4.7% of the carbon emissions of virgin materials.The resulting carbon fiber reinforced PA resin pellets are compatible with mainstream molding processes. Featuring reliable performance, low carbon footprint, traceability and cost-effectiveness, they are widely adopted for lightweight applications in aviation, rail transit, sporting goods and other sectors.
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