Carbon Fiber Composite Cable (CFCC)
Every infrastructure project begins with a commitment to quality. Yet, corrosion, high maintenance, and material fatigue are costly setbacks. What if there was a way to eliminate these issues from the start?
CFCC® from Tokyo Rope is designed to be the solution for professionals who demand more—high tensile strength, zero rust, and minimal relaxation loss. CFCC® reduces the need for repairs, saving time, money, and resources.
Best of all, implementing CFCC® comes with ZERO ADDITIONAL COST.
The advanced technology used for traditional iron ropes is fully compatible with carbon fiber composite cables, meaning no new equipment or infrastructure is required. You can seamlessly upgrade to the superior performance of CFCC® without any added implementation expenses, maximizing your ROI from day one.
Product Features
- Yüksek Çekme Dayanımı: CFCC® standart çeliğin çekme dayanımının iki katını sunarak daha fazla yapısal kararlılık sağlar.
- Korozyonsuz Kompozisyon: Karbon fiber ve epoksi reçineden üretilen CFCC®, korozyona karşı direnç göstererek kaplamalı çelikten bile daha iyi performans gösterir.
- Düşük Gevşeme Kaybı: Zamanla gerginliği koruyarak uzun vadeli yapısal güvenilirlik sağlar.
- Çevresel Dayanıklılık: CFCC® bozulmadan aşırı koşullara (asidik, alkali ve yüksek sıcaklık ortamları) dayanır.
- Azaltılmış Yaşam Döngüsü Maliyetleri: Zamanla CFCC® bakım ve değiştirme maliyetlerini önemli ölçüde azaltarak zorlu projeler için uzun vadeli tasarruflar sağlar.
Detailed Technical Specifications – The Science Behind CFCC®'s Performance
Technical Graphs: Load-strain curves, tensile fatigue data, and comparative stress-strain charts.
Data Visualization: Charts comparing CFCC® and steel performance over time, emphasizing CFCC’s low relaxation loss and creep even in high-load scenarios.
Evidence-Based Comparison: Results from exposure testing in both acidic and high-temperature alkaline conditions.
Financial and Environmental Impact – Building Better, Saving More
Lifecycle Cost Analysis Highlight the Savings: “With its corrosion resistance and low maintenance, CFCC® offers up to 30% savings in lifecycle costs compared to steel. Less upkeep means fewer expenses, allowing you to allocate resources where they matter most.”
Comparison Chart: Simple visualization comparing lifecycle costs of CFCC, black steel, and epoxy-coated steel, showing the savings potential.
Eco-Friendly Benefits Durable and Sustainable: CFCC® contributes to eco-friendly construction by reducing the need for replacements and lowering resource consumption. Longer-lasting infrastructure equates to less waste and fewer resources spent on repairs.
Supporting Quote: “CFCC® allows infrastructure to be built once and built to last, minimizing environmental impact.”
güçlendirmeler gelecek nesiller için
| Name | Weight (g/m) | Diameter (mm) | Material |
|---|---|---|---|
|
CFCC 1x7 D12,5 |
146 | 12,5 | Carbon |
Reference project
PAMB Köprüsü
Product Applications
Performans Kanıtı – CFCC® Gerçek Yaşam Projeleri
Vaka Çalışması #1 – Beddington Trail Köprüsü
Zorluk: Şiddetli aşındırıcı ortam, yüksek dirençli ve uzun ömürlü bir malzeme gerektiriyordu.
Çözüm: Köprü kirişlerine CFCC® uygulanarak korozyon riski ortadan kaldırıldı ve bakım ihtiyaçları azaltıldı.
Sonuçlar: Yapısal bütünlük, bozulma olmadan yıllarca korundu ve CFCC'nin olağanüstü dayanıklılığını gösterdi.
Proof of Performance –CFCC® Real-Life Projects
Case Study #1 – Beddington Trail Bridge
- Challenge: Severe corrosive environment required a material with high resistance and longevity.
- Solution: CFCC® was implemented in bridge girders, eliminating corrosion risk and reducing maintenance needs.
- Results: Structural integrity maintained over years without degradation, showcasing CFCC’s exceptional durability.
Case Study #2 – Yamanashi Maglev Test Line
- Challenge: Magnetic interference needed to be avoided in this innovative transportation line.
- Solution: CFCC® was used for non-magnetic guide beams.
- Results: Enabled smooth operation without interference, reinforcing CFCC’s role in future-focused infrastructure.
See How CFCC Can Transform Your Project
Request a Quote below, or speak with an expert. We are here for YOU. Always. Personally.
- Product Performance & Applications
- Certification & Compliance
- Installation & Handling
- Are your meshes suitable for high-load areas?
- Can your reinforcements be used in chemically aggressive environments like parking garages or industrial floors?
- Why is CE certification important?
- Which products are CE-certified for screed reinforcement?
- Is special equipment needed to install these reinforcements?
- Can your meshes be cut on site?
-
solidian Primafloor 130, 145, 340
-
solidian Primafloor C220 and B215
-
solidian ANTICRACK Q43/Q47/Q85/Q95
-
solidian Briksy Carbon
Sıkça sorulan sorular
Absolutely. Both structural solutions (e.g. solidian ANTICRACK) and screed meshes (e.g. solidian Primafloor) are tested for mechanical performance and crack control under dynamic and static loads.
Yes. Products like solidian ANTICRACK and REMAT are engineered for high-performance use, including resistance to chemicals, de-icing salts, and water ingress. They are ideal for parking decks, warehouses, and production halls.
CE marking ensures compliance with European safety, health, and environmental protection standards. It also simplifies specification in public or regulated construction projects.
The CE-certified group includes:
This covers most standard applications on the market.
