Singapore Dominates Aerospace Carbon Fiber Leadership as Nandina Scales Circular Manufacturing and Recycled Aviation Textiles for Global Markets 05-02-2026
Singapore is strengthening its role in the global aerospace supply chain as Nandina REM begins production at its new aerospace carbon fiber manufacturing facility
Located at Tai Seng Exchange, the site represents a major step forward for advanced materials manufacturing in Southeast Asia.
The launch comes at a time when aerospace carbon fiber demand is rising sharply, while global supply remains limited. Aircraft manufacturers, airlines, defense contractors, and drone producers are all competing for access to lightweight, high-strength materials that improve efficiency and performance.
By establishing aerospace carbon fiber production locally, Nandina is helping Singapore position itself as a strategic hub for high-value aerospace materials.
Nandina REM states that the new facility is the only operation in Southeast Asia capable of producing aerospace- and defense-grade carbon fiber
It is also the first carbon fiber manufacturing plant of its type in Singapore, marking a milestone for the city-state’s advanced manufacturing ambitions.
The plant has the capacity to produce up to five tonnes of aerospace carbon fiber per month, equivalent to around 11,000 pounds. This output can support manufacturing volumes ranging from approximately 120 large drones to as many as 8,000 smaller unmanned systems each month.
Such scalability is increasingly important as drone usage expands across defense, logistics, infrastructure inspection, and industrial applications worldwide.
Aerospace carbon fiber demand continues to grow as manufacturers focus on weight reduction, fuel efficiency, and structural performance. Nandina already supplies major aviation customers, including airlines such as Qantas, Emirates, and Southwest, as well as industrial groups like Japan’s Sumitomo.
The company first gained global attention at the 2024 Singapore Airshow, where it introduced what it described as the world’s first aerospace-grade carbon fiber produced using circular recycling practices. That announcement highlighted a shift in how the aerospace industry views sustainability, moving it closer to the core of materials sourcing decisions.
At the heart of Nandina’s approach is a proprietary rapid production process for aerospace carbon fiber
Unlike conventional reclamation methods that rely on high-temperature heat treatment, the company’s process avoids extreme thermal exposure.
According to Nandina, high-heat reclamation can degrade fiber integrity, reducing mechanical performance and limiting reuse potential. By contrast, its method preserves structural properties while significantly lowering energy input.
The company reports that its production process reduces energy consumption by approximately 71 percent compared to traditional carbon fiber manufacturing techniques. Shorter lead times are an additional benefit, allowing aerospace customers to respond more quickly to production changes and supply fluctuations.
This combination of energy efficiency, material performance, and speed aligns closely with Singapore’s broader industrial strategy, which emphasizes low-carbon, high-value manufacturing.
Alongside aerospace carbon fiber production, Nandina is also launching its Salis operation, which focuses on industrial and commercial fabrics made from recycled aviation textiles.
These materials are derived from aircraft interior components that would otherwise be discarded at the end of their service life.
The Salis fabrics meet Global Recycling Standard requirements and comply with Oeko-Tex responsible sourcing standards. This ensures traceability, environmental compliance, and suitability for use in regulated commercial and industrial environments.
Applications for these recycled aviation textiles range from commercial interiors to industrial uses, demonstrating how aviation waste streams can be transformed into durable, value-added products.
The integration of carbon fiber manufacturing with recycled textile production reflects a broader circular economy approach. Rather than treating end-of-life aircraft materials as waste, Nandina’s model reintroduces them into the manufacturing cycle.
This approach is gaining relevance as aerospace operators face increasing regulatory and stakeholder pressure to reduce lifecycle emissions and material waste.
Nandina’s sustainability focus is also visible in its collaboration with Experia, organizer of the Singapore Airshow. For the 2026 edition of the event, the partnership will offer merchandise produced from repurposed aircraft textiles and recycled aluminum.
While symbolic, the initiative demonstrates how circular materials can be integrated into branding, events, and industry engagement, reinforcing sustainability beyond the factory floor.
From a strategic perspective, aerospace carbon fiber manufacturing in Singapore has implications well beyond regional supply. As geopolitical uncertainty and logistics disruptions continue to affect global trade, localized production of critical materials is becoming a competitive advantage.
For aerospace and defense customers, sourcing aerospace carbon fiber from Singapore offers geographic diversification, reduced transport risk, and alignment with sustainability objectives.
For Singapore, Nandina’s investment strengthens its position as a hub for aerospace engineering, advanced materials, and circular manufacturing in Asia.
Looking ahead, demand for aerospace carbon fiber is expected to grow as next-generation aircraft, drones, and advanced mobility platforms increasingly rely on composite structures. At the same time, environmental pressures will favor producers that can demonstrate lower energy use and circular material flows.
Nandina REM’s Singapore operations show how aerospace carbon fiber production and recycled aviation textiles can coexist within a single, sustainability-driven manufacturing model. This convergence of performance, efficiency, and circularity may define the next phase of aerospace materials innovation globally.
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