Introduction
CARBON (XIAMEN) NEW MATERIAL CO., LTD. (Chinese: 碳元素（厦门）新材料有限公司) is a Xiamen-based Chinese materials company focused on carbon fiber reinforced thermoplastic composites (CFRTPs) and related engineering plastics. Its business combines research and development, production, and sales, with an emphasis on customized compounds for lightweighting, conductivity, anti-static performance, and structural reinforcement across industrial end markets.
According to the company’s official materials and exhibition listings, Carbon (Xiamen) New Material was established in 2023, is located in the Xiamen Torch Hi-Tech Zone (Xiang’an), and operates from a site of more than 5,000 m². The company presents itself as a specialist in thermoplastic carbon-fiber materials, with product families including nylon carbon-fiber compounds, short carbon-fiber reinforced thermoplastic granules, and long carbon-fiber reinforced thermoplastic systems.
In the plastics industry ecosystem, the company is positioned within the fast-growing segment of high-performance engineering plastics and composite modification, where thermoplastics are reinforced with carbon fiber to improve stiffness-to-weight ratio, impact resistance, and processability. Its materials are marketed for applications in automotive, rail transportation, electronics and electrical, drones, sports equipment, medical devices, and robotics/low-altitude economy use cases.
History and development
Carbon (Xiamen) New Material describes itself as having been founded in 2023, with a corporate background linked to an earlier division affiliated with KEYUAN. This suggests that although the present legal entity is recent, its technical and commercial roots extend earlier in the carbon-fiber-compounds business.
The company’s development has been marked by three visible milestones:
- Formal establishment in Xiamen in 2023 and concentration on CFRTP development, production, and sales.
- Market expansion through trade exhibitions, including appearances in major plastics and composites events to present self-developed thermoplastic carbon-fiber solutions.
- Application broadening into robotics and low-altitude economy sectors, especially materials for UAV structural parts and related lightweight components.
The company’s own communications also state that it has accumulated more than 20 years of industry experience through its technical lineage, although this appears to refer to the broader team background rather than the current company registration alone.
Business operations and segments
The company’s operations are centered on carbon-fiber modified thermoplastic compounds rather than on raw polymer production or fiber manufacture. Its value proposition lies in compounding, formulation, and application-specific material design.
Key operational features include:
- R&D-led development of customized CFRTP formulations.
- Production of compound pellets/granules for downstream injection molding and related thermoplastic processing routes.
- Sales and application support, including stated OEM/ODM services and technical support for customized solutions.
- Fiber-content tailoring, with products marketed in ranges from 10% to 50% carbon fiber content depending on the application.
The company also describes its ability to provide end-to-end solutions, which typically in this sector means support from formulation design through compounding and customer-specific adaptation for moldability, weight reduction, and functional performance.
Products and technologies
Carbon (Xiamen) New Material’s portfolio centers on thermoplastic carbon-fiber compounds for engineering use. The company lists multiple polymer bases, including PA6, PA66, PA12, PPA, TPU, PPS, PEEK, PC, PP, ABS, PBT, and PEI.
Representative product and technology categories include:
- PA CF series such as PA6-CF and PA66-CF materials.
- Long carbon fiber reinforced thermoplastics (LCF-RTP) for higher stiffness and structural applications.
- Short carbon fiber reinforced thermoplastics (SCF-RTP) for balanced strength, processability, and cost.
- Functional compounds designed for conductivity and anti-static performance.
- Lightweight substitution materials positioned as “plastic-to-steel” solutions for structural parts.
From a processing standpoint, CFRTP compounds are generally intended for injection molding and similar high-throughput thermoplastic manufacturing methods, allowing parts to be made with lower density than metal alternatives while retaining useful mechanical strength. The company’s product descriptions emphasize lightweighting, durability, and cost-effective composites as its main engineering claims.
The company also reports a quality management system and an in-house R&D laboratory, which are consistent with the technical requirements of compounding businesses that must control fiber dispersion, interfacial adhesion, and consistency from batch to batch.
Applications and end markets
The company’s stated end markets span several advanced manufacturing sectors:
- Automotive
- Aerospace and aviation-related applications
- Rail transportation
- Electronics and electrical
- Drones and UAVs
- Humanoid robots and robotics
- Sports equipment
- Medical devices
Its recent public-facing messaging has placed particular emphasis on the low-altitude economy and robotics supply chain, where material demands prioritize low weight, rigidity, vibration resistance, and dimensional stability.
The company has also highlighted parts such as:
- Structural components
- Joint and shell parts
- Transmission-related components
- Power battery compartments
- Support modules
These applications reflect a broader industry trend in which thermoplastic composites are used to replace selected metal parts in order to reduce mass and improve design integration.
Global presence and market position
Carbon (Xiamen) New Material presents itself as a supplier serving markets in Europe, North America, and Southeast Asia. Its marketplace and exhibition presence indicates an export-oriented commercial strategy, although the available sources do not provide audited sales or verified market-share data.
Within China’s plastics and composites sector, the company appears to occupy the niche of a specialized modifier and compounder rather than a broad-based resin producer. Its competitive positioning is built around:
- Customized formulations
- Carbon-fiber loading flexibility
- Application engineering
- Thermoplastic rather than thermoset composite solutions
Public listings on Chinaplas Online identify the company as an exhibitor with 12 product categories and 10 applications, indicating a moderately diversified portfolio within its specialization.
Sustainability and environmental initiatives
The company frames CFRTP materials as part of a more sustainable materials strategy because thermoplastics can offer recyclability advantages over many thermoset composite systems, depending on the specific resin and recycling pathway. Its official communications also emphasize lightweighting, which can reduce material use and, in mobility applications, may contribute indirectly to lower energy consumption in service.
At the same time, the environmental profile of carbon-fiber-reinforced plastics remains mixed in industrial practice because recyclability, fiber recovery, energy use in production, and end-of-life handling depend heavily on formulation and downstream infrastructure. The company’s publicly available materials do not provide detailed lifecycle assessments, emissions data, or formal sustainability reporting, so its environmental performance cannot be independently quantified from the sources reviewed.
Financial performance and economic impact
No audited financial statements, revenue figures, or stock-market disclosures were identified in the available sources. Chinaplas exhibitor data also does not provide verified turnover figures in the accessible listing fields.
The company’s economic impact is therefore best understood through its role as a specialized supplier of engineered plastics that supports downstream manufacturing in mobility, electronics, automation, and low-altitude systems. In that context, its activity contributes to the localization of advanced composite materials and to the broader shift from metal parts toward lighter polymer-based solutions.
Leadership and corporate governance
Publicly available sources identify Ji Mingyuan as the company’s legal representative. The company is described as a limited liability company with a small-enterprise profile in Chinese business databases.
Available materials indicate a privately held structure rather than a listed-company governance model. No board composition, senior-management roster, or detailed governance framework was identified in the sources reviewed.
Innovations and future outlook
The company’s innovation strategy is centered on material formulation rather than on upstream polymer chemistry or carbon fiber production. Its technical direction includes:
- Expanding carbon-fiber loading options from lower to higher reinforcement levels.
- Developing materials for robotics, UAVs, and eVTOL-adjacent applications where weight reduction and rigidity are critical.
- Offering functionalized compounds with conductivity and anti-static behavior.
The company’s recent exhibition activity suggests an intent to deepen its role in emerging Chinese advanced-manufacturing chains, especially where thermoplastic composites can help bridge the requirements of lightweight structures, rapid molding, and multi-functionality. Its future prospects will likely depend on continued technical differentiation, stable compounding quality, and the pace at which customer industries adopt carbon-fiber thermoplastics at scale.
References
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CPS+ eMarketplace. (n.d.). CARBON (XIAMEN) NEW MATERIAL CO., LTD.CARBON (XIAMEN) NEW MATERIAL CO., LTD.. CPS+ eMarketplace. https://www.chinaplasonline.com/eMarketplace/ExhibitorInfo?CompId=1003043Link