In the specialty textile sector, a new material typically must cross performance, cost, and standard thresholds to move from lab to industrial application. Zhejiang Jili New Materials' flexible carbon-based fiber 'Rouhuo', refined over eight years, aims to leverage its 'non-flammable' property to penetrate firefighting and new energy markets. Priced at 80,000-90,000 RMB per ton, it directly competes with high-performance aramid, but the real highlight is how it solves the industry-wide problem of carbon fiber's rigidity and poor spinnability through organic-inorganic hybrid modification.
Technical Breakthrough: The Iterative Logic from 'Carbonene' to 'Rouhuo'
The first-generation product 'Carbonene' exposed fatal flaws such as insufficient strength, poor abrasion resistance, and black debris shedding, forcing the team to introduce polymer modification during the spinning stage of carbon fiber precursors and develop proprietary oils and sizing agents. The key breakthrough was the special modification of spinning equipment—since carbon fiber is highly rigid and lacks crimp, making it difficult to spin into yarn, clearing this process bottleneck significantly improved 'Rouhuo's' strength and abrasion resistance. From an industrial perspective, this is not just a formula improvement but a reconstruction of the carbon fiber processing chain, meaning downstream fabric manufacturers are no longer constrained by traditional carbon fiber processing limitations.
Notably, the material can withstand instantaneous temperatures up to 1800°C, achieving zero melting and zero dripping, with excellent flame retardancy. This metric is decisive in firefighting scenarios—compared to conventional flame-retardant fabrics, 'Rouhuo's' non-combustibility can directly reduce secondary injury risks in fires. For buyers, this means the ceiling of protection levels is raised, but they must also weigh costs several times higher than standard flame-retardant fabrics.
Market Transmission: The Time Gap Between Policy-Driven Domestic Demand and Overseas Standards
'Rouhuo's' core track focuses on emergency firefighting, with participation in the industry standard for new energy vehicle fire-control blankets led by the China Fire Protection Association, supply of firefighting suit fabrics to Heilongjiang forest fire departments, and collaboration with Xiaoshan Lantian Zhihui on protective clothing for firefighting robot dogs and robots. These cases indicate that the domestic firefighting market is primarily policy-driven, but mandatory regulations have not been fully implemented, preventing large-scale adoption. In contrast, Japan's market, driven by mandatory standards after frequent power bank explosion incidents, shows strong demand for battery fire-proof bags—this time gap in standards provides an export window for domestic companies.
In the new energy sector, the material can be applied to energy storage equipment, new energy vehicle chassis, seats, and storage motors. As global energy storage installations rise, the potential demand for fire-proof materials will continue to grow. However, industry players must recognize that high cost and limited color options are two major drawbacks, directly hindering civilian applications (e.g., home curtains, sofas, hotel carpets). This means the current market strategy should focus on high-value-added, strong-demand B2B scenarios rather than quickly expanding into mass consumer products.
Industrial Synergy: The Boost from Digital Tools and Capital Leverage
Zhejiang Jili New Materials was established in 2019, while 'Rouhuo' R&D began in 2018. The seven to eight years of continuous iteration reflects the company's clear understanding that 'there are no shortcuts.' Currently, the company is collaborating with local carbon fiber precursor manufacturers in Shaoxing to promote industrial chain synergy and uses the 'AI Cloth' mini-program to access industry information and connect resources—such digital tools are shortening the cycle between new material R&D and market demand matching. Additionally, the company is in financing talks with two quasi-listed energy storage enterprises, leveraging industrial capital to accelerate technology iteration.
From an industry perspective, the commercialization path for specialty textile materials often relies on a 'technology package plus customization' model: companies modify materials at the precursor stage based on downstream scenarios. This flexible production strategy avoids large-scale inventory risks while meeting differentiated needs in firefighting, military, and new energy. However, it's important to note that the market ceiling for a single material is limited; the company has already indicated plans to develop other high-temperature resistant materials, suggesting that industry participants should build a material matrix rather than bet on a single product.