第一财经

Breaking the "Asset Shortage" Dilemma: Banks Provide Comprehensive Support to Alleviate the Financing Challenges of High-Tech Companies

原文:破局“资产荒”,银行全周期陪伴纾解硬科技融资困境

Summary of Key Points

Cutting-edge technologies, such as commercial aerospace and photonics chips, represent national strategic sectors. However, these industries generally face financing challenges including high research and development costs, slow returns, and traditional lending practices that do not recognize the value of technological innovations. Amidst limited growth in traditional credit markets, commercial banks (taking Industrial Bank as an example) are proactively transforming their approaches. By breaking with conventional credit evaluation criteria, providing comprehensive lifecycle support services, and establishing presence in technology parks to serve industrial clusters, they are helping hard-tech companies transition from the laboratory to the market.

I. The Challenges Faced by Hard-Tech Companies: Lack of Funds and Difficulties in Obtaining Loans

The main issues encountered by hard-tech firms include:

1. High R&D Costs with Slow Returns: Private aerospace companies, for instance, may invest tens of millions or even hundreds of millions in rocket development, but it can take 5 to 10 years to achieve commercial success and profitability, resulting in prolonged losses for most enterprises.

2. Traditional Lending Ignoring Technological Value: Banks traditionally focus on financial statements (profitability) and tangible assets (such as factories and equipment) when evaluating loan applications. However, the most valuable assets for hard-tech companies are patents, teams, and technological capabilities, which are not recognized by traditional lending mechanisms.

3. Mismatch in Financing Timelines: Companies need medium to long-term funding (3-5 years) for research and development, but banks often provide short-term loans, putting them under immediate repayment pressure.

For example, Star Glory, a private aerospace company, required several tens of millions in funding during the transition from research to capacity building. Equity financing was insufficient, and traditional loans were not available. Similarly, Zhilian Security, which is working on infrared satellite constellations, urgently needed medium-to-long-term loans that matched its R&D timeline.

II. Banks Breaking Traditional Constraints: Evaluating Potential Rather than Just Financial Statements

To address the financing difficulties of hard-tech companies, banks have redefined their evaluation criteria:

  • Moving Beyond Financial Statements: Industrial Bank, for instance, considered three key factors when approving a loan for Star Glory: the strategic value of the industry (whether it is supported by national policies), the feasibility of the technological approach (such as the ability to recover rockets at sea), and the progress of key milestones in the R&D process.
  • Recognizing the Value of Intangible Assets: Banks now recognize the value of patents, team expertise, and equity financing history (e.g., whether well-known VCs have invested).
  • Customized Solutions: Banks develop tailored financial products based on the different stages of a company's development. For example, they offer specialized loans for R&D phases and integrated equity and debt solutions for growth periods.

III. Comprehensive Lifecycle Support: From Laboratory to Market Launch

Hard-tech companies require various financial services at different stages of their development. Banks are now providing “end-to-end” support:

  • R&D Phase: They provide medium-term working capital or long-term R&D loans to cover costs related to technology development and manufacturing tests.
  • Growth Phase: Banks offer loans to support expansion while helping companies connect with equity investors, addressing the funding needs for scale growth.
  • Capitalization Phase: Banks assist in preparing for listing, including strategic partnerships with potential investors, employee stock ownership plans, and mergers and acquisitions, to help companies transform from technology startups into industry leaders.

Banks have a significant advantage in this approach due to their ability to provide long-term support. Unlike private equity (PE) or venture capital (VC) firms, which typically have exit deadlines (usually 3-5 years), banks can continue to fund companies as they grow and help them access government policies and resources from suppliers and customers.

IV. Banks Integrating into Technology Parks: Serving Industrial Clusters

Technology parks serve as hubs for hard-tech companies. Banks are enhancing their services within these parks:

  • Collaborating with Park Platforms: For example, Industrial Bank has partnered with Beijing Yizhuang Xingjian (an industrial platform for the aerospace industry) to provide a special credit line of 10 billion yuan, enabling companies to obtain loans directly through the park.
  • Serving Industrial Clusters: Banks support the leading companies within parks and help smaller businesses in the supply chain receive financial support.
  • Embedding in Park Ecosystems: They cooperate with government initiatives and industrial funds to provide services from the moment companies enter the park, such as applying for government subsidies and connecting them with investment funds.

As of March 2026, Industrial Bank's total financing balance in parks exceeded 2.75 trillion yuan, with the scale of its technology finance business reaching over 2 trillion yuan. This model has become a crucial approach for banks to support hard-tech development.

Conclusion

The growth of hard-tech industries requires both funding and patience. By shifting from traditional lending practices that favor established companies to a technology-financing model that supports company growth, commercial banks have not only resolved the financing challenges faced by hard-tech firms but also found new sources of business growth. The combination of technology, finance, and parks is becoming a vital driver for fostering innovative productivity.