Pooling Strengths for Innovation, Leading the Future with Intelligence | Jiangsu DanNai New Materials R&D Center Officially Established, Partnering with Wuhan Universities to Deepen Industry–University–Research Collaboration

Recently, Jiangsu DanNai New Materials Co., Ltd. (hereinafter referred to as “DanNai New Materials”) has reached another significant milestone in its development: the company’s former Testing Center has been officially upgraded to a Research and Development Center, and at the same time, it has established a strategic industry–university–research collaboration with a renowned university in the Wuhan area.


Recently, Jiangsu DanNai New Materials Co., Ltd. (hereinafter referred to as “DanNai New Materials”) has reached another significant milestone in its development: the company’s former Testing Center has been officially upgraded to a Research and Development Center, and at the same time, a strategic industry–university–research collaboration has been established with a renowned university in the Wuhan area. This move marks the entry of DanNai New Materials’ innovation system into a new phase, injecting strong momentum into the company’s high-quality development.

The Leap from “Testing” to “R&D”

As the core platform for the company’s technological innovation, the former Testing Center has long been responsible for critical functions such as raw-material inspection, process control, and product-performance testing, thereby accumulating extensive experimental data and process expertise. This upgrade to a Research and Development Center represents not merely a change of name but a comprehensive enhancement of its functions and strategic positioning.
The new R&D center will integrate the company’s core resources, focus on cutting-edge technologies in the field of new materials, and dedicate itself to the development and application research of high-performance refractories and green, environmentally friendly materials. The center will establish a comprehensive innovation platform that brings together basic research, process optimization, product testing, and technology incubation, thereby accelerating the commercialization of technological achievements through more efficient mechanisms and meeting the growing demand for high-end market solutions.

Deep integration of industry, academia, and research to jointly build a hub of innovation.

While strengthening its internal R&D capabilities, Dannai New Materials is actively leveraging external expertise and deepening collaboration between academia and industry. On the same day, the company announced the formal establishment of a industry–university–research partnership with a renowned university in the Wuhan area.

As a major national hub for science and education, Wuhan boasts robust research capabilities and a strong pool of talent in areas such as new materials R&D and engineering technology. Under this collaboration, the two parties will engage in in-depth cooperation on key technological challenges in new materials, the commercialization of scientific and technological achievements, and the joint training of high-level professionals. By adopting a collaborative model in which “enterprises pose the problems, universities provide the solutions, and the market evaluates the outcomes,” they will leverage their respective strengths, share resources, and jointly establish a benchmark for coordinated development among industry, academia, research institutions, and end-users.

Embarking on a New Journey of High-Quality Development

Jiangsu DanNai New Materials has consistently regarded innovation as the primary driving force behind its corporate development. The establishment of a research and development center and the company’s industry–university–research collaborations with leading universities are key initiatives in implementing its innovation-driven development strategy.
A company official stated: “Looking ahead, Dannai New Materials will leverage its R&D center as the driving force and industry–university–research collaboration as the bridge to continuously increase R&D investment, attract top-tier talent, and steadily enhance its independent innovation capabilities. We are committed to delivering higher-quality products and solutions to global customers and contributing Dannai’s strength to advancing technological progress across the industry.”

About Jiangsu DanNai New Materials Co., Ltd.

Jiangsu DanNai New Materials Co., Ltd. is a high-tech enterprise specializing in the R&D, production, and sales of refractory materials and novel inorganic materials. Leveraging its robust technological capabilities, stringent quality management system, and comprehensive after-sales service, the company’s products are widely used in industries such as steel, nonferrous metals, building materials, and chemicals, earning the trust and confidence of customers both domestically and internationally.

Related News


Craftsmanship in Every Detail, a Benchmark in Refractory Materials | Jiangsu DanNai New Materials Invites You to the 35th China Glass Exhibition

With the spring breeze carrying promises, the grand event will unfold as scheduled. From April 7 to 10, 2026, the 35th China Glass Exhibition will shine brilliantly in [Exhibition City/Exhibition Hall Name]. Jiangsu DanNai New Materials Co., Ltd. will make a blockbuster appearance with its full lineup of high-performance refractory products, and we look forward to joining you at this premier industry gathering.


Pooling Strengths for Innovation, Leading the Future with Intelligence | Jiangsu DanNai New Materials R&D Center Officially Established, Partnering with Wuhan Universities to Deepen Industry–University–Research Collaboration

Recently, Jiangsu DanNai New Materials Co., Ltd. (hereinafter referred to as “DanNai New Materials”) has reached another significant milestone in its development: the company’s former Testing Center has been officially upgraded to a Research and Development Center, and at the same time, it has established a strategic industry–university–research collaboration with a renowned university in the Wuhan area.


The 35th China International Glass Industry Technology Exhibition

Time: April 7–10, 2026 Location: Shanghai New International Expo Center


【The "showy" one in the glass world is here!】 Jiangsu Dannai invites you to chat at booth 191 in Hall E3!

Time: May 26-29, 2025 (Don't get it wrong, or the boss will dock my pay!) Coordinates: Booth No. 191, Hall E3, Shunyi Exhibition Hall, Beijing (Can't find it? Try searching for "Dannai Happy Home" on your navigation app, although it might lead you to the pancake stand next door.)


【Major Breakthrough】 Jiangsu Dannai New Materials shines at the Russian International Glass Exhibition, winning high praise from global customers!

The 2025 Russian International Glass Industry Exhibition (Mir Stekla) was officially renamed "World of Glass" and made its debut on the international stage with a new brand, highlighting its leading role in the global glass industry chain. This exhibition brought together top companies from Russia, Eastern Europe, and Europe and America. Jiangsu Dannai New Materials made a stunning appearance with its high-end refractory materials for glass kilns and intelligent production solutions, attracting a large number of visitors and becoming a focal point for Chinese and foreign businessmen! Star Product Matrix Jiangsu Dannai showcased its newly developed low-carbon refractory materials and ultra-long-life glass kiln supporting technologies. With advantages such as high temperature resistance, low energy consumption, and precise matching, it attracted many international glass giants to experience it, and more than 100 technical exchanges took place on-site. "One-Stop" Service Upgrade From kiln design and material selection to construction and maintenance, Dannai launched a full life-cycle service model, providing customized solutions for customers and winning high recognition from Russian local enterprises and European engineering companies. Contract Breakthrough: Reached an annual strategic supply agreement with the top 3 glass manufacturers in Russia, with an intended order amount exceeding US\$10 million; Technology Alliance: Collaborated with a well-known German research institute to promote a joint research and development project on energy-saving technology for glass kilns; Market Expansion: Multiple engineering companies in Eastern Europe have actively invited Dannai to establish a regional technical service center to deepen local cooperation. With this exhibition as a fulcrum, Jiangsu Dannai will accelerate its layout in overseas markets, continuously promote product structure optimization and service model innovation, and explore new paths for the green, intelligent, and high-end development of the glass industry with global partners!


Selection of refractory materials for shuttle kilns

Currently, shuttle kilns are widely used in the ceramics, refractory materials, electrical porcelain, and building materials industries. Modern artistic and daily-use ceramics are also fired using shuttle kilns. During operation, the temperature, atmosphere, pressure, and various flow rates within the kiln often change due to external conditions or internal factors. The appropriate selection of refractory materials within the shuttle kiln is crucial for ensuring kiln quality. Currently, the inner linings of gas-fired shuttle kilns used in the ceramics industry can be roughly divided into the following three types: The innermost layer of the shuttle kiln lining is made of 230mm thick lightweight insulating refractory bricks, the outer layer uses 70-100mm thick ordinary alumina silicate fiber material for insulation, and the outermost layer uses a welded steel frame with steel plates to protect the internal refractory materials. The top of the shuttle kiln is an arched structure built with wedge-shaped bricks, using high-alumina or mullite lightweight insulating materials. Besides consuming slightly more fuel during firing compared to the first type, this material, when used as the inner lining of a gas-fired shuttle kiln, is essentially comparable to an all-fiber kiln, especially when using better lightweight insulating materials.