Aiming at domestic substitution of high-end microwave materials, Keruiwo Technology advances to the

Recently, the review results of the 2026 Golden Panda Global Innovation and Entrepreneurship Competition Global Cloud Competition were officially announced. Kairuiwo Technology successfully stood out with its independently developed dual-use high-performance low-loss microwave material (XCPS®) project and advanced to the competition finals!

The Golden Panda Global Innovation and Entrepreneurship Competition is an internationally influential sci-tech innovation event keyed on by Chengdu High-tech Zone. It focuses on national strategic emerging industries such as new energy, new materials, and advanced equipment manufacturing, bringing together authoritative industry experts, leading enterprises, and top investment institutions to identify high-quality sci-tech innovation projects with proprietary core technologies, clear industrialization pathways, and the potential for domestic substitution.

After multiple rounds of rigorous review, Kairuiwo stood out from numerous global projects, earning recognition and attention from the review expert panel.

High-performance microwave dielectric materials are key foundational raw materials in fields such as radar, satellite internet, millimeter-wave RF, and next-generation communications, and are also a core necessity in the military-civilian integration sector. For a long time, domestic high-end microwave materials have faced practical bottlenecks including performance shortcomings, heavy dependence on imports in some areas, and insufficient supply chain stability.

Kairuiwo Technology has long been dedicated to the R&D and engineering implementation of special functional microwave materials. The XCPS® high-performance low-loss microwave material entered in this competition is an original achievement that is fully independently developed and possesses complete intellectual property rights:

✅ Achieves ultra-low loss of 0.0005 with highly stable dielectric performance

✅ Strong environmental adaptability and excellent machinability

✅ Covers dual-use scenarios including military radar, satellite communications, millimeter-wave devices, and 5G/6G communication base stations. The project has a clear domestic substitution logic and promising scalability, and is expected to fill material gaps in certain high-end domestic application fields.

Unlike most material projects that remain at the laboratory stage, Kairuiwo's core team possesses combined hands-on experience in material formulation, process scale-up, pilot production, and downstream validation. It has completed key process validation, established the full technical chain from formulation development to small-batch supply, and is accelerating customer sampling and scenario validation with strong capabilities for practical commercialization.

Advancing to the finals this time is not only a recognition of Kairuiwo's technical approach, team capabilities, and commercial potential, but also an important opportunity for presentation and connection. Next, Kairuiwo Technology will fully present the XCPS® technical advantages, industrialization progress, and mid-to-long-term development plans on the Golden Panda finals stage, actively engage with industry resources and investment forces, and continue to refine its products and accelerate market adoption.

In the future, Kairuiwo will continue to focus on the high-performance microwave functional materials track, uphold independent innovation, and drive the domestic substitution of key foundational materials. We look forward to working hand in hand with industry partners and investment institutions across sectors to jointly support the high-quality development of China's new materials industry.