Beyond Replacement: Creevo Builds a Full-Form XCPS Matrix to Safeguard High-End Manufacturing Upgrad

In the field of high-end microwave and special engineering, the performance limits of materials often define the technical ceiling of equipment. For a long time, cross-linked polystyrene, a key foundational material, has been monopolized by overseas giants, becoming a “bottleneck” restricting the iteration of China's communications, aerospace, and cutting-edge scientific research equipment.

The XCPS® cross-linked polystyrene independently developed by Kairuowei Technology is attempting to change this situation. As a low-loss microwave material that breaks the monopoly, it not only matches international benchmarks in performance indicators, but also provides solid foundational support for multiple national strategic industries through full-chain independent controllability.

XCPS is essentially a cross-linked polystyrene thermosetting plastic. Unlike ordinary plastics, it is formed through bulk cross-linking polymerization and mold casting, appearing white and translucent, and can achieve optical-grade transparency after polishing. This special physical structure endows it with an extremely balanced “character.”

It integrates five major advantages: low dielectric constant, low loss, lightweight, high stability, and ease of processing. Across the full frequency range, it maintains excellent dielectric stability and acoustic transmission performance. This means that whether in high-frequency oscillating millimeter-wave radars or in precision ultrasonic non-destructive testing, XCPS ensures the purity and accuracy of signal transmission while significantly reducing equipment weight and energy consumption.

This “no weaknesses across all dimensions” characteristic makes it a rare “ideal dielectric” in high-end equipment design.

For downstream applications, the emergence of XCPS has dual significance.

First, it serves as a direct replacement for imported monopoly products. In the past, domestic enterprises purchasing similar materials faced pain points such as long delivery times, high prices, and slow after-sales response, and even the risk of supply chain disruption. By mastering the complete process from raw materials to finished products, Kairuowei Technology has built a safe and stable local supply chain, ensuring the resilience of critical material supply.

Second, it supports technological upgrading. As a core national strategic material, XCPS not only solves the problem of “whether it exists” but also the problem of “whether it is good.” It allows domestic high-end equipment to break free from material constraints at the design stage and boldly adopt more advanced architectures, thereby supporting key technological leaps in fields such as communications, fusion energy, and aerospace.

Relying on its core material technology, Kairuowei has not stopped at a single product but has built a complete product matrix covering basic forms and functional customization.

For general needs, the company offers four basic product categories: rods, sheets, rings, and films, covering procurement requirements in the vast majority of conventional scenarios. For special operating conditions, Kairuowei has further developed adhesive, dyeing, reinforced, and special customization series.

This model of combining “shelf-style” basic products with “menu-style” functional customization can precisely match customer needs across all stages from R&D experimentation to mass production. Whether it is prototype validation in the laboratory or large-scale application on production lines, XCPS provides precisely tailored material solutions.

From feed-source dielectrics in the communications field, to large-size insulating rings in fusion devices, to antenna arrays in satellite communications, XCPS is playing a key role in numerous “national heavy equipment” projects.

It may seem unremarkable, yet it is of vital importance. In the wave of domestic substitution, Kairuowei Technology's XCPS represents not just the success of a single product, but a microcosm of China's new materials industry transitioning from “following” to “running alongside” and even “leading.” When core materials are firmly in our own hands, the confidence of China's high-end manufacturing truly stands strong.