Expanding into the Eurasian Market, Empowering High-End Manufacturing – Our Company Debuts at the 2025 Istanbul Eurasian Composites Show with New Quartz Fiber Fabric Products

In November 2025, the highly anticipated Eurasian composites industry event – the 2025 Eurasian Composites Show – was held at the Istanbul Expo Center in Turkey. As a key industry platform connecting Europe, Asia, the Middle East, and North Africa, this edition of the exhibition brought together numerous exhibitors and technological achievements from the global composites industry.

At this international industry event, our company showcased its diverse range of high-performance fiber fabric solutions and made an official announcement at the exhibition: The production line for our Quartz Fiber Fabric is now operational. This marks a further enhancement of our product matrix in the field of high-performance fiber weaving, aiming to provide diversified material options for the aerospace, defense, and high-end electronics sectors.

Quartz Fiber Fabric: Outstanding Advantages in High-Temperature Resistance and Wave Transparency

As a new generation of high-performance reinforcement material, the core advantage of quartz fiber fabric lies in its specific physical and chemical properties. Quartz fiber is a type of inorganic high-performance fiber made from high-purity silica (with SiO₂ content reaching over 99.95%). Utilizing quartz fiber yarns through precision weaving techniques such as plain weave, twill weave, or satin weave, the quartz fiber fabric produced by our company possesses the following characteristics:

1. High-Temperature Resistance: Quartz fiber has a softening point close to 1700°C and can be used long-term in high-temperature environments up to 1050°C, making it a common choice for high-temperature insulation and fire-resistant materials.

2. Dielectric Properties: It exhibits low dielectric constant and low dielectric loss tangent, with stable performance under high-frequency conditions and good electromagnetic wave penetration. This makes quartz fiber fabric a common reinforcement material for wave-transparent components such as missile and aircraft radomes, contributing to stable signal transmission.

3. Chemical Stability: Apart from hydrofluoric acid and hot phosphoric acid, quartz fiber shows good resistance to most acidic substances. It also has a low coefficient of thermal expansion, allowing it to adapt to significant temperature fluctuations.

4. Potential in High-End Electronics: With the development of high-speed data transmission technology, materials for high-frequency, high-speed PCB boards face increasing demands. Quartz electronic fabric (Q-Fabric), leveraging its low dielectric properties, can meet some requirements of next-generation data center switches and high-performance computing.

Multi-Production Line Layout to Meet Customer Needs for Refined Customization

The addition of the new quartz fiber fabric production line further enriches our company's product matrix. Currently, our company has established production lines covering various types of high-performance fibers, including:

• Carbon Fiber Fabric: Provides high-strength, high-modulus lightweight solutions.

• Ultra-Thin Glass Fiber Fabric: Suitable for electrical insulation and precision composite applications.

• Basalt Fiber Fabric: Offers options for reinforcement and corrosion-resistant materials.

• Aramid Fiber Fabric: Suitable for impact-resistant and cut-resistant protective reinforcement scenarios.

Leveraging the synergistic capabilities of multiple production lines, our company not only offers standardized products but also focuses on enhancing R&D and production capabilities. We can provide "refined production customization" services, from design to finished product, for clients in fields such as aerospace, rail transportation, new energy, and defense. Whether it involves specific fabric weights, specialized weave structures, or the development of hybrid fabrics, we strive for rapid response to meet our customers' individual requirements.

The year 2025 marks a period of continued development for our company in the international composites field. Moving forward, we will persist in technological innovation and, relying on our diversified platform of high-performance fabrics, provide composite material solutions to global partners.