Driving the Future of Electrical Insulation

R&D Capabilities

With globally leading laboratory infrastructure, proprietary process platforms, and a culture of continuous innovation, we are redefining what aramid materials can achieve — in electrical insulation, aerospace composites, and beyond.

Engineering the Future of Electrical Insulation

Pioneering the Future of High-Performance Aramid Paper

With continuous R&D investment exceeding 30% of annual revenue, we have established a powerful R&D innovation ecosystem — from fundamental research to industrial engineering. With dedicated laboratories, proprietary processes, and continuous innovation. We have achieved mastery of critical processes including dry-jet wet spinning, high-consistency forming, hydraulic headbox long-wire forming, and electromagnetic induction high-temperature roll pressing. This relentless innovation ensures we deliver not only materials, but also future-ready electrical insulation solution.

Comprehensive IP System

Over 48 invention patents covering core technologies in fiber dispersion, wet-forming, and high-temperature processing.

Proprietary Process Mastery

We own the entire process, from our world-leading aramid fiber wet-forming to advanced high-temperature hot pressing, ensuring unmatched quality control.

Proven Innovation Track Record

From patented wet-forming processes to automated high-temperature pressing technology, our R&D delivers scalable solutions that redefine insulation performance standards.

Breakthrough Technologies and Innovations

Unmatched process innovation delivering future-ready insulation materials.

High-Concentration Forming Technology

First in the world to achieve uniform dispersion of long-aspect-ratio aramid fibers at high consistency

High-Temperature Calendering Technology

Proprietary calendering process ensures precise densification and inter-fiber bonding.

Dry-Wet Spinning Fiber Preparation Technology

Enhances fiber uniformity and tensile modulus, ensuring stability and reliability for high-end insulation systems.

Nano-Fiber Modification & Additive Engineering

Introduces nano-scale aramid fibers and functional fillers to raise partial-discharge inception voltage

R&D Excellence You Can Trust

Advanced R&D Laboratories for Aramid insulation Innovation

Our R&D and testing facilities spans the entire innovation chain — from polymer formulation to performance validation. The R&D center houses complete platforms for polymer synthesis, fiber processing, papermaking simulation, and performance testing, enabling seamless control from molecular design to end-product validation.

World-Class Materials Science Team

Our innovation is driven by a dedicated team of Ph.D. chemists, polymer scientists, and application engineers. This deep well of expertise, housed in our Advanced Aramid Products Research Laboratory, is the engine behind our continuous improvement.

Besides, our R&D initiatives are strengthened through strategic partnerships with a network of prestigious national institutions, including:

National paper-based new materials R&D laboratory
Materials Technology & Engineering Research Institute
Hunan High-Performance Aramid Materials Research Center
SCUT State Key Laboratory of Pulp & Paper Engineering
National Engineering Research Center for Papermaking & Pollution Control

Multidisciplinary Innovation Ecosystem

Where materials science meets engineering mastery

Our R&D team unites polymer scientists, material specialists, mechanical and electrical engineer to drive continuous breakthroughs.. This cross-disciplinary synergy enables end-to-end innovation—from fiber molecular architecture to industrial process automation, ensuring that every technical breakthrough reaches real-world application.

Core Material Design

Proprietary aramid fiber formulation and polymer chemistry for thermal and dielectric optimization.

Rigorous Testing

Advanced labs and 500+ instruments validate every parameter, from dielectric strength to thermal stability.

Science-Driven Development

Our research spans from molecular formulations to scaled production, bridging lab and industry seamlessly.

Industry-Leading Processes

From hydraulic headbox forming to electromagnetic hot pressing, we set new technical standards.

Every innovation begins in our laboratories

Inside Our Innovation Engine

Our commitment to continuous R&D ensures that every sheet of aramid paper we produce not only meets but anticipates the evolving demands of global industries, powering a safer, more efficient world.

Foundational Materials Research

It starts at the molecular level. In our Advanced Paper-Based Materials Research Laboratory, we explore the fundamental properties of aramid fibers to enhance thermal stability, dielectric strength, and mechanical resilience, laying the scientific groundwork for superior products.

Process Technology Development

This is where science becomes a reality. We have perfected a complete and stable mass production system for high-performance aramid paper. Our mastery of key technologies allows us to translate lab-scale innovations into consistent, high-volume, and flawless production.

Rigorous Application Testing

In collaboration with partners like the New Materials Testing Center of CRRC, we subject our materials to extreme thermal, electrical, and mechanical stress to validate their real-world performance and ensure they exceed the demands of your applications.

Recognized Innovation, Proven by Results

Our continuous innovation has been recognized with numerous national and industry awards, including:

China CRRC Science and Technology Award — Grand Prize
China Light Industry Federation Technology Invention First Prize
“Pioneer Technology List” by the China Association for Science and Technology
Outstanding Award at the China Advanced Technology Commercialization Competition
China CRRC Science & Technology Grand Prize
China Light Industry Technology Invention First Prize
“Pioneer Technology List” — China Association for Science & Technology

Find your right electrical insulating papers!

Have a unique application or a complex material challenge? Partner with the team that is defining the future of aramid insulation.

inquiry Now