Material manufacturing & Validation
Material manufacturing & Validation
Ensure quality from the source
Our state-of-the-art facilities then transform this premium raw material into top-grade carbon fabric through advanced weaving techniques.
This stringent control from procurement to production ensures that every component meets rigorous standards, guaranteeing superior quality and performance in all our products.
Our Material Services
Driving technology for leading brands
3K Twill
3K Plain
6K Twill
6K Plain
12K Twill
Satin Weave
Non-woven
Unidirectional
Bidirectional
12K Plain
Regarding Validation
Our dedication to quality goes beyond sourcing materials; it includes rigorous testing and inspection protocols at every manufacturing stage. This comprehensive approach guarantees consistency and reliability throughout our product range, meeting the varied requirements of industries such as aerospace, automotive, and sports equipment.
Physical Performance Testing
Measures the strength, elastic modulus, and elongation at break of carbon fiber fabric under tension.
Determines the thickness and density of carbon fiber fabric, parameters directly affecting its weight and performance.
Evaluates the stability and thermal conductivity of carbon fiber fabric in high-temperature environments.
Chemical Performance Testing
Determines the resin content and ratio with fibers in carbon fiber fabric, crucial for its structure and strength.
Evaluates the corrosion resistance and stability of carbon fiber fabric in different chemical environments, assessing its performance under various conditions.
Microscopic Observation
Microscopic Observation: Analyzes the fiber arrangement, structure, and potential defects of carbon fiber fabric using optical or electron microscopes to assess quality and manufacturing consistency.
Mechanical Performance Testing
Assesses the fabric’s ability to withstand impact.
Measures the fabric’s resistance to bending loads.
Environmental Adaptability Testing
Humidity and Heat Aging Testing: Simulates long-term exposure to high humidity and temperature conditions to evaluate the fabric's stability and durability.
