Enhanced TDS
Knowde-enriched technical product data sheet
Identification & Functionality
- Chemical Family
- Reinforcement Material
- Composite Materials Functions
- Technologies
- Product Families
Features & Benefits
- Materials Features
Applications & Uses
- Markets
- Applications
- Composites End Use
- Applications
ZOLTEK PX35 carbon fiber has market-leading properties at a market-leading price. ZOLTEK products are increasing the energy output of wind turbines, creating more fuel efficient vehicles, and lifting other industries to new levels of performance.
Automotive - Our cost-effective solutions and our ability to provide long-term price and supply commitments has many automotive manufacturers turning to ZOLTEK as a resource for increasing the efficiency and value-structure of their processes.
Wind Energy - ZOLTEK PX35 carbon fiber is the industry standard for carbon fiber wind energy reinforcement
Friction Resistance - Our carbon braking materials are manufactured to withstand extreme braking conditions that demand resistance to harsh temperature and chemical environments.
Civil Engineering - ZOLTEK PX35 fabrics are often utilized in the repair or upgrade of concrete structures including bridges, columns, and beams.
Marine - Tough, durable carbon composite materials stand up to the extremes of marine environments.
Energy Storage - Carbon fiber based energy storage solutions balance power and energy output with grid demand and allow for energy generation and transmission optimization.
Sporting Goods - The high-strength, high modulus and light-weight properties of carbon fiber have taken sporting goods to the next level of performance.
3D Printing - Our carbon fiber enables the production of cost-efficient filament for the manufacture of structural production parts and prototypes.
Oil & Gas - ZOLTEK’s deepwater products provide less weight and more stiffness and strength to deepwater oil exploration – enabling deepwater systems to operate at depths unreachable with traditional materials.
Pressure Vessels - The benefits of carbon fiber as a light-weight alternative to other materials combined with its durability and corrosion resistance properties have been driving innovation for decades.
Properties
- Typical Properties
Value Units Test Method / Conditions Areal Weight 1035 g/m2 - Tensile Strength in MD 0.19 Mpa - Thickness 12 mm - Tensile Strength in XMD Direction 0.34 Mpa - Felt Bulk Density 0.09 g/cc - Roll Width 98 cm - Roll Length 45 m - Fiber Diameter 7 - 9 μm - Fiber Density approx. 1.78 (0.064) g/cc (lb/in3) - Carbon Content approx. 95 % - Electrical Resistivity 6.3 Ω mm - BET Surface Area approx. 1 m2/g - Open Porosity 95 % - Elongation in MD / XMD Direction 41.5 (39.5) % - Trace Metals Fe max. 20 ppm - Trace Metals Na max. 30 ppm - Trace Metals Ca max. 20 ppm -