Products in Carbon Fiber: Structural Reinforcement

ZERO® Uni-Q-22.3SM is a patented non-woven fabric with a relatively small percentage of binder material (less than 3%). The binder is applied to only one side of the fabric resulting in virtually no crimp in the reinforcement fibers.

QISO® HH-48 is a quasi-isotropic fabric that is balanced in a single layer of the braid. It is stronger, lighter, and more efficient. QISO® HH-48 is a quasi-isotropic fabric that is balanced in a single layer of the braid. It is stronger, lighter, and more efficient.

QISO® H-59 is a quasi-isotropic fabric that is balanced in a single layer of the braid. It is stronger, lighter, and more efficient. QISO® H-59 is a quasi-isotropic fabric that is balanced in a single layer of the braid. It is stronger, lighter, and more efficient.

ZOLTEK PX35 continuous carbon fiber is manufactured from polyacrylonitrile (PAN) precursor. The consistency in yield and mechanical properties that are provided by large filament count strands gives the user the ability to design and manufacture composite materials with greater confidence and allows for efficient and fast buildup of carbon fiber reinforced composite structures. ZOLTEK PX35 50K fibers are available with a variety of sizing formats for different composite processing methods and for compatibility with a wide range of standard resin systems. ZOLTEK quality focuses on spool to spool consistency yielding low coefficients of variation.

QISO® L-52 is a quasi-isotropic fabric that is balanced in a single layer of the braid. It is stronger, lighter, and more efficient. QISO® L-52 is a quasi-isotropic fabric that is balanced in a single layer of the braid. It is stronger, lighter, and more efficient.

ZERO® Uni-9.0SM is a patented non-woven fabric with a relatively small percentage of binder material (less than 3%). The binder is applied to only one side of the fabric resulting in virtually no crimp in the reinforcement fibers.

StructureWrap™ V2 190 UC is a proprietary high tensile strength, stitch bonded, unidirectional carbon fiber fabriccertified by ICC-ES as meeting building code requirements. The material is combined in the field utilizingStructureWrap™ V2 200 Epoxy to form a carbon fiber reinforced polymer (CFRP) laminate used to strengthenand/or upgrade structural elements.

ZERO® Uni-4.0SM is a patented non-woven fabric with a relatively small percentage of binder material (less than 3%). The binder is applied to only one side of the fabric resulting in virtually no crimp in the reinforcement fibers.

StructureWrap™ V2 090 UC is a proprietary high tensile strength, stitch bonded, unidirectionalcarbon fiber fabric certified by ICC-ES as meeting building code requirements. The material iscombined in the field utilizing StructureWrap™ V2 200 Epoxy to form a carbon fiber reinforcedpolymer (CFRP) laminate used to strengthen and/or upgrade structural elements.

Zoltek has developed a new product and sizing chemistry for use in vinyl ester resin systems. Introducing Zoltek’s PX35 Vinyl Ester Compatible Tow product. This new product, based on our proprietary sizing chemistry, exhibits excellent adhesion to and compatibility with vinyl ester resin systems. Most carbon fiber products are used to reinforce epoxy resin systems. Recently, the demand has grown for a product and sizing chemistry that can be used in vinyl ester resins whether cured thermally or via room temperature infusion. When compared to Zoltek’s standard carbon fiber product, PX35 Epoxy Compatible Tow, the new vinyl ester compatible product has significantly higher interlaminar shear strength (ILSS) and transverse flexural strength TFS, which both measure and indicate fiber to resin matrix compatibility and adhesion, as well as, composite performance. Zoltek’s PX35 Vinyl Ester Compatible Continuous Carbon Fiber is manufactured from a polyacrylonitrile (PAN) precursor fiber. The consistency in yield and mechanical properties that are provided by large filament count strands gives the user flexibility to design and manufacture composite materials.

QISO® HW-48 is a quasi-isotropic fabric that is balanced in a single layer of the braid. It is stronger, lighter, and more efficient. QISO® HW-48 is a quasi-isotropic fabric that is balanced in a single layer of the braid. It is stronger, lighter, and more efficient.

QISO® MIM-48 is a quasi-isotropic fabric that is balanced in a single layer of the braid. It is stronger, lighter, and more efficient. QISO® MIM-48 is a quasi-isotropic fabric that is balanced in a single layer of the braid. It is stronger, lighter, and more efficient.

QISO® LIM-52 is a quasi-isotropic fabric that is balanced in a single layer of the braid. It is stronger, lighter, and more efficient. QISO® LIM-52 is a quasi-isotropic fabric that is balanced in a single layer of the braid. It is stronger, lighter, and more efficient.

QISO® M-48 is a quasi-isotropic fabric that is balanced in a single layer of the braid. It is stronger, lighter, and more efficient. QISO® M-48 is a quasi-isotropic fabric that is balanced in a single layer of the braid. It is stronger, lighter, and more efficient.

ZERO® Uni-4.31M7 is a patented non-woven fabric with a relatively small percentage of binder material (less than 3%). The binder is applied to only one side of the fabric resulting in virtually no crimp in the reinforcement fibers.

QISO® H-48 is a quasi-isotropic fabric that is balanced in a single layer of the braid. It is stronger, lighter, and more efficient. QISO® H-48 is a quasi-isotropic fabric that is balanced in a single layer of the braid. It is stronger, lighter, and more efficient.

TX-45™ is delivered on carrier film to stabilize +/- 45° fabric. TX-45 is offered in custom areal weights, including 196 GSM.

ZOLTEK PXFT carbonized felts are produced from 100% ZOLTEK OX felts, being continuously carbonized and supplied in roll form. ZOLTEK PXFT carbonized felts can be used in many applications, including: stationary energy storage batteries, fire protective insulation, high temperature furnace linings, acid gas mist eliminators and in carbon composite materials. Customers can apply their own post treatments and the carbonized felt is easy to cut and process for specific enduse applications.