Asset Manager

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Tex Tech Industries

Tex Tech Industries engineers high-performance textiles and composite preforms for aerospace, defense, and industrial thermal systems from Kernersville,...

Tex Tech Industries

Tex Tech Industries develops and manufactures high-performance textiles and engineered materials from its North Carolina base. Founded as a specialist in needle-felted fabrics, the firm has evolved into a vertically integrated operation producing advanced composites, three-dimensional woven structures, and carbon-based felts. Its capabilities span polymer fiber processing, coating applications, and complex textile architecture for environments where material failure is not an option. The firm's product development targets extreme-condition applications. Core asset classes include carbon/carbon composite preforms used in aircraft braking systems, high-temperature thermal insulation felts for industrial furnaces, and needle-punched fabrics for ballistic protection and filtration. In aerospace, its materials are specified for primary thermal management in jet engine nacelles and rocket motor components. The firm also supplies specialty felts for molten metal transfer and fire-resistant barriers for rail and automotive applications. Headquartered in Kernersville, the company operates additional manufacturing facilities in Rhode Island and Maine, expanding its production footprint across the Eastern United States. The Maine facility deepened its capability in textile formation and coating for defense contracts. The firm positions itself as a sole-source or qualified-supplier partner for major prime contractors, embedding its materials into long-cycle Original Equipment Manufacturer supply chains. Tex Tech's structural differentiator rests in its mastery of three-dimensional textile preforming — a capital-intensive, trade-secret-heavy discipline that weaves fibers into near-net shapes rather than cutting from flat stock. This reduces material waste and enhances mechanical properties in critical aerospace structures, a capability with a limited global supplier base and high barriers to alternative sourcing.

General information

Firm type

Asset Manager

Year founded

AUM

Undisclosed

Location

Region

North America

Country

United States

City

Kernersville

Corporate office

Kernersville, North Carolina, United States

Sector focus

Industrial TechMobility & Transportation

Frequently asked questions

What does Tex Tech Industries supply to the aerospace sector?

Tex Tech manufactures carbon/carbon composite preforms used primarily in aircraft braking systems, where extreme heat resistance and structural integrity are essential. The firm also produces needle-punched thermal insulation felts for jet engine nacelles and related high-temperature zones, acting as a Tier 2 or Tier 3 supplier to major air-framer and engine OEM programs.

How is Tex Tech Industries vertically integrated?

The firm controls multiple stages of production spanning polymer fiber processing, needle-punching, weaving, and coating applications. Its capability in three-dimensional weaving allows it to form complex near-net textile shapes in-house, rather than relying on downstream cutting and assembly, which reduces material waste and strengthens final part performance.

What manufacturing capacity does Tex Tech operate in the United States?

The company maintains a primary campus in Kernersville, North Carolina, with additional manufacturing operations in Rhode Island and a textile formation and coating facility in Maine. This distributed Eastern US footprint supports both commercial aerospace and Department of Defense-oriented production volumes.

Does Tex Tech Industries serve the defense sector?

Yes. The firm supplies needle-punched fabrics for ballistic protection systems and high-temperature felts for military propulsion and armor applications. Its textile formation plant in Maine expanded the company's capacity to meet defense-specific qualification requirements.

What industrial applications does Tex Tech's thermal management portfolio address?

Beyond aerospace, the firm's high-temperature felts and carbon composites are used in industrial vacuum furnaces, molten metal transfer operations, and fire-blocking barriers for rail and automotive platforms. These materials must maintain structural integrity at sustained temperatures exceeding 2,000°C in some applications.

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