Geotextile Series by Function

Geotextiles are essential components in modern construction and environmental projects, offering solutions for drainage, stabilization, reinforcement, paving, and more. Available in a variety of types, including woven, nonwoven, high-performance, and high-strength fabrics, they provide durability and functionality for a broad range of applications.

HS Series of Nonwoven Geotextiles

The Carthage Mills HS Series of nonwoven fabrics is among the most versatile and commonly used geotextiles. These fabrics are designed primarily for drainage applications, such as trench drains, where their permeability and durability ensure reliable performance. Whether managing water flow or preventing soil erosion, these nonwoven fabrics deliver exceptional results in even the most demanding conditions.

FX Series of Woven Fabrics

For woven fabrics, the Carthage Mills FX Series is a trusted choice. This series includes FX-55 and FX-66 slit-film fabrics, which are widely utilized in the construction of paved and unpaved roadways. These fabrics provide critical stabilization by distributing loads and preventing subgrade failure, making them essential for creating long-lasting infrastructure.

High-performance and high-strength fabrics further extend the range of applications by reinforcing embankments, retaining walls, and other load-bearing structures. Their ability to withstand heavy stresses while maintaining soil separation and filtration makes them invaluable for large-scale engineering projects.

Carthage Mills’ geotextiles combine advanced engineering with proven reliability to meet the needs of industries ranging from transportation and landscaping to water management and erosion control. With a diverse product lineup tailored to various project requirements, Carthage Mills geotextiles provide cost-effective and long-lasting solutions that ensure project success.

Whether for roadways, drainage systems, or erosion protection, Carthage Mills geotextiles offer the quality, versatility, and performance needed to tackle today’s geotechnical challenges with confidence.