Ballistic Fiber Technology for Protective Applications
TAC-TEX engineers the ballistic fiber technology that sits at the core of modern protective equipment. From raw high-performance fiber to finished ballistic panels, we control the material science that determines how much energy a vest or plate can absorb — and how little it has to weigh to do it.
Our materials serve armor manufacturers, defense integrators, and protective equipment producers who need verified, repeatable ballistic performance. Every product is defined by measurable parameters: areal density, fiber type, denier, and tested protection level.
UHMWPE Fiber Technology
Ultra-high-molecular-weight polyethylene (UHMWPE) delivers one of the highest strength-to-weight ratios of any ballistic material. Its long, aligned molecular chains absorb and disperse projectile energy across the fiber network, stopping threats at a fraction of the weight of legacy materials.
UHMWPE is also buoyant and moisture-resistant, making it ideal for lightweight soft armor and flotation-capable protection. We supply UHMWPE in unidirectional and woven formats, selecting the construction that best matches each customer’s protection level and weight target.
Aramid Fiber Technology
Aramid fiber offers excellent ballistic performance combined with high thermal stability, holding its strength at temperatures that would degrade other materials. This makes it well suited to applications that combine ballistic threats with heat exposure.
Woven aramid provides strong multi-hit capability and dimensional stability, performing reliably across a wide temperature range. We work with aramid in multiple weave constructions and deniers to tune coverage, flexibility, and areal density for each protective application.
Ballistic Plate Materials
Hard armor stops higher-velocity and armor-piercing threats that soft armor cannot. Our ballistic plate materials pair a hard strike face — silicon carbide or alumina ceramic — with a composite backing of UHMWPE or aramid that catches fragments and decelerates the round.
The ceramic shatters and erodes the projectile on impact, while the composite backing absorbs the remaining energy. By matching ceramic type, thickness, and backing construction, we engineer plates that meet specific protection levels at the lowest practical weight.
Material Performance and Specifications
Ballistic performance is only meaningful when it is measurable. We characterize every material by the parameters that matter to armor designers: areal density (the weight per unit area that drives wearer fatigue), fiber type, denier, and the tested protection level it supports.
Lower areal density at a given protection level is the central goal of ballistic material engineering — and the metric by which our fibers are judged. Specifying these values precisely lets integrators design armor with predictable, certifiable performance.
Testing and Quality Control
Consistency is everything in ballistic materials. A fiber that performs in the lab must perform identically in every batch that follows. Our quality control verifies material properties and ballistic performance throughout production, ensuring batch-to-batch consistency.
This discipline gives armor manufacturers confidence that the materials they specify will deliver the protection level their end products are certified to meet — verified, traceable, and repeatable.
Custom Material Solutions
Different applications demand different material trade-offs. We work with customers to develop ballistic fiber and plate solutions tuned to specific protection levels, weight targets, and environmental requirements.
By controlling fiber production and material engineering in-house, we can adjust construction, areal density, and lay-up to meet exact specifications — supporting protective equipment producers with materials matched to their designs.
