DURABILITY MEETS PERFORMANCE

HoneyCombX® is an advanced graphene-based textile technology engineered to deliver exceptional durability, thermoregulation, and protection in demanding environments.

Built from a single-layer graphene structure arranged in a honeycomb lattice and enhanced with conductive elements, HoneyCombX® enables fabrics to respond intelligently to heat, wear, and environmental stress — without sacrificing comfort or flexibility.

WHAT IS HONEYCOMBX®

HoneyCombX® is a patented graphene textile technology designed for applications where strength, longevity, and thermal performance matter most.

By integrating a super-thin layer of graphene, a carbon material known for its strength and conductivity, directly into textile systems, HoneyCombX® creates fabrics that are lightweight, highly durable, and responsive to temperature changes. The addition of conductive elements further enhances performance, allowing the material to manage heat efficiently and resist environmental stressors such as abrasion, bacteria, and UV exposure

HoneyCombX® is not a surface coating or finish. Its performance is intrinsic to the material, allowing it to maintain functionality through repeated wear and washing.

How HoneyCombX® Works

HoneyCombX® manages heat at the material level.

The graphene honeycomb structure absorbs and redistributes thermal energy across the fabric surface, helping prevent localized heat buildup while maintaining warmth when needed. This allows the textile to adapt to changing environments and activity levels, supporting a stable microclimate next to the body.

Because graphene is naturally conductive, HoneyCombX® also supports antistatic performance and helps dissipate excess energy, contributing to comfort and reliability during extended wear.

KEY PERFORMANCE BENEFITS

THERMOREGULATION

Responsive heat distribution for comfort in both warm and cold conditions

EXTREME DURABILITY

High resistance to abrasion, wear, and mechanical stress

BACTERIOSTATIC PERFORMANCE

Reduction of bacterial growth that contributes to odor and fabric degradation

ELECTROSTATIC CONTROL

Conductive properties that help dissipate static buildup

UV PROTECTION

Built-in UV resistance, depending on fabric construction

Performance & Validation

HoneyCombX® performance has been evaluated using industry-standard testing methods across thermal performance, durability, and safety.

Independent laboratory testing confirms:

  • Improved thermal resistance compared to control fabrics
  • Stable temperature response under light irradiation
  • Significant bacteriostatic reduction
  • Consistent electrostatic performance

These results validate HoneyCombX® as a reliable textile technology for demanding applications where performance consistency is critical.

HoneyCombX®

Intrinsic performance built into the material
Active heat management rather than passive insulation
Lightweight with high durability
Long-lasting performance without surface treatments

Conventional Materials

Thickness- or coating-dependent performance
Limited responsiveness to environmental changes
Degradation over time due to wear or washing