* THE PLATFORM
ONE GRAPHENE SYSTEM,
FOUR FORMATS.
HoneyCombX® delivers a single graphene technology across four distinct integration formats, allowing performance to be specified at the level that best fits each garment's construction and design. Consistent performance language across the full garment, from yarn to shell.
04
Filament · Padding · Membrane · Print
fully specifiable.
INTEGRATION
FORMATS
CONSTRUCTIONS SUPPORTED
Knit + Woven + Warp-knit
Production-ready across major textile build types.
VALIDATED BY
SGS + UTS
Third-party verified across ASTM and GB/T standards.
01
THE ARCHITECTURE
A SUPER-THIN LATTICE OF CARBON ATOMS — ENGINEERED FOR TEXTILES.
HoneyCombX® is built around a graphene honeycomb structure optimized for textile integration. The unique lattice design delivers high surface area, conductivity, and mechanical strength while remaining ultra-lightweight.
Sourced from a verified global network of suppliers as a single-layer graphene product, then engineered into textile-ready forms, performance embedded at the molecular level.
/ 01
/ 02
/ 03
/ 04
KNIT + WOVEN + WARP-KNIT
CONDUCTIVE RESPONSIVENESS
STRUCTURAL DURABILITY
EMBEDDED AT THE MOLECULAR LEVEL
High surface area enables efficient thermal exchange across the entire fabric surface, not just contact points.
Conductivity supports rapid temperature modulation in both hot and cold environments — and helps reduce static buildup.
Mechanical strength holds across the garment lifecycle without coatings or heavy finishes that wear off with use.
Performance is engineered into the filament, fiber, membrane, or print itself, designed to hold across the full garment lifecycle, wash after wash.
FORMAT / 01
FILAMENT
YARN-LEVEL
Graphene infused into polyester yarn at the fiber level. Applies across knit, woven, and warp-knit constructions — the foundation format for ready-to-wear, base layers, and knitwear.
KNIT
WOVEN
WARP-KNIT
-
Ready-to-wear
-
Base layers
-
Active knitwear
-
Performance T-shirts
BEST FOR
PROPERTIES ACTIVATED
-
Thermal regulation
-
Bacteriostatic at filament
-
Odor control
-
UV protection (UPF 10–50+)
02
FROM YARN TO SHELL - SPECIFY PERFORMANCE WHERE IT MATTERS.
THE FOUR FORMATS
FORMAT / 02
PADDING
Graphene-enhanced fiberfill engineered for insulation systems, down-blend padding, and outerwear interlayers. Adds thermal performance without adding bulk.
DOWN BLEND
BEST FOR
-
Technical outerwear
-
Puffer jackets
-
Insulated mid-layers
-
Down-alternative systems
SYNTHETIC FILL
INSULATION-LEVEL
PROPERTIES ACTIVATED
-
Heat retention (+11°C vs control)
-
Far-infrared emissivity 0.93
-
Lightweight thermal mass
-
Long-term loft stability
INTERLAYER
FORMAT / 03
MEMBRANE
Internal graphene membrane for laminated shell and softshell systems requiring conductive thermal regulation. The format for shells that demand verified performance throughout the lifecycle.
3-LAYER LAMINATE
BEST FOR
-
Alpine and ski shells
-
Performance hardshells
-
Softshell jackets
-
Technical workwear
WOVEN
LAMINATE-LEVEL
PROPERTIES ACTIVATED
-
Conductive thermal regulation
-
Heat distribution across shell
-
Static reduction
-
Environmental shielding
WARP-KNIT
FORMAT / 04
Graphene applied as a printed layer for targeted-zone performance, graphic applications, and design-led integration. The format that lets design lead while performance follows underneath.
HEAT TRANSFER
BEST FOR
-
Performance-zone graphics
-
Branded technical garments
-
Footwear surface elements
-
Bag panels and accessories
SCREEN PRINT
SURFACE-LEVEL
PROPERTIES ACTIVATED
-
Zonal thermal application
-
Surface conductivity
-
Design-first integration
-
Brand-visible performance
ZONAL
03
THREE PERFORMANCE PILLARS - VERIFIED AT THE FABRIC LEVEL.
HOW IT WORKS
HoneyCombX® absorbs excess heat and redistributes it evenly across the fabric — preventing localized hot spots and supporting thermal balance in both hot and cold environments. The result is a textile that actively modulates instead of simply insulating.
Across light-irradiation testing, HoneyCombX® reached 48.6°C versus a control of 36.9°C at 20 minutes — an 11.7°C delta. Far-infrared emissivity exceeded the ≥0.88 industry threshold at 0.93 (UTS Fujian, GB/T 30127-2013).
+11.7°C
vs. control at 20 min
0.93
FIR EMISSIVITY (UTS)
/ PILLAR 01
THERMAL REGULATION
Graphene's conductive properties enable rapid thermal responsiveness across the textile system. The same conductivity helps reduce static buildup, supports UV protection up to UPF 50+ (fabric construction permitting), and provides environmental shielding against everyday stressors.
HoneyCombX®'s performance is intrinsic to the filament, padding, membrane, or print layer it inhabits, engineered to hold across the full garment lifecycle, wash after wash.
UPF 10–50+
UV PROTECTION RANGE
0.36 clo
THERMAL RESISTANCE (ISO 11092)
/ PILLAR 02
CONDUCTIVITY & PROTECTION
The carbon-based formula inhibits bacterial growth at the filament level, a durable, cost-efficient alternative to silver or copper treatments. Performance supports odor control and hygiene across the full garment lifecycle, wash after wash.
Third-party SGS testing (ASTM E 2149-2020, August 2024) recorded a 96% reduction in Staphylococcus aureus in 24 hours from a 100% HoneyCombX® graphene polyester filament sample. JIS L 1902:2015 testing recorded 99.9% reduction values against both S. aureus and Klebsiella pneumoniae.
96%
S. aureus · SGS / ASTM E 2149
99.9%
Klebsiella · JIS L 1902
/ PILLAR 03