HeatCrush™
SWEAT-REACTIVE COOLING TECH
HeatCrush™ cools your body using your own sweat. When perspiration contacts this performance mesh and micro-jersey developed in Japan, it begins to draw heat away from the surface. As airflow increases with motion, the cooling effect deepens. The response scales with effort.
SATISFY Pro Athlete Max Jolliffe ran the full HeatCrush™ system across the Atacama's altiplano, where there’s no shade or shelter. At this elevation, sweat evaporates before it can cool anything. The fabric pulled moisture in and returned it as cool, keeping him out long after most would have turned back.
FABRIC TEST
We tested the technology on a thermal mannequin and measured it under FLIR thermography. This is what the data shows.
Each bar shows temperature drop from a 33.8°C baseline. HeatCrush™ drops (-8ºC). More than any fabric tested.
The lower the chart line, the greater the cooling.
SUMMARY
The body has its own cooling science. Sweat is the mechanism. HeatCrush™ amplifies it. When activated, perspiration contact pulls surface temperature down (-8°C) from 33.8°C to 25.8°C in 30 minutes.
In comparison, regular nylon drops -5.3°C, and regular polyester drops -3.1°C.
The fabric creates a unique microclimate by responding to shifts in sweat-humidity, and continues cooling more deeply with time.
FABRIC TEST
We tested the technology on a thermal mannequin and measured it under FLIR thermography. This is what the data shows.
Each bar shows temperature drop from a 33.8°C baseline. HeatCrush™ drops (-8ºC). More than any fabric tested.
The lower the chart line, the greater the cooling.
SUMMARY
The body has its own cooling science. Sweat is the mechanism. HeatCrush™ amplifies it. When activated, perspiration contact pulls surface temperature down (-8°C) from 33.8°C to 25.8°C in 30 minutes.
In comparison, regular nylon drops -5.3°C, and regular polyester drops -3.1°C.
The fabric creates a unique microclimate by responding to shifts in sweat-humidity, and continues cooling more deeply with time.
HEATCRUSH™
SWEAT-REACTIVE COOLING TECH
HeatCrush™ Neck Cooler
COMING SOON
HeatCrush™ Base Layer
COMING SOON
HeatCrush™ Muscle Tee
COMING SOON
HeatCrush™ Arm Sleeves
COMING SOON
HeatCrush™ T‑Shirt
COMING SOON
HEATCRUSH™
SWEAT-REACTIVE COOLING SYSTEM
HeatCrush™ Neck Cooler
COMING SOON
HeatCrush™ Muscle Tee
COMING SOON
HeatCrush™ T‑Shirt
COMING SOON
HeatCrush™ Base Layer
COMING SOON
HeatCrush™ Arm Sleeves
COMING SOON
Sweat Reactive
TECHNICAL INFORMATION
HeatCrush™ activates when it contacts sweat. As moisture rises through the performance fabric, the mesh pulls it outward, drawing heat away from the skin in the process. This is not passive ventilation. It is a direct transfer of heat, triggered by the body’s own sweat.
In extreme dry conditions: Drench the fabric with water. HeatCrush™ responds to any moisture.
Acrofuse™ Construction
TECHNICAL INFORMATION
Acrofuse™ uses micro-bonding to fuse seam edges directly to the fabric, eliminating the raised thread ridges that traditional stitched seams leave against the skin. Seam bulk is reduced, overall garment weight drops, and bonded seams resist delamination under repeated flex and friction better than conventional thread.
HEATCRUSH™
SWEAT-REACTIVE COOLING SYSTEM
PeaceShell™ Cordura® Trail Cap
HeatCrush™ Bandana
COMING SOON
HeatCrush™ Neck Cooler
COMING SOON
HeatCrush™ Arm Sleeves
COMING SOON
HeatCrush™ Muscle Tee
COMING SOON