HybridCool
A flexible evaporative platform designed for close-to-body wear. Water is used as the cooling source while the inner-side construction is designed to stay more comfortable and less wet against the wearer.
Build the next layer of Pryme cooling.
Pryme already has a strong cooling PPE foundation. The next opportunity is not another version of the same cooling vest — it is a broader technology ladder covering lightweight battery-free cooling, longer-duration circulation cooling and high-intensity active cooling.
Pryme already owns the foundation.
Now expand the cooling ladder.
Pryme’s existing range already serves hydration, evaporative and phase-change cooling use cases. Our proposal is to add technologies that create meaningfully different user experiences rather than product duplication.
Accessible, reusable cooling for airflow-rich work environments and broad worker adoption.
Water-activated cooling with a drier wearing experience and extended activation window.
Stable-temperature cooling for confined spaces, PPE layering and radiant-heat applications.
Circulation and Peltier technologies unlock stronger cooling, differentiated price tiers and new premium applications.
Each concept fills a different gap, so Pryme can test market fit without forcing one technology to solve every heat-stress problem.
A flexible evaporative platform designed for close-to-body wear. Water is used as the cooling source while the inner-side construction is designed to stay more comfortable and less wet against the wearer.
Chilled water circulates through a garment tubing network, creating consistent contact cooling across the torso. Cooling can be refreshed by replacing ice or chilled water rather than replacing the full garment.
Semiconductor cooling modules create an immediate cold-side effect with electronic control. This is the strongest innovation story for users who need fast, noticeable cooling and are willing to accept a powered system.
*Performance depends on garment coverage, airflow, ambient temperature, humidity, reservoir configuration and test method. Final figures should be validated on the selected sample specification.
The right portfolio gives buyers a clear reason to trade up instead of comparing four nearly identical cooling vests.
| Technology | Power | Cooling Character | Runtime Model | Wearability | Best Commercial Role |
|---|---|---|---|---|---|
| Traditional Evaporative | Battery-free | Ambient-dependent | Re-wet to reactivate | Simple / broad use | Entry & volume |
| HybridCool | Battery-free | Stronger close-body evaporative feel | Re-water to reactivate | Low-profile / flexible | New lightweight innovation |
| PCM | Battery-free | Stable temperature | Recharge / rechill packs | Pack-based | Controlled-temperature PPE |
| Water Circulation | Low power | Strong contact cooling | Refresh ice / water | System-based | Longer-shift industrial |
| Peltier | Powered | Fast active cooling | Recharge / swap battery | Premium active system | Extreme / premium tier |
Rather than making a large range decision upfront, we suggest a small technical validation process with clear commercial gates.
Pryme identifies the use cases where its current cooling range has the most room for differentiation.
Test cooling performance, comfort, recharge workflow and fit against the current Pryme / market alternatives.
Put shortlisted concepts in the hands of Australian industrial users during real hot-weather conditions.
Optimise garment construction, cooling coverage, branding, battery or reservoir and target price for launch.
Pryme already has the channel and heat-stress story. Vinmori’s role is to add a broader technology engine behind that market access.
Choose HybridCool, Water Circulation or Peltier. We can then narrow the discussion to one target user, one garment concept and one commercial price position before arranging the next sample.