DAM25

$159.00

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Vacuum Insulated Panels (V.I.Ps) is what makes this possible. This state of the art insulation technology reduces the movement of molecules in gaps due to a Vacuum, and lack of atmosphere that exists in said gap. Heat transfer via conduction, convection and radiation is kept to a minimum so that temperatures are kept low at all times. Because of this they have about one-fifth the thermal conductivity of the best conventional insulations and thereby 5 times the thermal resistance per unit of thickness.

With Ice Retention being the number one driver in the high-performance cooler market, it was a great opportunity to develop a cooler that met and outperformed the competition.

We like to describe it as Efficient, Versatile and Practical.

 

TECHNICAL INFO and FEATURES

0.75″ High-Tech Vacuum Insulated Panel Insulation
R-Value – ’50’
1.1″ Thin-Wall Design
Tested to hold ice for up to 6 days
25 Quarts
15.5 lbs
Upside down Patent-Pending D-Latch system
Thick grip Aluminum Handle
Soft-touch side handles
Removable Non-Slip feet inserts
Standard Drain Plug

Accessories/EXTRA

Long Divider + Chop Board
Short Divider + Chop Board
2.8″ Deep Tray.
2.8″ Deep Strainer Basket (Coming)

Focusing on performance and real value, we made our hard coolers injection molded and not roto-molded. This lends itself to the efficiency in the design and manufacturing process which you will see that our pricing reflects.

VIP Vacuum Insulated Panels

Since the early days of the first portable coolers, there have been all sorts of insulation material used to help them slow down temperature change. Sand, Foam, Down, Gas and Polyurethane (Roto-molded coolers) are a few.

Some are better than others, but they all have their downsides. From hygiene to environmental impacts to weight, bulkiness, and cost.

Our patent pending design uses Vacuum Insulated Panels. It is a form of thermal insulation whereby a gas-tight enclosure surrounding an insulation material has all the atmosphere within it evacuated.

Vacuum insulation technology significantly reduces molecular movement of the air between the gaps, reducing heat transfer by conduction (via contact). convection (via diffusion) or radiation (UV light and other wave forms).

Because of this they have about 0ne-fifth the thermal conductivity of the best conventional insulation and thereby 5 times the thermal resistance per unit of thickness.

With Ice Retention being the number one driver in the high-performance cooler market, it was a great opportunity to develop a cooler that met and outperformed the competition.

The idea of DAM Coolers was born!

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