KahiEL - The Ultimate FireStop Solution for a Safer Future

In an era of rapid technological advancement and urban development, fire safety has become a paramount concern. From residential buildings to industrial facilities, the search for innovative solutions that can effectively suppress and contain fires, while minimizing toxic emissions, is ongoing. Enter KahiEL, an innovative active flame-retardant material designed to provide an unparalleled level of fire protection. This groundbreaking material, developed by KhaiEL, represents a new standard in fire safety technology.

The Power of Active Protection

KahiEL is not just a passive material that resists fire. It is an active flame-retardant material that employs a multi-faceted mechanism to combat fire at its source. The material's central value proposition is "Self-Extinguishing, Zero Flame Spread, Active Flame Retardant." This isn't just a claim; it's a testament to the advanced engineering behind the material.

The secret to its effectiveness lies in its unique steam-releasing formulation. The core of this technology is detailed in image_2.png, where it's revealed that KahiEL is composed of over 70% Aluminum Hydroxide (Al(OH)3). This chemical compound is the key to its passive fire protection capabilities.

KahiEL Fire Suppression Technology: Technical Specifications Composition:

KahiEL is composed of over 70% aluminum hydroxide (Al(OH)3).

Action:

 It absorbs heat and releases steam when heated, which helps suppress fire.

Properties:

 Decomposition Temperature: 220°C or greater

 Enthalpy of Decomposition (ΔH): 1060 J/g

Release Rate:

 Releases 1860 liters of steam per 1 m² (for 3 mm thick sheet).

How it Works: The Fire Suppression Mechanism

The active protection begins when KahiEL is exposed to high temperatures. A complex, three-part process unfolds:

1. Rapid Heat Absorption: The first line of defense is immediate. KahiEL rapidly absorbs a significant amount of heat energy from the fire source. This endotermic process is a crucial step in lowering the surrounding temperature. The decomposition temperature is between 220°C and ---, with a decomposition enthalpy (ΔH) of 1,060 J/g. This means that for every gram of material, a substantial 1,060 Joules of energy is absorbed, providing an extremely high heat-absorbing capacity.

2. Endothermic Decomposition and Steam Release: As the temperature continues to rise, the Aluminum Hydroxide (Al(OH)3) in the material undergoes endothermic decomposition. This chemical reaction releases water vapor (steam), which is a crucial element in extinguishing the fire. The specifies that every 1m² of 3mm thick material can release an impressive 1,860 liters of steam. This massive release of steam effectively cools down the fire source and suppresses the spread of flames.

3. Formation of a Protective Alumina Barrier: In addition to the cooling effect of the steam, the endothermic decomposition also results in the formation of a protective layer of Alumina (Al2O3). This layer acts as a barrier, isolating the fire and preventing further flame spread. The entire process not only suppresses the fire but also helps preserve the structural integrity of the base material.

KahiEL is a powerful new tool in the fight against fire. Its active protection mechanism, superior heat-absorbing capacity, low toxic emissions, and ease of use makeKahiELwards a safer, more resilient future. The ability to control and suppress fire at its source, and to do so in a way that minimizes harm, is a breakthrough that will save lives and protect property. 

To learn more, please note that Fung Wai Plastic Company Limited is the sole agent for KahiEL in Hong Kong.

For any enquiries or support, you may contact:

Fung Wai Plastic Company Limited 

Website www.fungwaiplastic.com Phone (852) 3956 8086 Email [email protected]

Website:  www.fungwaiplastic.com

Phone (852) 3956 8086

Email [email protected]