Unique Features of Touch Fire
Touch Fire: Produces no smoke or toxic gases during a fire, making it ideal for enclosed and health-sensitive environments such as hospitals and server rooms
Other Solutions: May emit smoke or toxic gases under high temperatures
Touch Fire: Equipped with smart enzymes that automatically regulate temperature, pressure, and fire range. These enzymes remain effective for up to 30 years due to their unique biological structure.
Other Solutions: Lack advanced technologies like smart enzymes and offer lower durability and effectiveness.
Touch Fire: Fully resists all three heat transfer methods (conduction, convection, and radiation), with a thermal transfer coefficient of 45%.
Other Solutions: Often resist only one heat transfer method and have higher thermal transfer coefficients
Touch Fire: Does not carbonize or degrade under extreme heat, maintaining its molecular integrity
Other Solutions: May break down or carbonize at high temperatures
Touch Fire: Performs effectively in gas and petrochemical environments without compromising quality, making it ideal for refineries and petrochemical platforms
Other Solutions: May have limited performance in such environments
Touch Fire: Offers high coverage without the need for a primer and performs well even in humid conditions with specific additives
Other Solutions: Often require a primer and are less effective in humid environments
Touch Fire: Features a shelf life of 24 months and does not require reapplication for up to 30 years
Other Solutions: Often need frequent reapplications
Touch Fire: With a specific heat capacity 60 times that of water, it is exceptionally effective in cooling and controlling large-scale fires, such as forest fires
Other Solutions: Generally less effective in handling large fires
Touch Fire: Limits surface temperature to below 100°C, effectively preventing fire spread. This feature helps control fire pressure and minimizes the risk of internal explosions, which is crucial for industrial applications.
Other Solutions: Typically only reduce heat transfer and lack the ability to control fire pressure or prevent explosions.
Touch Fire: With a hardness level of 6 to 7 (higher than concrete), it provides superior resistance to impact and scratches. This prevents surface cracking and ensures protection against fire pressure and internal explosions
Other Solutions: Generally have lower hardness and are more vulnerable to damage from impact or pressure