Catalog 1.06 MB
Registration Date 27 Oct 2015

Composite Guard™FP System


Petroleum Coatings

Fire Proofing Insulation


NPD Conjectured


Al2O3 • 2SiO2 • 2H2O Nanoparticle /Nanopowder CAS Number : 1332-58-7


• Offshore platforms • Refineries • Chemical processing plants
Refinery Offshore


• Increase safety • Designed specifically for use with composite repairs • Fast Installation • Lightweight • Impact resistant • Long term durability • Provides instant fire protection • Does not require flame exposure to form a thermal barrier like other coatings

Mechanical Resistance Thermal Insulation Lightweight Fireproof

Manufacturer's Description

For more than 25 years, Neptune Research Inc. has focused its strategic research initiatives on the development, manufacturing and marketing of state-of-the-art pipe repair and reinforcement technologies that withstand the test of time, water and other elements. The increasing demand for fireproofing of these reinforcement technologies in high risk process areas within refineries, chemical plants and offshore platforms launched a 2010 initiative to produce the first ever fireproofing system designed specifically for use with composite repair technologies.
NRI’s Composite Guard™FP System utilizes nano-technology to create an integrated fire proofing system for application on high risk piping within fire proofing zones in refineries and on offshore platforms. The Composite Guard™FP System protects the composite repair under extreme fire conditions by creating a barrier between the external flame temperature and the composite repair’s outer substrate. The extremely low thermal conductivity of the barrier prevents the composite repair system from reaching temperatures exceeding the maximum temperature rating, preventing degradation or failure of the composite.  
The Composite Guard™FP System thrives in high temperatures and process piping, securing composite repairs under extreme fire conditions by creating a barrier between that protects the composite repair’s outer substrate from external flame temperature.Its extremely low thermal conductivity avoids temperatures above the maximum temperature rating in composite repairs, shielding against composite failure or degradation.