Scroll to Top
Our Products

FEUKEM FRC

Water-Based Fire-Retardant Coating for GI/MS Ducts

FEUKEM FRC is a water-based fire-retardant coating formulated with special binder, minerals & fillers to provide fire resistance to GI/MS Ducts. FEUKEM FRC provides excellent insulation & fire barrier to Cellulosic Fire (ISO 834 fire curve). It is tested and conforms the requirement of BS 476 Part 20-24 to analyze stability, integrity & insulation performance. FEUKEM FRC meets the requirement of VOC emissions and content requirement to contribute LEEDv4 EQ credit, hence recommended to use in Green Building Projects.

For more Information

Specifications

Technical Specification
Coverage

1.2 kg/sqm at 700-micron DFT. FEUKEM Technical Team shall estimate the coverage sequel as project requirement.

System Compatibility

FEUKEM FRC is compatible with Epoxy, Red Oxide and other Zinc rich primers. Care must be taken to provide recommended timings for the complete dry of previous coat for nextcoat

Application Conditions

FEUKEM FRC is recommended for application and use on dry protected substrate only. If base coat is allowed to get wet, it is likely to be damaged – blistering and wrinkling may occur.
FEUKEM FRC should only be applied when the air and substate temperature are above 5 ̊ C and below 55 ̊C Relative humidity should be below 85% for successful application. Steel surface temperature should be a minimum of 3 ̊ C above the dew point, Ensure the substrate is dry and free from contact with rain or condensation during the application and drying of FEUKEM FRC. Please note that rain may cause surface patterning if the material has not formed a skin. Heavy rain or water running over the surface can damage recently applied (6 - 8 hours) coating and hence it should be protected if this is a potential risk.

FEUKEM introduces FRC, a high-performance fire-retardant coating designed to provide fire resistance to GI/MS ductwork systems under cellulosic fire conditions, withstanding temperatures up to 1050°C.

FEUKEM has rigorously tested the complete system under both Type A and Type B conditions, in accordance with BS 476: Part 20 & 24, validating its fire-resistant performance.