plasma the reaction chamber 18 further comprises a trolley 22 whereon the textile product 24 is placed for uniform plasma exposure more particularly a vacuum sucker is employed for holding the textile product 24 in place as the trolley 22 imparts linear movement to the textile product in one embodiment a plurality of guide rolls is employed instead of the trolley 22 for transporting the textile product through the reaction chamber 18 apart from the plasma produced from the ceramic electrodes 20 a precursor material 26 is discharged into the plasma medium the state of matter of the precursor material 26 may be liquid or powered the precursor material 26 is atomized as the same is released into the plasma thereby enabling precursor material 26 to uniformly mix with the plasma n u2014 h groups are formed over the surface of the textile product as the same is subjected nitrogen plasma mixed with the precursor material the n u2014 h functional groups cause the textile product exhibit antimicrobial property anti creasing property anti soiling property uv protective property and so on the limited oxygen index loi of the finished multifunctional textile is substantially more than that of the textile product and hence the multifunctional textile is highly fire and flame retardant also the uv protection factor upf.