Please refer to the Turnout Materials page of this website for more detailed information or feel free to contact us at 888-462-1999 or [email protected].
The Thermal Protective Performance (TPP) rating measures the insulating performance of your ensemble. The length of time that an ensemble protects you from a second degree burn may be determined by dividing the TPP rating in half. For example, a composite with a TPP rating of 42 provides 21 seconds from a second degree burn. NFPA 1971 requires a 35 TPP rating which equates to 17.5 seconds until second degree burn occur in a flashover situation.
Please refer to the Technical Information page of this website for more detailed information.
The Total Heat Loss (THL) rating measures the ability of a garment to allow heat to pass away from the body through the 3 composite layers of your ensemble. Generally, the higher the THL, the more likely the system will be able to dissipate excess body heat. NFPA 1971 requires a minimum total heat loss of 205 w/m2.
Please refer to the Technical Information page of this website for more detailed information.
The Conductive and Compressive Heat Resistance (CCHR) test is to specify minimums in protective insulation required in high compression areas.
Please refer to the technical Information page of this website for more detailed information.
The Thermal Protective Performance (TPP) rating measures the insulating performance of your ensemble. The length of time that an ensemble protects you from a second degree burn may be determined by dividing the TPP rating in half. For example, a composite with a TPP rating of 42 provides 21 seconds from a second degree burn. NFPA 1971 requires a 35 TPP rating which equates to 17.5 seconds until second degree burn occur in a flashover situation.
Please refer to the Technical Information page of this website for more detailed information.
The Total Heat Loss (THL) rating measures the ability of a garment to allow heat to pass away from the body through the 3 composite layers of your ensemble. Generally, the higher the THL, the more likely the system will be able to dissipate excess body heat. NFPA 1971 requires a minimum total heat loss of 205 w/m2.
Please refer to the Technical Information page of this website for more detailed information.
The Conductive and Compressive Heat Resistance (CCHR) test is to specify minimums in protective insulation required in high compression areas.
Please refer to the technical Information page of this website for more detailed information.
Please refer to the Turnout Materials page of this website for more detailed information or feel free to contact us at 888-462-1999 or [email protected].