Product code:
- Hempafire Pro 400: 43490
- Hempafire Pro 400 Fast Dry: 43491
Both single component, solvent-borne, intumescent coatings for passive fire protection of structural steel against cellulosic fires. They are suitable for on-site and off-site applications.
Both versions have been independently tested and approved according to EN 13381-8/9 and BS-476 20/21 up to 120 minutes and are optimised for 90 and 120 minutes cellulosic fire protection for I sections, hollow sections and cellular beams.
Features and benefits:
- Optimum results made easy with a single solution
- Increase productivity with less application
- Cost savings with highly competitive loadings
- Sustainability gains with reduced consumption
Product code:
- Hempafire Pro 400: 43490
- Hempafire Pro 400 Fast Dry: 43491
Both single component, solvent-borne, intumescent coatings for passive fire protection of structural steel against cellulosic fires. They are suitable for on-site and off-site applications.
Both versions have been independently tested and approved according to EN 13381-8/9 and BS-476 20/21 up to 120 minutes and are optimised for 90 and 120 minutes cellulosic fire protection for I sections, hollow sections and cellular beams.
Features and benefits:
- Optimum results made easy with a single solution
- Increase productivity with less application
- Cost savings with highly competitive loadings
- Sustainability gains with reduced consumption
Product code:
- Hempafire Pro 400: 43490
- Hempafire Pro 400 Fast Dry: 43491
Both single component, solvent-borne, intumescent coatings for passive fire protection of structural steel against cellulosic fires. They are suitable for on-site and off-site applications.
Both versions have been independently tested and approved according to EN 13381-8/9 and BS-476 20/21 up to 120 minutes and are optimised for 90 and 120 minutes cellulosic fire protection for I sections, hollow sections and cellular beams.
Features and benefits:
- Optimum results made easy with a single solution
- Increase productivity with less application
- Cost savings with highly competitive loadings
- Sustainability gains with reduced consumption