Trade Name: Astro HS FM Compound
High Strength Fire Mortar
120 mins @ 100mm thickness – BS476
EI 60 mins @ 100mm thickness – EN1366-3
E 120 mins EI 60 mins @ 100mm thickness – EN1366-3
Acoustic Isolation 46dB expected.
Tensile Strength 3N/mm2.
Load Bearing - up to 10.29 kN/mm2 (1000mm span).
Can be used in spans up to 2 metres wide.
Astro HS FM Compound is a one-part synthetic mortar used to seal openings in walls and floors to prevent the passage of fire and smoke.
It is mixed with water to produce a trowelable or pourable mortar compound.
The seal created is high strength and non combustible, with a fire resistance to EN 1366-3 2009 at 100mm thickness and it can be made load bearing.
• Can be reactivated with water to extend the working time.
Application and Performance Data
Astro HS FM Compound is supplied in 20kg bags.
To Order & Specify
Please contact us and quote the following information - Quantity / Product Code / Product Description / Weight> Typical wording - 10 / Astro Astro HS FM Compound/ AFFCHS
Fire Test or Assessment Reports
BS 476 Fire Resistance, up to 120 min
Health and Safety
The product does not present any known health hazards during or after installation. Normal good industrial and personal hygiene practices should be observed. For further information on health and safety requirements please contact the technical team on: tel 01329 844 500 or email email@example.com
As part of our policy of ongoing improvements, we reserve the right to modify, alter or change product specifications without giving notice. Product illustrations are representations only. All information contained in this document is provided for guidance only, and as ASTROFLAME FIRESEALS LTD has no control over the installation methods of the products, or of the prevailing site conditions, no warranties expressed or implied are intended to be given as to the actual performance of the products mentioned or referred to, and no liability whatsoever will be accepted for any loss, damage or injury arising from the use of the information given of products mentioned or referred to herein.
The above information
to the best of our knowledge is true and accurate and based upon current
test data and is supplied for your guidance only. Customers should