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PROMATECT®-LS
PROMATECT®-LS is a non combustible low density calcium silicate board, used for the construction of fire resistant ducts, cladding of sheet metal ducts and to provide fire rated cable and service enclosures. PROMATECT®-LS is off white in colour and has a smooth sanded surface on one face with a lightly honeycombed texture on the reverse face. PROMATECT®-LS is resistant to the effects of moisture and will not physically deteriorate when used in damp or humid conditions. Performance characteristics are not degraded by age or moisture. Untreated surfaces will absorb water which can cause some loss of strength but full strength is regained after drying. It will not encourage mould growth and is resistant to attack by insect or vermin. PROMATECT®-LS is chemically inert and is resistant to dilute acids and alkalis.
Further Information
Applications:
PROMATECT®-LS enables independent ventilation ducts with large clear cross-sections and moldings, fire-resistant smoke extraction ducts and subsequent cladding of sheet steel and plastic ducts. Installation ducts for electrical maintenance have been proven to maintain functionality with high fire resistance. PROMATECT®-LS can be also used indoor with high humidity.
Benefits:
- 30-90 minutes fire resistance
- Large spans tested for self supporting ducts
- Used in damp or humid conditions
- Excellent fire insulation properties
Reaction to fire:
A1, non-combustible
Use Category:
Z1, Z2
Approx. Alkalinity (pH):
10 pH
Approx. Dry Density (kg/m³):
480 kg/m³
Approx. Moisture Diffusion Resistance Min (μ):
3.4
Approx. Thermal Conductivity @ 20 °C (W/m°K):
0.087 W/m K
Bending Strength Longitudinal (N/mm²):
2.9 N/mm²
Compressive Strength (N/mm² perpendicularly to the board surface):
4.5 N/mm²
Storage Conditions:
Store in a dry and well-ventilated space, under cover, on a flat surface.
Please note
All physical and mechanical values are averages based on standard production and tested according to internal procedures. The typical values are given for guidance. The figures can change dependent on the test methods used. If a particular value is of prime importance for a specification, please consult Promat Technical Department.