Healthcare instituton interior
Interior products
SFIBRAL interior panels combine functionality and style, offering an impeccable, long-lasting finish. SFIBRAL panels are durable and resistant to scratch, chemicals, physical impact and moisture, making them ideal for use in public buildings. Like offices, shopping centers, educational establishments, or healthcare facilities.
SFIBRAL Gama
Standard sizes
2510x1250, 3050x1250 mm
Thickness
4 mm, 7 mm, 9 mm
Density
1900 ± 50 kg/m3
Fire classification
A2-s1, d0
Young's modulus of elasticity
≥ 12000, 14700, 15600 MPa
Scratch resistance
3 N (EN 438-2:2016)
High density (1900 kg/m3) fiber cement cladding with a fire micro laminate finish and high resistance against impact, scratch and chemicals/cleaners.
A wide array of Egger collection colors and patterns is available.
SFIBRAL Skala
Standard sizes
2510x1250, 3050x1250 mm
Thickness
4 mm, 7 mm, 9 mm
Density
1900 ± 50 kg/m3
Fire classification
A2-s1, d0
Young's modulus of elasticity:
≥ 12000, 14700, 15600 MPa
Scratch resistance
9 N (EN 438-2:2016)
High density (1900 kg/m3) fiber cement cladding with a special ceramic finish and extremely high resistance against scratch, impact and chemicals/cleaners.
Most of RAL and NSC colors available or digital print.
SFIBRAL Ligno
Standard sizes
2510x1250, 3050x1250 mm
Thickness
4 mm, 7 mm, 9 mm
Density
1900 ± 50 kg/m3
Fire classification
A2-s1, d0
Young's modulus of elasticity
12000 ± 500, 14150 ± 500, 15350 ± 500 MPa
Highly dense (1900 kg/m³) mineral cladding with a natural wood veneer as a decorative feature.
A wide array of wood veneers and authentic wood grain patterns and structures is available.
SFIBRAL Fire Protection Board
Standard sizes
1220x2440 mm
Thickness
6 / 8 / 10 / 12 / 15 / 20 / 25 / 28 mm
Density
970 kg/m³
Fire Classification
A1
Fire protection
up to 240 min.
Made from high-density calcium silicate, provides up to 240 min. of certified fire resistance. Its non-combustible composition ensures durability, compliance with international fire safety standards and exceptional performance across diverse applications.
