DEBO® Compact FireX A2

In modern architecture, fire safety is paramount. The selection of fire-resistant decorative panel materials plays a critical role in safeguarding lives, minimizing property damage and ensuring compliance with stringent safety regulations. As public building spaces such as hospitals, cleanrooms, schools, shopping malls and transportation hubs accommodate large numbers of people daily, integrating fire-resistant materials into their design increasingly becomes an essential standard.

Safety First

DEBO® Compact FireX A2 is a high-performance, Compact Laminate high density panel, designed for fire safety. With a density of ≥1350 kg/m3, it features a unique blend of 30% natural wood fibers and 70% ultra-highly active inorganic materials. Engineered through advanced pressing techniques at high pressure and temperature, it meets A2 fire classification standards EN13501-1 and A with ASTM E84, ensuring both durability and fire resistance for various applications. The panel surface is decorative colored paper infused with anti-bacterial melamine resin, seamlessly merging high aesthetics with exceptional core performance.

Colours

Dimensions

Sizes

1220*2440
1220*3050

Thickness

6/8/10/12

Test report

Material properties

Length / Width Tolerance

+10 mm (EN438-6)

Flatness

≤5 mm/m (EN438-9)

Fire Resistance

A2-s1,d0 (EN13501-1)

Scratch resistance

Grade ≥3 (EN438-2.25)

Flexural strength

≥30 N/mm2 (ISO 178)

E-Module

≥6000 N/mm2 (ISO 178)

Density

≥1.35 g/cm2 (EN ISO 1183-1)

Test results

Resistance to impact
(falling ball)

≤10 mm (EN438.2-21)

Thickness swelling 24 hours

0.6 % (EN317)

Water vapour permeablity

<3.2 m (EN12572)

Dimension Stability at
Elevated Temperature

Lenth: 0.14 % (EN438-2.17)
Width: 0.14 % (EN438-2.17)

Thermal conductivity

0.43 W/(m.K) (EN12664)

Resistance to dry heat

Grade 5 (EN438-16)

Resistance to wet heat

Grade 5 (EN438-18)

Resistance to staining

Grade 5 (EN438-26)

Formaldehyde emission

≤0.1 ppm (ISO 16000)

TVOC

0 mg/m2 (ISO 16000)

Antibacterial

≥99 % (JIS28001)