loading

PRANCE metalwork ni mtengenezaji anayeongoza wa dari ya chuma na mifumo ya facade.

Bidhaa
Bidhaa

How do different core materials affect ACP panel performance?

The core material in ACP panels dictates key performance attributes. Standard polyethylene (PE) cores offer cost-effective, lightweight panels but have poor fire resistance. Fire-retardant (FR) cores blend PE with mineral fillers, enhancing flame resistance to meet Class B/BS1d0 ratings. Non-combustible mineral cores (A2) eliminate polymer content entirely, achieving top fire performance (EN 13501-1 A2).


How do different core materials affect ACP panel performance? 1

Beyond fire, denser mineral cores improve rigidity, reducing deflection under wind or seismic loads—beneficial for large spans. They also enhance acoustic insulation and thermal resistance, with higher R-values per panel. However, mineral cores add weight and cost.


FR cores strike a balance: moderate fire rating, improved stiffness over PE, and manageable weight. For interior ceilings where fire risk is lower, FR or PE cores suffice, especially when paired with acoustic infill. Exterior high-risk façades demand mineral cores despite higher installation loads. Selecting core material requires assessing fire codes, structural demands, and acoustic or thermal targets—PRANCE guides these decisions through project-specific analysis.


Kabla ya hapo
How does panel orientation affect visual consistency on facades?
How do ACP panels perform in seismic zone constructions?
ijayo
Hupendekezwa kwako
Hakuna data.
Unavutiwa?
Omba simu kutoka kwa mtaalamu
Tengeneza suluhisho bora kwa dari yako ya chuma & miradi ya ukuta. Pata suluhisho kamili kwa dari ya chuma iliyoboreshwa & miradi ya ukuta. Pokea msaada wa kiufundi kwa dari ya chuma & muundo wa ukuta, ufungaji & marekebisho.
Je, unavutiwa na Bidhaa Zetu?
Tunaweza kubinafsisha michoro ya usakinishaji mahususi kwa ajili ya bidhaa hii kwa ajili yako. Tafadhali wasiliana nasi.
弹窗效果
Customer service
detect