Fireproof dropped acoustical ceiling tiles Lay In for building Suspended Ceiling tiles 2x4

Fireproof Lay In Ceiling Tiles , Acoustic Suspended Tiles for Ceiling 2 x 4
 
Lay-in Square Ceiling, office building, railway station, airport
 

Lay in square ceiling widest applicable among all type of ceiling with outstanding advantages. Plain or pattern can be selected according to the actual requirement. Lay in system which is concealed, steady structure, flat surface, could be both used as ceiling and wall panel.

Product details
 
1. Product code: PD6012T
2. Color: Traffic white, 
3. Dimension: 600 x 1200mm
4. Surface finishing: Akzo Nobel powder coating
5. Material: aluminum alloy
6. Thickness: 0.9mm, 
7. Shape: Rectangle, 
8. Perforate: Perforated Ø3.0 diagonal,
9. Warranty: 8-10 years
 

Features
 

1,light weight,good quality,high strength
2,good weather resistance and corrosion resistance
3,processing technology is good,can be processed into a flat,curved and spherical shspe

of a variety of complex

4,color optional wide,decorative effect beautiful
5,easy to stain,easy cleaning,maintenance 
6,easy installation and custruction is environmentally-friendly

 
Accessaries:
 
Lay - in Square Ceiling is with professional mold design, even panel surface, distinct edges & lines, and clear & concise. All of these create a pleasant visual space.
 

 
 
Application:
 
Industrial and civil buildings, special buildings, building curtain wall, interior partitions, suspended ceiling, wall, airport, bus station, museum, opera house, exhibition hall, shopping centre, conference hall, bar etc.

 
Installation:
 
OUSILONG lay - in square ceiling features flat surfaces effect, beautiful & concise lines, class A2 fireproof, nice moisture proof and easy for installation. It won’t produce harmful gas & substance, no harm to people.  No fade in washing, no deformation. The ceiling is easy to saw or cut into special shape, and convenient to  maintain. High installation accuracy & tight joint gap make its coefficient of sound insulation reaches 0.5~0.82AS.