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Description

It makes use of the high Micro edge glass fiber comprises a high-density glass wool panel covered with painted glass wool tissue for decorative ceiling effect. It shall have a noise reduction co-efficient of greater than 0.90, light reflection of over 85%, density of 100kg/m3, humidity resistance of 95% to be laid on exposed 15mm G.I. powder coated grid system. It is widely used in environment has high sound absorption requirement, such as theatre, Cinema, Auditorium, Gymnasium, Library, School, Hospital, Office building, Shopping centre etc. With its high sound absorption features, it effectively improves the quality of people’s working and living, influence people’s psychological and physical well beings. It is a high class and novel suspended ceiling product. Available in different sizes.

 

Performance

• Strength: the composited product combines the advantage of plasterboard and fiberglass board, with higher strengths than mineral wool plates.
• Fire proof: A-grade incombustibility grade
• Sound absorption: higher than plasterboard and mineral wool ceilings.
• Water resistance: The tile does not transform, distort, yellowing and discoloration while immersing in water.
• Weight: light weight, easy handling.
• Design: Various designs can be applied on the surface, overcoming the shortness of single surface pattern of mineral wool ceiling
• Size: 600×600 (595×595), 600×1200, 1200x1200mm
• Thickness: 15/20 mm
• Color: white, Black
• NRC = 0.95

Acoustics Test for Noise Reduction Co-efficient:-

Test Result
Frequency/Hz	100	125	160	200	250	315	400	500	630
Absorption Coefficient αs	0.72	0.52	0.84	1.04	1	0.88	1.12	1.12	1
Frequency/Hz	8000	1000	1250	1600	2000	2500	3150	4000	5000
Absorption Coefficient  αs	0.8	0.92	1.04	0.96	1	1.04	1.04	1	1.16
NRC  = 0.95

 

In these products sound waves do not produce reflections on the surface, which can effectively control and adjust the indoor reverberation time, reduce noise, the improve sound quality. In addition of that, it is extremely light weighted, assist in reducing labour cost whilst handling.