Guangzhou MQ Acoustic Materials Co., Ltd. is one of the most reliable manufacturers and suppliers of fiberglass suspended acoustic ceiling clouds in China, specialized in providing high quality customized products with low price. If you're going to buy durable fiberglass suspended acoustic ceiling clouds made in China, welcome to get pricelist from our factory.
Fiberglass Suspended Acoustic Ceiling Clouds
Product Introduction
In expansive environments like sports stadiums, performance halls, and lecture venues, installing suspended acoustic panels made of fiberglass from the upper structure yields considerable benefits. These installations effectively curb excessive reverberation, sharpen the intelligibility of speech, elevate the quality of the sonic environment, and achieve a thoughtfully calibrated equilibrium between aesthetic design and functional space utilization.
Aluminum frame acoustic baffle has an interior of fiberglass panel (also called glass wool) wrapped in fabric and an aluminum frame.
When you compare a typical ceiling panel made from fiberglass to one reinforced with an aluminum frame, the latter shows considerably improved mechanical resilience and longevity. As a result, manufacturers can fabricate it in bigger dimensions and install it overhead with a significantly lower chance of sustaining harm. If you opt for a conventional fiberglass slab, excessive sizing tends to make it vulnerable to fissures or fractures. This explains why for spacious settings such as sports stadiums and performance auditoriums, professionals tend to pick aluminum-framed acoustic baffles over standard fiberglass ceiling products.
Product Parameters
|
Item |
Fiberglass Suspended Acoustic Ceiling Clouds |
|
Dimension |
600x600,1200*600,1200*2400mm,customize |
|
Thickness |
20/25/40/50mm |
|
Material |
Yellow or white glass wool |
|
NRC |
0.9 |
|
Flame retardant rating |
EN 13501-A1 |
|
Eco-Friendly |
Class E1 |
Acoustic performance
At a frequency threshold of 500Hz, the aluminum-framed acoustic baffle delivers near-perfect sound absorption, registering a coefficient of approximately 1.0. Increasing the unit's depth significantly enhances its performance across lower frequency ranges. When comparing wall-affixed panels to ceiling-suspended fiberglass baffles, the latter exhibit superior acoustic characteristics. This advantage stems from two factors: absorption occurs on both sides, and an air gap is present within the construction.
Product customization
Since our operational approach revolves around delivering goods tailored to particular installations, we are able to customize our suspended fibrous glass ceiling baffles according to the distinct demands of every assignment. Customization options encompass the size of each unit, its depth, chosen hue, attachment method, and whether the metallic framing is embedded within the board or left visible externally. Beyond supplying the mounting components, we also help determine the optimal arrangement of these fixtures to achieve peak acoustic results, while seamlessly blending the noise-reducing panels into the overarching layout - addressing both practical sound regulation and visual appeal.
Products Description
Reduce the duration of acoustic persistence, minimize recurring echoes, and disrupt fixed interference patterns
Arenas and comparable spaces typically feature elevated ceilings, expansive unobstructed flooring, and an abundance of rigid surfaces. This arrangement causes substantial acoustic reflection, pushing reverberation durations to extremely elevated readings. Positioning overhead fiberglass baffles enables them to soak up mid- to high-range frequencies. Consequently, the RT60 measurement decreases, acoustic decay does not over-persist, and speech or music remains crisp rather than turning muddy or indistinct.
Enhance the intelligibility of verbal communication and elevate the auditory fidelity of musical presentations
Hanging fibrous glass baffles overhead lowers the number of acoustic wave reflections occurring within a space. This action boosts the proportion of direct sound arriving at occupants inside the venue, enhances the Speech Transmission Index (STI), and stops audio from turning muddled or indistinct. When these units are deployed alongside diffusers, they yield exceptional articulation along with a full, enveloping sonic atmosphere that surrounds the listener.
Acoustic energy is absorbed on two surfaces, featuring a remarkably powerful capacity for attenuating sound
Unlike conventional ceiling configurations, hanging fibrous glass panels absorb noise on two faces. Consequently, each unit of area delivers superior sound-management performance. They prove especially effective in expansive, elevated-ceiling environments where constructing a fully uninterrupted overhead plane would prove infeasible or logistically difficult to put into place.
Visual styling and spatial layout planning
Rather than spreading panels across every section of the overhead area, you simply position them within selected portions. This method preserves the original ceiling elevation while maintaining a streamlined, contemporary look. Overhead-suspended fibrous glass acoustic units feature sharp, well-defined edges that convey a more refined character. Their configuration can follow parallel rows, undulating curves, or geometric shapes to enhance the room's aesthetic attractiveness. Their positioning may also be relocated as needed - accommodating structural girders, lighting fixtures, and HVAC outlets.
Product installation
For setting up fibrous glass overhead acoustic panels, the standard procedure involves either suspending them beneath a support beam framework via steel cables, or attaching them straight onto the beams using threaded fasteners. They may be positioned in three typical orientations: flat, upright, or at a forty-five-degree slant. The eventual mounting technique can be adapted to suit every project's unique specifications. When required, we are also able to furnish customized attachment hardware and pre-manufactured openings.
Project Cases
Senior high school swimming pool
Opting for white material along with a flat, side-to-side mounting setup gives the space a more uncluttered appearance and makes the room feel lighter and more open. This combination also cuts down noticeably on any sound coming from water sources.
Auditorium
The venue was incredibly large, with a roof that sat extremely high above the floor. As a result, a huge number of suspended fiberglass ceiling baffles were needed. On top of that, the installation rules were very strict - no hanging by ropes or cables was permitted, so every unit had to be fastened directly to the support structure using screws. There were also very specific size constraints: if any piece became too long, the aluminum framing would easily bend or lose its shape.
University Indoor Conference Hall
This entire conference hall started out as a basketball gym, so naturally the interior is quite vast. Up above, they installed hanging baffles made of fiberglass. That change significantly upgraded the room's auditory characteristics - reducing the typical reverberation found in such athletic spaces and simultaneously elevating the overall sound environment for meetings and presentations.
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