ACOUSTICS CONTRACT 2016/2017 51 Company: Aural-Aid Pte. Ltd. Contact: +65 6635 7638 Website: www.auralaid.com E-mail: hello@auralaid.com Registration No. : 201306106M Address: Oxley BizHub 1, 65 Ubi Road 1, #04-36, Singapore 408729
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FABRIX Specifications: 1. Profile: Front Load, Front Load (Low-leg) 2. Material: Unplasticized Polyvinyl Chloride 3. Standard Dimension: 30mmH x 35mmW x 2000mmL 4. Standard Thickness: 2mm 5. Eco-Friendly Test: EN 1122:2001 6. Fire-Rated Test: ASTM E84 Class A FABRIX is a fabric system that uses proprietary plastic tracks to construct acoustic panels. Our fabric system utilizes unplasticized polyvinyl chloride tracks as the backbone of the fabric panels. The tracks hold the fabric and the sound absorbing substrate (such as high-density fibreglass or mineral wool) in place. Many acoustic panel designs and patterns can be achieved with FABRIX. The tracks can be curved and cut to size to work with walls, ceilings, and pillars. 3D shapes and patterns can also be implemented with our fabric system. FABRIX is tested to be eco-friendly and suitable for most building fire code. 1
B) Installation INSTALLATION: FABRIX 1. Mark out placement of acoustic panels, and take into consideration positions for M&E. 2. Cut tracks to size according to marked out panel positions. 3. Install tracks with construction adhesive, and screws or nails. 4. Install acoustic substrate as infill. 5. Cut fabric to panel size with 25 mm excess on each side. 6. Tuck fabric into jaws of track ensuring surface is taut and even. TOP LOAD (LOW LEG) R1.59 9.00 30.00 2.16 0.76 20.00 45.00 35.00 R0.76 5.00 TOP LOAD (TAPERED) R1.59 0.76 16.80 45.00 30.00 2.16 23.50 R0.76 35.00 5.00 A) Preparation 1. Calculate amount of tracks required. 2. Use Top Load (Low Leg) for perimeter tracks and Top Load (Tapered) for middle tracks. 3. Place of installation must be dry. 4. Humidity level should be kept between 40% to 60%. 5. Use a lint roller to clean the fabric for maintenance. C) Installation System 1. Top Load (Low Leg) is used as perimeter track 2. Top Load (Tapered) is used as middle track 1 2 3 Air nail or screw tracks onto wall Install fiberglass wool onto the wall Tuck in fabric with putty knife or fabric roller 2
TIMBERIX WOODEN GROOVED PANEL Pattern 13-3 Pattern 14-2 Pattern 28-4 TIMBERIX wooden grooved panels reduce echoes by trapping and diffracting sound in the grooves and perforation found on the surface. The sound that passes through the perforation is further absorbed by an acoustic substrate such as fibreglass or mineral wool, which reduces reverberation in the room. Smaller grooves are better at attenuating high frequency sounds, whereas larger grooves are better at controlling low frequency sounds. Our wooden grooved acoustic panel is made up of a series of slats and grooves. Each panel has a machined tongue and groove joint for a seamless joinery. TIMBERIX wooden grooved panels come in 4 different patterns: 13-3, 14-2, 28-4, 59-5. The first number refers to the slat size (mm) and and second number refers to the groove size (mm). The surface comes in 4 types of finishing: paint, melamine, PP, and veneer. The base material can be made of MDF, fire-resistant MDF, eco-friendly MDF, black MDF, 3-layer composite, 5-layer composite or OSB. Specifications 1. Structure: Base Material, Finishing & Fleece 2. Material: E1 MDF, FR MDF, MgO Composite Board, etc. 3. Finishing: Paint, Melamine, PP, Veneer, etc. 4. Standard Dimension: 2440*192mm, 2440*128mm 5. Standard Thickness: 12mm, 15mm,18mm 6. Standard Pattern: 13-3,14-2, 28-4, 59-5 7. Eco-Friendly Test: EN 13986, E1 8. Fire-Rated Test: ASTM E84-12a Class A, BS476 [Part 7] Class 1 OSSB Fireproof MDF Normal MDF E1 Ecofriendly MDF Black MDF 5-layer Composite panel 3-layer Composite panel 3
INSTALLATION: TIMBERIX WOODEN GROOVED PANEL B) Installation 1. Mark out placement of TIMBERIX panels, and take into account M&E positions. 2. Cut panels to size according to final positions. 3. Decide on type of installation system to use. 4. Install acoustic substrate of choice. 5. Join TIMBERIX wooden grooved panels from top-to-bottom, and left-to-right. 6. For wood laminate and veneer finishes, ensure that wooden grooved panels are installed with matching grain directions. 7. Clean surface of the TIMBERIX panels with compressed air and gently wipe with dry cloth. C) Installation System 1. Steel keel system 2. Wooden batten system A) Preparation 1. Place of installation must be dry, with temperature no less than 10 degrees Celsius. 2. Humidity level should be kept between 40% to 60%. 3. TIMBERIX panels must be placed on site for at least 48 hours in order to adapt to the environmental conditions. 4. Distance between each wooden batten should be less than 5 00mm, and that between each steel keel should be no more than 600mm. AA03 Wooden Grooved Acoustic Panel Sound Absorption Wool AA02 AA01 AA03 AA02 AA01 AA02 1. Installation accessories AA03 AA01 Wooden Batten AA03 Distance < 600mm 2. Fix AA01 keel on wooden battens Sound Absorption Wool Distance < 600mm 3. Use sound absorption wool as padding AA02 Wooden Batten 4. Fix AA02 and AA03 clips in a line 5. Start to install panels 6. Install another line of panels Cross-section Structure Installation: Steel Keel System 4
TIMBERIX WOODEN PERFORATED PANEL Specifications 1. Structure: Basic Material, Finishing & Fleece 2. Material: E1 MDF, FR MDF, MgO Composite, etc. 3. Front Surface: Melamine, PP, Wood Veneer, Paint, etc. 4. Standard Dimension: 600mm x 600mm, 600mm x 1200mm, 1200mm x 1200mm, 1200mm x 2400mm 5. Standard Thickness: 12mm, 15mm, 18mm 6. Distances of Two Holes: 8/8mm, 16/16mm and 32/32mm 7. Diameter of Holes: 1, 2, 3, 4, 5, 6, 8,10, 12mm, etc. 8. Standard Patterns: 8/8/1, 16/16/3, 16/16/6, 32/32/6, 32/32/8, etc. 9. Hole Arrangement: Linear (E), Staggered (V) 10. Eco-Friendly Test: EN 13986, E1 11. Fire-Rated Test: ASTM E84-12a Class A, BS476 [Part 7] Class 1 TIMBERIX wooden perforated panels is made with a 2-layer perforation structure, which traps and diffracts sound in the holes. The sound that passes through the perforation is further absorbed by an acoustic substrate such as fibreglass or mineral wool, which reduces reverberation in the room. The perforation comes in many sizes ranging from 1mm to 25mm. Smaller holes are better at attenuating low frequency sounds, whereas larger holes are better at reducing high frequency sounds. Our wooden perforated acoustic panel is made up of a series of perforations. Each panel has a machined groove joint for either a seamless or gap joinery. TIMBERIX wooden grooved panels come in 8 standard patterns: E4/4/1, E8/8/1, E16/16/3, E16/16/6, E32/32/6, V16/16/6, V32/32/6, and V32/32/8. The first alphabet refers to the hole arrangement (E is linear and V is staggered), the second pair of numbers refer to the distance between the two holes, and the last number refers to the hole diameter. The surface comes in 4 types of finishing: paint, melamine, PP, and veneer. The base material can be made of MDF, fire-resistant MDF, eco-friendly MDF, black MDF, 3-layer composite, 5-layer composite or OSB. 5
INSTALLATION: TIMBERIX WOODEN PERFORATED PANEL Pattern: 8-8-1 Micro Holes 8mm Pattern: 16-16-6 8mm C) Installation System A) Preparation 1. Place of installation must be dry, with temperature no less than 10 degrees Celsius. 2. Humidity level should be kept between 40% to 60%. 3. TIMBERIX panels must be placed on site for at least 48 hours in order to adapt to environmental conditions. B) Installation Wooden panels expand and contract with changes in humidity and temperature. We strongly recommend using Installation System I (with gap) to prevent buckling of panels. Installation System I (with gap) 1 2 3 AA05 AA04 Wood Strip Cross-section Structure 1. Mark out placement of TIMBERIX panels, and take into account M&E positions. 2. Decide on type of installation system to use. 3. Install acoustic substrate of choice. 4. For wood laminate and veneer finishes, ensure that panels are installed with matching grain directions. 5. Clean surface of the TIMBERIX panels with compressed air and gently wipe with dry cloth. Installation System II (without gap) 1 2 3 AA05 AA04 Cross-section Structure 6
WOOLYX WOOLYX wood wool panels are made from recyclable wood fibres, cement, and water. It is environmentally friendly and formaldehyde free. The wood wool panels absorb sounds and gives aesthetics and environmental friendliness in an acoustic environment. Specifications: 1. Material: Recyclable wood fibres in cement matrix 2. Standard Dimension: 300 x 300mm, 600 x 600mm 3. Standard Thickness: 25mm, 50mm 4. Eco-Friendly Test: EN 13986, E1 5. Fire-Rated Test: ASTM E84-12a Class A, DIN EN 13501 B-s1,d0 WOOLYX wood fibres are sound absorbent, and the cement matrix has high moisture diffusion and air permeability. This allows the wood wool panel to even out the relative humidity (RH) in the environment. 7
POLYX POLYX Polyester Board is made by a process of tumbling, needle-punching, and baking low and high melting-point polyester fibres. The high-density fibrous network absorbs sounds and reduces reverberation. POLYX Polyester Felt is made with only high melting-point polyester fibres, which gives a softer touch and a vibrant colour. The Polyester Felt can be laminated on top of the Polyester Board. POLYESTER BAFFLE Specifications: 1. Material: Polyester Wool, Polyester Board, Polyester Felt 2. Standard Dimension: 2440mmW (Polyester Felt & Polyester Board), 1220mm x 2440mm (Polyester Wool), 600mm x 1200mm (Polyester Baffle) 3. Standard Thickness: 25mm, 50mm (Polyester Wool), 3mm, 9mm, 18mm (Polyester Board), 3mm (Polyester Felt) 4. Eco-Friendly Test: Oeko-Tex Standard 100 5. Fire-Rated Test: EN 13501-1 Class B, Smoke Classification S1, Flaming Droplet Classification d0 6. Acoustics Test: ISO 354-2003 NRC = 0.3-0.75 POLYX Baffles are acoustic panels hang vertically on the ceiling to absorb echoes. Our polyester baffles come in a basic black and white polyester wool finish, or a luxurious coloured felt finish. We recommend hanging each POLYX baffle approximately 300mm away from one another for good sound absorption. 8
CUBIX CUBIX is a modular acoustic panel that can be assembled together to make a feature wall. The panel is made with eco-friendly polyester and felt. Specifications: 1. Material: Polyester Board, Polyester Felt 2. Standard Dimension: 250mm x 250mm x 60mm (Size A), 500mm x 500mm x 60mm (Size B), 400mm x 600mm x 45mm (Size C), 540mm x 900mm x 45mm (Size D), 600mm x 600mm x 74mm (Size E) 3. Eco-Friendly Test: Oeko-Tex Standard 100 4. Fire-Rated Test: EN 13501-1 Class B, Smoke Classification S1, Flaming Droplet Classification d0 5. Acoustics Test: ISO 354-2003 NRC = 0.3 For more information, refer to our CUBIX catalogue. 9
ABSORBEX ABSORBEX is our range of polyurethane and melamine acoustic foam. The fire-rated foam density is engineered based on airflow resistivity data. Specifications: 1. Profile: Flat, Wedge, Pyramid 2. Material: Polyurethane Foam, Melamine Foam 3. Standard Dimension: 600mm x 600mm, 1200mm x 1200m 4. Standard Thickness: 25mm, 35mm, 50mm, 60mm, 100mm 5. Density: 25km/m3, 40kg/m3 6. Eco-Friendly Test: Oeko-Tex Standard 100 7. Fire-Rated Test: ASTM E84-12a Class A 8. Acoustics Test: ASTM C423-90a and E795-92 NRC = 0.5-1.0 Flat Foam Flat shape provides basic sound absorption for low-high frequencies. Available in thickness of 25mm, 50mm, and 100mm. Sound Absorption Coefficient 1.3 1.2 1.1 1.0 0.9 0.8 0.7 0.6 0.5 0.4 0.3 0.2 0.1 0.0 100 125 160 200 250 315 400 500 630 800 1000 1250 1600 2000 2500 3150 4000 5000 Frequency/Hz 2 Flat Foam 2 Wedge Foam 2 Pyramid Foam Sound absorption coefficient graph of ABSORBEX polyurethane acoustic foam based on ASTM C423-90a of 2 thick profiles. Wedge Foam Wedge shape has increased surface area for absorption of mid-high frequencies. The wedge profile comes in 25mmL x 25mmH and 25mmL x 50mmH dimensions. The total thickness is 35mm and 60mm respectively (inclusive of 10mm base). Pyramid Foam Pyramid shape has the most surface area for absorption of mid-high frequencies. The pyramid profile comes in 25mmL x 25mmW x 25mmH and 50mmL x 50mmW x 50mmH dimensions. The total thickness is 35mm and 60mm respectively (inclusive of 10mm base). 10
SOUNDPROOFING High-density fibreglass wool absorbs noises through particle velocity attenuation. The sound waves are converted to heat energy when they pass through the microfibres of the glass wool substrate. Fibreglass wool is made from melting glass at a high temperature and spinning the molten glass at a high speed to form glass fibres. The process is similar to how cotton candy is made. Soundproofing or technically, sound isolation, can be achieved by decoupling structures, dampening vibrations, and adding mass. A RWAR Room Within A Room construction is the best method to isolate any sounds. Acoustic glue dampens vibration due to the viscoelastic nature of the glue. The compound s unique properties act as a damping material to dissipate the vibrations caused by sound waves as they travel through ceilings, walls and floors. Green Glue Noiseproofing Compound is non-hazardous, environmentally-responsible, and has practically no odour. 11
12 WOOD SWATCH FABRIC SWATCH 56 55 54 53 52 52 52 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 09 08 07 06 05 04 03 02 01 49 48 46 47 45 44 43 56 55 54 53 52 52 52 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 09 08 07 06 05 04 03 02 01 49 48 46 47 45 44 43
FOAM SWATCH FLOCKING SWATCH SW-30 N-30 SW-3 N-6 SW-2 N-2 1 2 3 4 SW-17A N-17 SW-17 N-23 SW-20A N-20A 5 6 7 8 SW-10 N-15 SW-28 N-29 N-5 SW-13 1. Yellow 5. Mandarin 2. Cyan 6.Burgandy 3. Purple 7. Grey 4. Black 8. Charcoal SW: Fire-rated flocking N: Normal flocking Pantone colours upon request 13
POLYESTER SWATCH FELT SWATCH 01 02 03 04 05 06 07 08 09 10 11 12 13 14 01 02 03 04 05 15 16 17 18 19 20 21 06 07 08 09 10 22 23 24 25 26 27 28 11 12 13 14 15 29 30 31 32 33 34 35 16 17 18 19 20 36 37 38 39 40 41 42 43 44 51 45 14