| Our insulation fibers absorb
sound energy instead of reflecting. This reduces reverberation
time and makes speech and music more intelligible, while eliminated
unwanted background noise. Our applications greatly improves
ambient sound quality in a wide variety of building projects
including auditoriums, sports facilities, televisions and
sound stages, convention halls, and parking garages.

Click
here for Acoustical Case Study (VT2 case study)
All of our work is fully
warranted, and our technicians are highly trained in the
latest methods. Our reputation has earned us the trust of
customers such as:
- The Houston Astrodome
- Channel 11 (KHOU) Studios
- Channel 55 (The Tube)
- La Strada
- NASA – TV Studio
- Houston Gymnastic Academy
- YMCA – Post Oak /Baytown
- “The Evening Star” – Movie Set
- Mark’s American Cuisine
- Second Baptist Church
- Raven Grill
- Café Express & Café Annie
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Clark's Recording Studio
(Pressure fill walls to reduce sound)
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La Strada - San Felipe
(Spray on ceiling to reduce sound) |
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Shade
Restaurant
(Sona Spray to ceiling to reduce noise) |
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Greenwood King Realtors
(Sona Spray to ceiling to reduce sound)
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Tremont Towers
(Cotton Batts to stop sound transfer)
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Houston Gymnastics
(K13 to deck to reduce sound) |
 K-13
is made from natural recycled fibers that have been chemically treated to add
resistance to fire, mold and mildew. It's cotton-like texture and wide variety
of standard and custom colors enable K-13 to be used as an attractive surface
finish in both new construction and renovation projects. Its acoustic advantages
significantly improve ambient sound quality in key projects such as auditoriums,
sports facilities, detention facilities, television and sound studios, convention
centers and parking garages.
SonaSpray "fc" is
a spray-applied acoustical texture that has also been designed for a wide range
of projects. It provides an attractive, high-performance solution to acoustical
and lighting design objectives in both new construction and bonds to virtually
all common construction materials, including sheetrock, plaster, wood, metal
and concrete. Combined with the patented adhesive, it provides a strong, durable
and resilient surface that resists impact and abrasions without the cracking
or spalling that are typical to cementitious or plaster-based materials.
Celbar
is a spray-applied insulation product for residential or commercial use. It is
a blend of specially prepared cellulose fibers which are organic in nature and
treated for adhesion and fire resistance. When sprayed in place, the interlocking
fibers result in a mass which produces exceptional sound and thermal properties.
As Celbar is applied to wall and floor/ceiling cavities, it forms a monolithic
coating which seals cracks and holes in the wallboard, around plumbing and electrical
outlets, vent ducts and other irregularities. This enables Celbar to significantly
reduce the infiltration of air and sound, increasing the thermal and acoustic
performance. A notable advantage of the Celbar system is its STC performance.
Because of the monolithic coverage and sealing action, Celbar assemblies perform
closer to lab-tested STC ratings in the field than conventional batt and sound
board systems.
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Controlling
sound and noise transmission through walls, ceilings, and floors can be a challenge
in designing and building a project. UltraTouch offers an extremely high Noise
Reduction Coefficient (NRC) to effectively reduce airborne sound transmissions
including traffic, airplanes, radio, television, and conversation. The cotton
batts produce a 3D infrastructure that traps, isolates, and controls sound waves.
The result is a quiet comfortable environment between rooms, walls, and floors.
Natural Cotton Fiber Insulation provides maximum R-Value performance and maintains
strong thermal protection. Further more, UltraTouch Cotton Batts are environmentally
safe, mold resistant, class A fire rated, and easy to use.
For more information, please visit bondedlogic.com/press.htm.
UltraTouch, Superior Air Duct products, Celbar
and/or K-13 can be used in combination with each other to deliver the noise reduction
and sound transmission and thermal problems often found in today’s homes
and buildings. |
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