A I V
Acou-Insul-Vision, Inc.
No. 46 Lane 16, Guohua St.
Chiayi 60068
TAIWAN

E-Glass Mats
High Silica Mats
Basalt Mats
High Silica Fabrics
Chopped Open Fiber
Fiberglass Fabrics
           

“made to withstand the forces of nature…”

AIV fiberglass products will endure the greatest challenges they encounter.

They

  • shield against extreme temperatures and loud noises
  • offer high mechanical strength and are resistible to cracking, breaking, and splitting
  • are incombustible and do not support fire
  • do not rot and resist insects and rodents

 

Needled E-Glass Mat (Nonwoven)

Our E-glass needled mat is a mechanically bonded glass fiber insulation blanket of uniform density supplied in thicknesses of 1/8" , 1/4 ", 1/2", and 1" that offers reliable, superior performance for continuous operating temperatures up to 1000°F (500°C) and excursions to 1200°F (650°C). (more details…)

Needled Basalt Mat (Nonwoven)

For applications that fall in the temperature range between e-glass and silica mats, basalt mats are the perfect solution. They can endure continuous operating tempertures up to 1300°F (700°C) and excursions to 1800°F (980°C). (more details…)

 

Needled High Silica Mat (Nonwoven)

Our High Silica Mat is a high performance nonwoven mat with a SiO2 content of 96% to 99%. Due to its outstanding low heat conductivity it used for thermal insulation and heat protection where severe temperature conditions up to 2300°F (1250°C) exist. (more details…)

Chopped Fiberglass Strands

Our chopped strands are made from continuous fiberglass yarns which are cut at a customer specific length (between 1.5” and 6.0”). (more details…)

 

Fiberglass Roving

We offer a variety of different fiberglass roving types suitable for your specific application. (more details…)

 

Chopped Strands

Chopped strands are made of continuous E-glass fibers chopped in a customer length of 3 to 25mm. (more details…)

 

Chopped Strand Mat

Chopped Strand Mat is a non-woven reinforcement material. It is made by cutting continuous roving, randomly dispersing the short strands, and bonding them into a thin sheet. (more details…)

       
     
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