FAQs

What is BioBased 501?

What makes BioBased Insulation so effective?

How does BioBased Insulation save consumers money?

How does BioBased Insulation control indoor air quality and comfort?

How does BioBased Insulation control moisture movement and condensation?

What is the R-Value of BioBased Insulation per inch?

What is the R-Value of a BioBased insulated wall or ceiling?

What is the flame spread and smoke development of BioBased Insulation?

What is the difference between open and closed cell foams?

Does BioBased Insulation adhere to metal or wood studs?

How is BioBased Insulation installed?

Does BioBased Insulation cause any electrical wiring overheat problems?

Is BioBased Insulation corrosive to metals?

Are there any compatibility concerns with other building materials?

Does BioBased Insulation support bacteria of fungal growth?

How long does BioBased Insulation last?

How long does it take for BioBased Insulation to cure?

Does BioBased Insulation contain formaldehyde?

Since BioBased 501 is made from soybeans, does it create a problem with rodents and insects eating the insulation?

At what stage is BioBased Insulation installed?

Can homeowners install BioBased Insulation themselves?

What happens if the owners want to add an electrical outlet once BioBased Insulation is installed?

Who named BioBased 501 "Outstanding Green Product of the Year?"

What is EnergyStar?

How long has BioBased Insulation been around?