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Cost and Time Saving


Spray foam insulation provides insulation R value and Vapor barrier in a single step, saving time and reducing the material needed. This is the only way to truly provide you with the most value from their insulation costs.

Pink Insulation vs. Spray Foam Insulation:


Pink Insulation

  • Installation - R20 value
  • After 5 years - R10 value
  • After 15 years – R8
  • Pink Insulation will sag or compress overtime causing void spaces where there is no insulation.
  • If the insulated area is penetrated and moisture seeps in, pink insulation will hold the moisture and cause fungal growth.

Spray Foam Insulation

  • R Value stays the same or in some applications will increase
  • Spray foam will stay in place overtime. No sagging or compressing keeping the area insulated year after year.
  • Spray foam will not retain moisture and will not promote fungal growth

Benefits of using a spray foam insulation:

  • Increase R Value, a far tougher insulation in cold conditions.
  • Air/vapour barrier and insulation in one application.
  • Sound dampening.
  • Substantial reduction in energy consumption, up to 50%, reducing carbon dioxide emissions by thousands of tons per year.
  • Reduces potential for water / moisture damage.
  • Prevents condensation.
  • Adds strength to your building.



#100,11602 84 Avenue,

Fort Saskatchewan, AB Canada T8L 0G8

         Office:  780-997-9490      

         Fax:      780-997-9498 

        


Email: info@hunterpowerenergy.com



Copyright © Hunter Power Energy. All rights reserved.

Residential Spray Foam Insulation

#100, 11602 84 Avenue, Fort Saskatchewan, AB   Canada  T8L 0G8
Office:  780-997-9490 Fax:  780-997-9498 Cell:  780-718-9105
Email: 
info@hunterpowerenergy.com

How It Works:


Insulation R Value + Air Seal
When measuring the effectiveness of insulation, R value is the only factor most insulation manufacturers talk about because it’s all they offer. R value measures the ability to limit conductive heat flow (heat transferred through it). But the primary method of heat transfer is not conductive heat flow — it’s air leakage (convection). Air leakage can account for up to 40% of a building’s energy loss, and it cannot be stopped with traditional insulation. R value is important, but an airtight seal is equally important for achieving energy savings.