A Homeowner Can't Afford To Settle For Less

When building a new home you can't afford to shortcut on the insulation. Because of the high insulation R-values of RAY-CORE SIP panels, along with the tightness of their joints, savings in energy costs are significant over the life of the structure. Studies show that owners can save up to 40% on heating and cooling costs every year. With savings like that you will be putting money back in your pocket in less than three years.

A Few Facts You Might Want To Know

  • Energy efficiency is not on the "wish list" for home buyers today—it is on the ‘MUST’ list.
  • A Neilsen US National Poll cited Energy Efficiency as America's #1 Housing Concern
  • Consumers spend over 241 billion each year on energy for home use.
  • Heating and cooling account for almost half ot the average home's utility costs.
  • A typical U.S. family spends about $1,900.00 per year on utility bills.
  • US Residential electricity prices have increased at a rate of 10-11% per year since 2006, and have recently grown to an increase of 13%.
  • DOE states that homeowners may be able to reduce their energy bills from 10% to 50% by taking certain steps - One of the major steps being additional insulation!
  • To read more about these facts see: U.S.Energy Star Recommends Home Insulation R-Values, National Association of Realtors article titled: Buyers Ready to Spend on Green?

How Much Will This Cost Me?

Home Size

Avg. Heating bills/month without RAY-CORE

Avg. Heating bills/month with RAY-CORE. Savings/year with RAY-CORE Added cost of R42 panels. Number of years till payback (ROI)
1000 sq feet $90 $54 $432 $900 2.1 Years
1500 sq feet $135 $81 $648 $1350 2.1 Years
2000 sq feet $180 $108 $864 $1600 2.1 Years
2500 sq feet $225 $135 $1080 $2000 2.1 Years
3000 sq feet $270 $162 $1296 $2250 2.1 Years
3500 sq feet $315 $189 $1512 $2625 2.1 Years
4000 sq feet $360 $216 $1728 $2800 2.1 Years
4500 sq feet $405 $243 $1944 $3150 2.1 Years
5000 sq feet $450 $270 $2160 $3500 2.1 Years

RAY-CORE will pay for itself in less than 3 years. Now that’s an affordable green product that makes sense. NOTE: This table uses a tested 40% energy savings. This is for comparison use only and does not constitute a guarantee or guaranteed savings. Read More.

Real R-Values Of Different Insulations

As with any insulator (cellulose, fiberglass, polyurethane, and polystyrene a.k.a. EPS or XPS,) as the air temperature drops the R-value increases. As the air temperature raises the R-value decreases. It is important that when you see an R-value you know at what temperature the product was tested. The apples to apples R-value ASTM C518 comparison is 75°F. If you live in a colder climate, you may be more concerned with comparing the 50°F or even 20°F R-value of the insulators you are considering as many products R-values drastically decrease as the temperatures drop. RAY-CORE's high density closed cell polyurethane foam is the best performing insulator on the market for cold climates! Equally, it is a standout in hot climates as well! The per inch R-values below are in accordance with the ASTM C518 Standards at 75°F.

*R-VALUES AT 75°F R-Value/ Inch R-Value 2x4 (3.5") R-Value 2x6 (5.5") R-Value 2x8 (7.25")
RAY-CORE Polyurethane Foam 7 24.5 38.5 50.7
Icynene Spray Foam 5.8 20.3 31.9 42.0
Extruded Polystyrene  (EPS) 5.0 17.5 27.5 36.2
Expanded Polystyrene (XPS) 4.0 14 22 29
Fiberglass Batts 3.2 11.2 17.6 23.2
Cellulose 3.5 12.25 19.2 25.3
Wet-Spray Cellulose 3.4 11.9 18.7 24.65
Blown-in Fiberglass 2.4 8.4 13.2 17.4

Choosing The Right Contractor For The Job

Innovative contractors love our product! RAY-CORE utilizes standard building practices that have been proven for hundreds of years (rafters for roofs, double top plates, single bottom plate, headers, king studs, and trimmers for walls). Because RAY-CORE is improving standard building practices and not “reinventing the wheel” no special tools or training are needed to use this energy saving roof panel, wall panel and insulated header system. Just choose your favorite contractor.

Here are five questions you might ask yourself and the contractor before you commit to a builder:

1. Is this builder just trying to sell me a house and not a home?
2. Does this builder care about my long term utility bills?
3. Do they poo-poo energy efficiency and tell you it’s not worth the effort?
4. Ask them to describe some of the energy savings strategies that they have used on recent jobs.
5. Are they more worried about how much they are going to make rather than your desires?

Remember, It's Your Home, It's Your Money...

You're In Charge, Not the Builder!