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Thank you Dr. Joseph Lstiburek for writing the book(s) that all of these people have read in order to produce such a fine webinar.

Hi, I am researching ICF, and your IMP caught my eye. HOWEVER: Do not tax my time (an HOUR) to hear about your locations and talking head stuff, it is in YOUR INTEREST to put your point up front if you are selling something. Be aware the Internet (and much worse in RUclips) there are competing BS, eat up your day, meaningless, spurious, specious, made up, videos. Also, persons who one-off talk endlessly and fail to EVER GET TO THE POINT. My take: You want to persuade, sell, invite, entice? Cut your one hour to two minutes with links to the relevant sub-topics. If your subject is Insulated Metal Panels, that is the two minute segment. Again, if RUclips were efficient, maybe this gaffe wouldn't stand out so sorely.

Are you kidding me? No one wants to hear your perv-frences. Keep it to yourself.

didnt expect the jump scare at the start of the video

Aesthetic nightmare

Enjoyed the presentation, but the intro was a bit tedious.

These are some useful insights,thankyou @Acelabusa

Just to clarify a few things about the edge spacers used in IGU systems. First, low conductance does include stainless steel and partial metallics as well as the fully non metallics, so not just the various foam products can make the claim of "low conductance". Superspacer, the most widely used non-metallic available in North America, has multiple versions of the basic design, but comparing the warmest variant to the two most common stainless steel spacers currently available results in Superspacer being about .8° warmer than Endur (Cardinal) and 1° warmer than Intercept Ultra (Vitro) spacers in IG systems. In fact, Endur stainless steel is warmer at the edge than at least two of the Superspacer non-metallic variants. TPS or thermal plastic spacer, widely used in European windows, with growing popularity in North America, is about .4° colder than Superspacer at the edge and Technoform, another widely used non-metallic European spacer, is about 2° (2 degrees, not 2 tenths) colder than the best Superspacer variant. (Temperature differences in F and comparisons based on an IGU system installed in a wood clad window with triple silver coating on surface 2 and with exterior temperature of 0°F (-18C) and interior of 70°F (21C) interior.) Despite what some folks suggest, stainless steel spacers do incorporate desiccant in their design. Desiccant is incorporated as part of an IGU systemin order to dry the air (gas) and lower the dew point within the space to a level well below what the window will ever experience in the real world thus eliminating any possibility of condensation within the space even at insanely low temperature extremes (-100F give or take depending on the product and manufacturer).

Great presentation, really enjoyed it.

With all due respect and appreciation to the presenters, because this sort of presentation isn't easy for people who aren't used to the format, awkwardness aside, there were unfortunately a several more or less basic errors in the information as presented.

First time on your chan. Not sure what your chan is about. I’m researching designing my own house and hiring an architect to make it better.

Great presentation, thank you

💐 Promo'SM

So it does a heat load calculation, as well?

Thanks for posting these - this is extremely helpful!

'promo sm'

Thanks for sharing!

🙃 Promo_SM

Good info. Will definitely look into this.