How Insulation May Help Sell Your Home to Millennials

Unless you’re already in your ‘forever home’, you’ll probably be looking at putting your current home on the market. And if you’re reading this, you probably know insulation is important for energy efficiency, lower bills, and improved comfort.  insulation may also be important to selling your home to the largest group of home buyers out there — millennials.

Insulation and Selling Home

Millennials: A New Kind of Buyer

While each home buyer is going to have their own mental checklist when it comes to choosing a house, millennials tend to all have one thing in common — they want a house with proper energy efficiency. In fact, according to a recent article by Bankrate, “energy efficiency” is one of the 11 Must-Haves to Sell to Millennial Buyers.

These Buyers Want to Protect the Environment

Their belief that they need to be more “green” is one of the main reasons why energy efficiency is important to millennials. They tend to have strong, specific values and preservation of the environment is more important than material things, power, or money.

 

Morley Winograd, an author and researcher of millennials, believes millennials are the most environmentally conscious generation in the U.S., stating, “They will be interested in anything that reduces a home’s footprint on the environment, especially if it is measurable and works automatically.”

 

As a home seller, it is now your job to show millennials that purchasing your home is going to align with their values. Newer insulation means the A/C and furnace don’t have to work as hard — saving energy in the long run.

These Buyers Are Conscious of What They Are Spending

While millennial home buyers consider their environmental footprint, they are also cautious of where their money is going. Energy costs are rising, and millennials want to do what they can to avoid having to pay increased costs.

 

Again, this is where insulation can help attract buyers. Rooms will stay cooler in the summer and warmer in the winter. Who doesn’t want that?

 

Keep in mind, it’s better to already have upgrades such as new insulation already installed in the home when it comes time to sell. Otherwise, buyers will consider the amount that this is going to add to the price when they have to make these updates on their own.

Take the Next Step

Knowing your audience of potential home buyers is the first step in selling your home. Now, it’s time for the next step. Make those home improvements that are going to nudge buyers into believing your home is the one for them. Re-insulating your home is a step worth taking, and all it takes is a call to NorthStar. We look forward to hearing from you!

 

Energy Efficiency Leads to Better Health

Here in Kansas, it always seems to be allergy season. Your home should be a place of respite from all of the pollutants and allergens, yet this is not always the case. The good news is that having an energy efficient home is one way to start your trek to better health, especially if done right.

Obviously, insulation is a key factor in whether your home is energy-efficient or not. Chances are, in a new home, you’re in pretty good shape, or at least out to be. But if you’re in an older home, your air sealing and insulation situation could probably use some improvement. 

How do I know?

The first and most obvious way to know it’s time to look into your insulation is when the bills start to climb. Other good indicators would be rooms that never seem to get to the right temperature or HVAC equipment that seems to be constantly running (leading back to that bill thing). However, an increase in allergic responses – you know, sneezing or itching – can also be an indicator that the air inside your home isn’t great. There are also devices, like a Foobot, that can tell you the quality of your inside air. If the air has a lot of pollutants and you’re reacting to them, they’re either coming from the inside (issues like mold or pet dander, for instance) or from the outside, where all the things you’re allergic to are supposed to stay.

You keep saying insulation and air sealing like they’re two separate things.

That’s because they are! Kind of. In a gist, insulation’s job is to create a thermal blanket around the living areas inside your home. This is why its effectiveness is measured in terms of R-value, where R means Resistance to heat flow. Air sealing lacks an easily recognizable measuring tool like R-value but air sealing is all about creating a barrier between the inside and outside air. Most insulation products provide some resistance to air and many air sealing products provide some resistance to heat flow and, yes, sometimes they’re the same thing. We use a conjunction of both types of products to protect your home.

 

Ok, so how will my health improve?

With 1 in 14 adults has asthma, experts estimate that at least 40% of those were diagnosed due to exposures in their own homes.  This exposure can come from dampness in your home, unregulated temperatures and lack of quality insulation to protect you from allergens.

NorthStar-Comfort-Services-Energy-Efficiency-Health

Source: E4TheFuture

The Asthma and Allergy Foundation of America found that the average American spends about $3,259 on asthma every year. By improving your insulation to decrease your health risks, you will also be saving money on monthly energy bills and potentially even more lost on medical bills. At the very least, you’ll be reducing a couple of factors that can cause major headaches. 

 

7 Reasons Why You Should Tint Your Windows

Having been in the window tinting industry for more than half of our 70 yearswe are well-attuned to the benefits of tinting your windows. However, we still run into many homeowners that aren’t familiar with what window films can do for their spaces. Putting these two things together, we thought we should compile a list of our top seven favorite reasons for why you should tint your windows. And we’re pretty confident that you will find at least one reason that you could benefit from!

Reduce Glare

Ever been watching TV and a glare gets in the way? What about when you’re driving down the street and the sun causes you to squint the whole way home? These are problems that window film can easily reduce! Darker window films block the most, but all of our window films will help tone down the bright sun.

Reduce Fading

Whether you want to prolong the life of valuables in your home or want to reduce fading on items within your business or storefront, window tinting is a great solution! All of our window films block at least 99% (some even 99.9%) of the UV spectrum, which is the main cause of fading. As it so happens, the next two causes are heat and visible light, which are also reduced with window film!

Reduce Heat

Room heating up too much? Air conditioner overworking? Many window films can help! Our advice is to call us up before the summer heat arrives! Once you realize how much heat reduction window films can bring, you’ll question why you didn’t invest in them sooner!

Increase Privacy

Window films make it easier to enjoy the daylight view of the outdoors, without allowing your neighbors or passersby see inside. Home and car break-ins are more likely to happen when the thieves can see what’s inside.  Feel secure knowing that your belongings are better hidden. Traditional window films help to increase privacy during the day, whereas opaque films help all day and night!

Increase Safety

Along with increasing privacy, window tinting also increases safety as it is harder for windows to break when they are tinted. If they do break, the window film will hold the shards of glass together — keeping you from a mess of shattered glass. If safety is your main concern, we recommend safety-specific films that are thicker — ranging from 4mm to 11mm thick!

Improve Aesthetics

If you’re looking to increase the visual appeal of your home or business, window films are a great place to start! Use them to homogenize the look of your home’s windows from the street or to add a touch of richness and professionalism to the exterior of your business.

Balance Temperatures

Last, but certainly not least, use window tinting to help balance the temperatures in your home or office. Hot and cold spots can make a living space feel bipolar. Reducing the overly hot areas can help your HVAC system balance out the entire building.

 

We could go on forever about the reasons why you should tint your windows, but hopefully, now, we have you convinced! Contact us to schedule! 

 

northstar-window-tinting

Home Automation Experiments

 

Since finishing our new office up in Kechi and a highly educational jaunt to the International Builder’s Show back in January, we’ve started experimenting with some of the Home Automation devices (the skeptical might call them ‘toys’) that are available. The two devices we’re playing wi-, I mean, professionally using at the moment are a Foobot and a Nest. I thought our blog would be a great place to share some of our thoughts on them and what they have to do with an ‘insulation’ company.

Foobot  

Foobot is an air quality monitor. We’ve had one at the office since the end of last year and I’ve had one in my personal place since January. What it does is tell you (on the app, not on the device) the current temperature and humidity near it, as well as break down the air into 3 main components – particulate matter, volatile compounds (generally known as volatile organic compounds or VOCs) and carbon dioxide. Based on how much of those 3 components it detects, the lights on the device will range from bright blue, meaning great air quality, to bright orange, meaning lousy air quality. I’ll go into specifics about what we’ve found out later but it’s very interesting to notice some trends, all of which you can access on the app.

Source: Pinterest

Nest

Nest probably needs no introduction but, for those that don’t know, it is an internet-enabled thermostat. Unlike the Foobot, it requires a little work to install, as it replaces your existing thermostat. It can be a relatively easy swap, but that depends on how your system is set-up. Once installed, it works seamlessly with your heating and cooling equipment. Not only can you program it to run how and when you’d like, it also learns how you keep temperatures when you tend to be at home or away, can give you the forecast for the next few hours when you walk by AND makes you dinner. Ok, that last one isn’t true, but the rest is and is just a sampling of what it does.

The most used feature, in our experience, is the free app. With the app, alongside basic monitoring abilities, you can change the thermostat from anywhere. Cold and don’t feel like moving? Turn up the heat from your chair. Going to be home and want to crank up the heat early? Done. It’s one of those features you may think you’ll never use and then can’t live without.

Source: The New Economy

What’s insulation have to do with it?

Nothing and everything, of course! True, it’s not like you wire the devices into insulation or window film but everything we do is tied to how a building operates, for better or worse. Some insulations off-gas, which impacts air quality. Air sealing is a key component of what we do too. Window films reduce unwanted heat, so the thermostat needs less adjustment. In other words, since it’s all tied together, we’re trying out equipment that checks HOW everything is actually doing. The more we know, the better we can do our jobs, plus we can share our knowledge with our customers as well. Plus, as the cartoons of my youth told me, ‘knowing is half the battle’!

Spring Clean Your Attic

It may not seem like the most fun way to spend your spring break, but if you’re not laying on the beach in Florida, you might as well be productive, right? Cleaning out your attic is one of the best ways free up storage space for all of the random stuff you’ve accumulated throughout the years and can even make your home healthier and lead to a more efficient home too! How so? Read on!

Start By Decluttering

Before you start climbing into your attic, make sure you have a few trash bags with you. Depending on how often you venture up there, you may find a lot of stuff that can be taken from your attic to the street curb. Other things may be perfect to sell in a spring garage sale! As for all of the items you want to keep, you should try to organize everything into sturdy, waterproof containers. Plastic totes work great and don’t deteriorate or rot like cardboard boxes often do.

Once you’ve removed anything you no longer need or want and have organized the stuff you are keeping, you should do your best to remove any dirt or dust that has accumulated. Sweep the floors, and dust the entirety of the attic to help remove the allergens that make you and your family sick.

Inspect Your Attic

Once everything is looking more spacious and organized, it is time to inspect your attic to see the conditions of your walls, ceiling and roof decking. Can you feel air blowing around recessed can lights? See light coming through the rooms below? Or is there evidence of past moisture on the underside of the roof deck? All of these are signs that your home isn’t working as intended and are things that should be addressed. In the first two cases, air sealing can be done by yourself or a professional. In the second one, more research is called for to properly get to the root of the potentially serious issue.

While you’re up there, you should also check to see if any of your current attic insulation is wet (sign of a current problem) or moldy (sign of a past and potentially recurring problem). Not only can this create a mildew smell, but mold can obviously bring health risks to you and your family. Old, damaged insulation needs to be removed and replaced and the cause of the moisture needs to be fixed.

Invest in Insulation

So after cleaning the attic and checking for obvious issues, you’re now in a great position to replace or upgrade your insulation (or maybe put some up there for the first time). Obviously, we recommend contacting us for a free estimate! We’ll do a thorough inspection of your attic and help you choose the right insulation type for your home. With added insulation, you can expect to save on utility bills and experience improved comfort through the hot summer months and colder winter. Insulation is an investment that will eventually pay for itself!

At the end of a couple of hours of work and short walkthrough with our Comfort Advisor, you can feel accomplished for completing a home project that you probably would have rather put off doing! Instead of wondering about the horrors hiding up in your attic, you now know exactly what your attic looks like, know where to find everything, and can take comfort in the fact that you’ve taken steps to help your family save money, be comfortable and stay healthy!
If you’re feeling up to it, you can even put together a garage sale to sell all that stuff you were ready to part with. Maybe you’ll even make enough money to take the trip to Florida that you would have preferred in the first place!

Caution Ahead: Brick Veneer and Spray Foam

There are a lot of different ways to build a wall. There’s standard 2×4 walls, 2×6 walls, ICFs, SIPs, concrete block and steel stud, to name the major ones. Then, there’s what to put on the outside the wall (siding, brick, stone, EIFS, etc.), inside the wall (<a title=”Simple Saver” href=”http://northstarcomfort pfizer viagra france.com/simple-saver/”>fiberglass, cellulose, spray foam, etc.), then the interior of the wall (what kind of sheetrock, paint, etc.). All of this is your wall system. Yes, the construction industry considers the wall system – not a living, breathing one – but a system nonetheless.

That said, the specific point of this entry is that caution needs to be used when using spray foam insulation & brick veneer in climate zone 4, which is where Wichita and Kansas City, to name a couple of cities, are located. Why? Well, it comes down to a few things:

  • Brick veneer can store huge amounts of water.
  • Most house wraps are also called a Weather Resistive Barrier, is very vapor permeable (as in water vapor goes through it very easily)
  • The sun will drive water vapor towards the inside of the house, through the house wrap and into the OSB.
  • The foam, open or closed cell, has such a low permeability that the water effective stops inside the OSB, as it has nowhere to go until it can evaporate back to the outside.

Unsurprisingly, this can lead to structural weakening of the OSB. So, what to do? The two main things to do involve tweaking common building practices slightly so that we can make longer lasting structure. Notice I’m not saying don’t do spray foam & brick veneer – I’m just saying that I would:

    • Use a weather resistive barrier with lower permeability. Permeability is rated in Perms. Standard WRBs are 35 or so. 10 Perms or less will keep enough water vapor out to help minimize the intrusion.
    • Change the way you build the veneer, to include more ventilation. Current practices on residential construction use only weep holes at the bottom of the brick at regular intervals. The research I’ve seen suggests that creating a more breathable brick veneer will keep moisture in the air moving & not heading in, towards your house.

Thanks to Lucas Hamilton at CertainTeed for doing all the heavily lifting with this. All I did was ask the question & thought I should pass along the information. And, again, this is just for Climate Zone 4 – and there are 6 across the U.S., so ask your builder, insulator, architect, energy auditor, what’s recommended for your area.

    -Jeff

 

Air Leakage

A blower door tests the tightness of the home’s envelope by pressurizing or depressurizing the structure and then measuring the amount of time for the entire air supply in the house be replaced with fresh air. For the NAHB’s Field Demonstration of Alternative Wall Insulation Products study, four builders insulated different houses with the various insulation materials. Their summary noted the following:

  1. Better caulking, window foam and other air barrier improvements generated the most improvement in the building envelope – in fact, a large measured difference between batt insulated houses was found, when one used improved air sealing techniques and the other did not.
  2. Neither the Blow-in-Blanket System (R14 alternative viagra avis.7) nor cellulose (R12.6) measurably reduced air leakage but
  3. While foam in place (R12.6) had the lowest air leakage, the results were variable when uncoupled from air sealing techniques.

So, where does that leave us? The most important thing is that whatever insulation you use, the details are the most important thing. Paying attention to where air can come into the home is the easiest way to create a more comfortable home – or create headaches later if you don’t. The other important thing to remember is that every insulation system can stop uncontrolled air. Just as the house is a system, your insulation is one too.

Building Science Part 3: Moisture Flow

Controlling moisture flow in a building has significant impacts on occupant health and safety, comfort, building durability and energy efficiency. This section will cover the basics of moisture and its effects on the house system. It will also discuss how geographic location and house type can affect choices of moisture control strategies.

Applied building science is concerned with four different moisture transport mechanisms and the effects of that moisture flow:

  • Bulk water movement (rain, snow, or groundwater)
  • Capillary action (capillarity)
  • Air transported moisture

 

Source: https://basc.pnnl.gov/information/building-science-introduction-moisture-flow 

Building Science Part 5: Conclusion

Over the past few months, we’ve discussed some of the main factors in creating a comfortable and safe home. The end of most of these articles contained a note about reducing risk and increasing tolerance. Let’s talk about how these ideas fit together. In the last 50 years, home building has changed dramatically – increased insulation, tighter homes, smaller chimneys, more efficient HVAC, reduction of good flashing details, cementitious siding, power attic ventilators, to name a few. All of these things are designed to create more comfortable homes. If you simply throw one idea in without regard to how they fit together, you’re increasing your risk. 

Risk is inherent in building a house. The homeowner may not like the wall color that you had agreed upon. The plumber may forget to run a pipe and no one notices until after the wall has been sheet-rocked. The weather may put your schedule 3 costly weeks behind. And then there’s the more long-term risks, like mold, houses that won’t heat or cool properly, polluted indoor air and lawsuits. Why make building riskier than it already is? The Environments for Living program, from where most of this information has come, lists 7 steps to risk reduction:

  1. Airtight
  2. Provided with fresh air (mechanical ventilation)
  3. Insulated right
  4. Equipped with properly sized and installed HVAC
  5. Pressure balanced
  6. Moisture managed
  7. Combustion safe

Every home is an interactive system that needs to have all of the above in place to function properly. One thing out of whack can contribute to failure of the entire system ou acheter viagra generique. When building for durability, energy efficiency and health and comfort of occupants, it is important to remember that the comfort of a house is in the building envelope. If you start with this in mind, you have the the basis for a low risk, high tolerance and, most importantly, happy customer.

Building Science Part 4: Indoor Air Quality

Indoor Air Quality 

 

 

 

 

 

 

 

 

Anyone can smell the air and tell if there are indoor air quality problems. However, many air problems may not stink now but will cause one later.

There are five types of pollutants in houses:

1. Volatile Organic Compounds (VOCs) – cleaning products, aerosols, pest killers, furniture finishes, fabricsand building materials

2. Particulates – pet dander, dust mites, mold spores,
dust, smoke and pollen

3. Soil Gases – Insecticides, liquid fertilizers, septic gases and, of course, radon

4. Moisture-Borne Pollutants – Moisture in the air is a vehicle for dust mites, mold, etc., although the moisture itself is NOT a pollutant

5. Carbon Monoxide (CO) – Comes from gas appliances, fireplaces, wood stoves, unvented kerosene heater, cars parked in attached garages, and from outside air So sources both outside and inside the home can affect our quality of air. So how do we control these things?

  • Eliminate pollutants from the home. A great idea in theory, but in reality, the next 2 steps are more likely.
  • Reduce the amount of pollutants.
  • Separating pollutants from the living space. Detached garages, for instance.
  • Filtration. Your furnace filter is a great place to start but testing shows that standard fiberglass filters remove.
  • less than 20% of all particulates.
  • Ventilation. There are 2 kinds of ventilation. Passive ventilation occurs in leaky houses and when the windows are open. Therefore, in today’s tight houses, we need active ventilation, such as kitchen exhausts (@100 CFM intermittent), bathroom exhausts (@ 50 CFM intermittent or 20 CFM continuous) and heat-recovery ventilators (HRVs) or energy-recovery ventilators(ERVs). A minimum rate of 7.5 CFM per person plus .01 CFM per square foot of conditioned floor area is needed to bring in sufficient fresh air.
  • Controlling pressure.