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ThermalBuck to Exhibit at Humid Climate Conference

ThermalBuck joins our high performance partners from Alpen windows to exhibit at the 2018 Humid Climate Conference in Austin, TX, on May 21st – 22nd. We will showcase our joint PHIUS Verified Psi-Installation, featuring the Alpen 925 Zenith Nail Fin window with 2.5″ ThermalBuck.

Hot, humid climates are not what usually comes to mind when talking about passive design. Historically, the focus has been on buildings with heavy heating needs, not cooling. Everything changed with the release of the PHIUS+ 2015 building standard, which forced the building industry to reconsider passive house design as an economically viable option for humid climates.

The Austin, Texas chapter of the PHIUS is a major advocate for building science education and training in humid climates. They recognized the need for an annual event to broaden the reach of their work, and bring together professionals in similar climates for a shared exchange of ideas and learning. The first Humid Climate Conference was held in 2016, and is rapidly becoming a notable event in the building industry.

“Our mission is to advocate for the adoption of the PHIUS+ 2015 standard in the greater Austin, TX area through education, governmental petition, and targeted industry efforts.”

– Passive House Austin (PHAUS), as quoted on passivehouseaustin.org 

 

2018 Humid Climate Conference

This year’s event will be held at the A&T Conference Center in Austin, Texas, and provides the opportunity to earn 8 hours of CEUs, with an impressive lineup of speakers and invaluable networking.

Monday begins with one of the most recognizable names in building science, Joseph Lstiburek, presenting, “Water Molecule & 4th State Moisture, Materials, Enclosure” at 10 am. It ends with sought-after media personality and building science promotor Matt Risinger of Risinger & Co., presenting “Lessons Learned in the Evolution of High Performance Enclosures”.

Tuesday’s lineup features a full day of speakers, and wraps up with an after-party at 5:30 pm. The two-day event features a number of sponsors and exhibiting companies, such as the increasingly popular Building Science Podcast, an outreach of Positive Energy, a residential engineering firm in Austin. For a full list of event sponsors, click here.  

 

ThermalBuck + Alpen HPP

Alpen 925 series fiberglass window with 2.5" ThermalBuck window buck ThermalBuck and Alpen are an ideal fit for architects and builders looking for the optimal way to install high performance nail flange windows with continuous insulation.

Alpen is a pioneer in the glazing industry, known for super-high performance insulated glass and award-winning fiberglass windows. Alpen designs and builds some of the most energy efficient window and door products in the world out of their Niwot, Colorado headquarters. They are the first North American manufacturer of passive house certified windows and doors, and offer superior technical support for their customers. Learn more at visit thinkalpen.com.

Take a look below at this quick Q&A with Alpen behind-the-scenes at one of our first Alpen + ThermalBuck installations, in Orderville, Utah.  

 

High-Performance Window Q & A with Alpen Windows

For more behind the scenes videos from this Alpen window installation, visit thermalbuck.com.

 

For additional information about the Humid Climate Conference and to register for this year’s event, visit humidclimateconference.org. You can also follow the conference updates on instagram. To learn more about Passive House Austin, click here. 

 

ThermalBuck to Exhibit at Better Buildings by Design

When we think of leaders in energy-efficiency and sustainability, we think of Vermont. It’s no surprise Vermont ranks among the top 5 states in the nation for the advancement and support of energy efficiency, and has long maintained a pioneering role among the states in this arena.

The American Council for an Energy-Efficient Economy (ACEEE) credits Vermont’s three energy efficiency utility companies as the driving force for Vermont’s ranking: Vermont Gas Systems, Burlington Electric, and Efficiency Vermont.

“Our statewide and coordinated efforts provide equity, fairness and transparency—ensuring that every Vermonter has access to affordable products and services to lower their energy use.”

– Karen Glitman, Director of Efficiency Vermont, as quoted on vermontbiz.com 

Efficiency Vermont was established in 1999, with the purpose of reducing energy costs and protecting the natural beauty of Vermont’s environment. It offers a number of opportunities for Vermont contractors, distributors, design professionals and homeowners to connect, and work together to save energy – and money.

One of their key initiatives is also the region’s leading design and construction conference, Better Buildings by Design.

 

Better Buildings by Design – February 7th & 8th

ThermalBuck extends, insulates, and flashes the rough opening. Integrated with Henry Blueskin WRB.
We sure get this whole “integrated design” concept. Recent ThermalBuck installation in Manchester Center, VT.

The Better Buildings by Design conference brings together over 1,000 attendees from all over the Northeast, and more than 50 exhibitors to Burlington, Vermont, February 7th & 8th, 2018.

Interactive learning is a focus of the 2018 Better Buildings by Design event, presenting practical information and the latest trends and technologies in the building industry.

Over 40 workshops are available for attendees, featuring five learning tracks: commercial, building systems, lighting, envelope, and healthy homes.

BRINC Building Products is proud to announce that we will be exhibiting ThermalBuck at this sold-out event, joining a select group of exhibitors that range from retailers like Curtis Lumber Co. and 475 Building Performance Supply, to manufactures of energy-efficient products like Roxul, Inc., Siga, and Smart Vent.

 

 

Putting It All Together – Integrated Design

This year’s theme “Putting It All Together – Integrated Design,” emphasizes the focus of the workshop content, and a key strategy of the presenters. Attendees can choose from a wide range of topics that include Integrated Teams, Integrated Project Delivery, and Integrated Design in a variety of scenarios.

Take a look at the full schedule of events, speakers, and listing of exhibitors here.

The opening session kicks off with awards honoring “Efficiency Vermont’s 2018 Best of the Best in Building Performance and Home Performance.” Attendees can view the plans, drawings, and photos of these award-winning homes and commercial buildings throughout the conference.

Wednesday evening, February 7th from 4:45 – 7:00 pm, attendees and exhibitors invite colleagues, clients and subcontractors to a reception in the exhibit hall that is open to the public. The reception features complimentary beverages and hors d’ oeuvres, as well as a cash bar. The exhibit hall will also be open to the public Thursday, February 8th from 1:30 – 3:30 pm.

While the exhibitor opportunities have sold out, you can still make plans to register and attend the conference. Or join us for the public reception Wednesday evening, and get a taste of what Better Buildings by Design is all about. Visit efficiencyvermont.com for more information.

 

The ACEEE published the most recent State Energy Efficiency Scorecard in September, 2017. This report ranks every state in the U.S. for their efforts in energy-efficiency, providing an extremely valuable tool for understanding how states handle and recover from severe weather related events such as hurricanes and flooding. The results guide state-level policymakers in their efforts to build more resilient local communities. To review key findings of this report, visit aceee.org. 

John Brooks, President, BRINC BuildingProducts, Inc

ThermalBuck Innovator Named “HIVE 50 Honoree” by Builder Magazine

John Brooks, president of BRINC Building Products, Inc., was recognized by Builder Magazine as a HIVE 50 honoree in the category of Building Technology for his development of ThermalBuck.

ThermalBuck, a high-performance window buck, is a simple solution for the challenges of mounting nail flange windows with exterior insulation.

It’s unique L-shaped design goes inside the rough openings for windows and doors, and extends outward to create a flush plane with exterior insulation and/or rainscreens.

ThermalBuck is made of a type XIV high density EPS, and coated in a waterproof resin. Not only does it have the compressive and shear strength to handle the weight of large, high-performance windows, but it also insulates the rough opening with an R-value of 4.4 per inch, to limit thermal bridging. It also simplifies flashing, and creates an additional air & water barrier in the building envelope.

To learn more about ThermalBuck, take a look at our media coverage and recognition here. 

HIVE – “Transforming the Conversation around Housing”

The HIVE Conference was initiated in 2016 by Hanley Wood, a premier marketing and media company in the residential and commercial construction industry. The two-day event takes place in California, and provides a unique opportunity to bring together a diverse group of talents to address the challenges in housing. Attendees include architects, builders, land developers, community planners, dealers and distributors, developers, manufacturers, policy makers, and more.

“The second annual HIVE Conference is shaping up to be our most ambitious and energizing event yet.”

-Peter Goldstone, CEO, Hanley Wood

The 2017 conference took place December 6th & 7th in downtown Los Angeles, at the Intercontinental hotel. It featured speakers such as Chip Conley, head of global hospitality and strategy, Airbnb, and Steve Case, chairman and CEO, Revolution LLC; co-founder, America Online; and author The Third Wave.

We appreciate the nomination of John Brooks for his development of ThermalBuck, and the recognition of how impactful this new building material technology is to the residential construction industry.

 

HIVE 50

The HIVE 50 are considered the top people, products, and processes that are influencing innovation and high performance technology in the housing industry.

The HIVE 50 nominees and winners are featured in the December 2017 issue of Builder Magazine, ten nominees in each of five categories: Building Technology, Capital, Design, and Strategy.

Fellow nominees that share the Building Technology with John Brooks, include notable building science veteran Joe Lstiburek, Founding Principal of Building Science Corporation, and CEO of Tesla, Elon Musk.

For a complete listing of all nominees for the HIVE 50 in each of the five categories, please visit builderonline.com.

 

Hanley Wood  has focuses it’s business in three main areas: research, media, and marketing. It’s most recognizable media brands include Builder magazine, Architect magazine, and Remodeling magazine. In the conference realm, Greenbuild, ProSales, and JLC Live are just a few of their well known and respected events in the industry. To maintain the conversation with the HIVE community year-round, visit hiveforhousing.com.

Net Zero Energy Retrofit in Vermont - Ready for Roxul

Perfecting an Energy-Efficient Haven in Vermont

It’s a pleasure to work with architects to solve the challenges of retrofitting existing structures. When they specify ThermalBuck for their own personal projects, it becomes a real privilege.

Alan Benoit, Principal Architect, Sustainable Design of Vermont, chose ThermalBuck to mount his energy efficient windows for his net-zero energy office space, and we jumped at the chance to work with him personally on the installation.

 

A Passion for Sustainability

Alan & Nancy Benoit are an incredibly talented team. Alan is an award-winning certified Passive House Consultant & Architect, Nancy is a skillful designer of everything from footwear to furniture.

Together they focus on utilizing reclaimed and repurposed materials for their personal passion project: the inviting home, garden, workspace, and guesthouse they’ve created together on their remarkable homestead in Vermont.

“Be patient. Never settle if it’s not right.”
– Nancy Benoit, as quoted in Vermont Magazine

There is a reason their work stands out, and you can see why in the philosophy that guides them. Everything is built with respect and consideration for preserving and stimulating the natural environment, promoting a harmonious lifestyle in an inspiring setting.

Vermont Magazine recently featured their beautiful spaces in their Sept/Oct 2017 issue – you’ll love seeing the details and reading in-depth about their design process.

 

Sustainable Design of Vermont

 

We could get used to sustainable living.
We could get used to sustainable living.

Sustainable design is the focus of their work, whether new construction or a simple addition to an existing structure.

In addition to running their own businesses, Alan is extremely active in the Vermont green building community, and volunteers his time and knowledge through his Sustainable Living Series.

When you work with people who live & breath sustainability, even lunch is a treasured experience, with homegrown tomato sandwiches fresh from the garden.

 

Net-Zero Energy Retrofit

Local architects, builders & craftsman watch the ThermalBuck installation in Manchester Center, VT.

In 2017, Alan & Nancy decided to relocate their growing business to the beautiful barn they had build a decade ago on their property.

It was time to plan a full blown net-zero energy redesign, capable of meeting their needs year round. 

They planned to insulate the interior and exterior walls, insulate the roof, and install new energy efficient windows, mounted with ThermalBuck. Complete air & water sealing for a tight building envelope is essential in achieving net-zero energy.

Working in conjunction with building materials supplier RK Miles, Alan arranged a demonstration of ThermalBuck for local architects, builders, and fellow green-building enthusiasts. We couldn’t have asked for more when Alan gave us his feedback on using ThermalBuck to mount windows with exterior insulation.

“We are now specifying it on all future projects.
What a time/labor/material savings it is!”
– Alan Benoit, Architect, Sustainable Design of VT 

Materials 

  • 2.5″ ThermalBuck high performance window buck
  • 2″ Roxul Comfortboard
  • Henry Blueskin WRB & Flashing system
  • 5-1/2″ dense packed cellulose on interior walls
  • 2″ foil-faced polyiso for the roof slope, 3″ for ceiling flat
  • 1″ closed cell spray foam for the roof
  • 9″ dense packed cellulose on the remaining roof slope & flat ceiling cavity
  • Marvin Integrity casement windows

 

Details Make the Difference

2.5″ ThermalBuck prevents compression of the Roxul, and insulates the rough opening.

Knowledge of building science is especially important on retrofits, as installation details often require modification based on the uniqueness of the project.

Alan & Nancy wanted to reuse their vertical cedar siding, which meant running the rainscreen horizontally. Drainage would not be an issue, as Alan planned gaps every 2′ for ventilation, and has a screen at the bottom, and vented space at the top of the walls.

Roxul permits water to drain through it as well, allowing the horizontal strapping to properly dry out. The building will have a HRV system, and the Benoit’s have planned to utilize a community solar project in order to achieve net-zero energy.

The barn renovation is projected to be complete in December, 2017. It was inspiring to work with Sustainable Design of Vermont, and we look forward to following Alan & Nancy on the rest of their net-zero journey.

 

ThermalBuck Installation Gallery

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Sustainable Design of Vermont is presenting their next Sustainable Living Series on November 16th, at 6:30 pm at the Manchester Center Vermont Public Library. Alan will explain the major elements of “Building Science”, in hopes of helping homeowners avoid common mistakes with renovations. To learn more, visit sustainabledesignofvt.com.

 

New ThermalBuck Sizes Available – Up to 4″

NEW BETHLEHEM, P.A. — (September 2017) — BRINC Building Products, Inc. has recently expanded it’s ThermalBuck product offerings to include additional sizes up to 4.0″, to meet the needs of architects and builders constructing walls with greater depths of continuous insulation.

With the rapid adoption of advanced energy codes across the U.S., and the increasing demand by consumers for energy-efficient homes, the market for exterior insulation and higher R-value wall assemblies is growing exponentially. 

 

ThermalBuck Continuous Insulation

“Builders have been so receptive to ThermalBuck because it’s such a simple, effective solution to the challenges of installing windows with foam,” said BRINC President, John Brooks. “But we kept hearing from customers in the net-zero and passive house markets who wanted to use ThermalBuck, yet are building walls with above-code exterior insulation and needed more sizes.” High-performance builders generally utilize a combination of interior and exterior insulation to achieve the desired R-value of the wall assembly.  

ThermalBuck is a proven solution for builders trying to solve the challenges associated with installing nail flange windows with continuous insulation. It extends and insulates the mounting points of windows & doors to create a flush plane for cladding.

The unique “L” shape goes inside the rough opening, and extends outward to match the continuous insulation and/or rainscreen depth. It supports the window and allows structural attachment, transferring shear and wind loads to the framing. Made of a high-density EPS with a waterproof coating, ThermalBuck comes in 8′ lengths and is cut to fit on site. ThermalBuck also acts as an additional air & water barrier at the rough opening, simplifying flashing with exterior insulation.

 

“Expanding our product line up to 4″ to accommodate wall assemblies with thicker insulation allows us to better serve high-performance builders.”

-John Brooks, President, BRINC

ThermalBuck R-Value Range 4.4 – 17.6

ThermalBuck originally launched in the fall of 2015 with depths of 1.0 ”, 1.5”, 2.0”, and 2.5”.  The additional sizes, 3.0”, 3.5”, and 4.0”, allow more architects and builders to incorporate ThermalBuck into their plans for high-performance wall assemblies. To view detailed drawings of each of the seven sizes of ThermalBuck, see product dimensions. 

“Our customers appreciate the additional opportunity to increase the R-value of their wall assemblies by adding up to 17.6 (R-value) around rough openings”, Brooks continued. “Utilizing ThermalBuck has significant impact on the energy-efficiency of the entire building envelope, reducing the thermal transfer through rough openings by 2:1 over traditional wood bucks.”

To learn more about energy-code adoption by state, visit the Building Codes Assistance Project. To read more about continuous exterior insulation, see what the experts at JLC online recommend as best practices. For great advice on choosing the right wall assembly, visit greenbuildingadvisor.com.

 

ThermalBuck Named “One to Watch” in LBM Journal

ThermalBuck is in great company with several leading manufacturers as one of the top “PRODUCT PICKS” in the February 2017 print and digital editions of the LBM Journal.

Out of the hundreds of new building material products introduced to the market each month, the LBM Journal reviews and selects their top choices for readers, noted as “Ones to Watch” in their popular “PRODUCT PICKS” feature.This recent edition also included Vinyl Single-Slide Windows from MI Windows & Doors, FlatWrap UV Housewrap from Benjamin Obdyke, and the MiraTec Smooth Select line from Jeld-Wen, to name a few.  

View the complete listing of the LBM Journal February 2017 Issue Product Picks here.

February 2017 Issue of LBM Journal 

The highlight of the February issue is a feature about family-owned R.P. Lumber.  Over the past 40 years, they’ve grown from a $5,000 investment in a single store without a restroom, to 65 lumberyards servicing the Midwest region. Their motto “Best Service, Best Value” has served them well in building a loyal customer base with significant growth, and retaining exceptional employees. To learn more about this entrepreneurial family, view the February issue of the LBM Journal.

No matter what aspect of business you’re in, you’ll benefit from the excellent piece by Bob Heidenreich, “Teach Customers That Price Isn’t Everything.”  He reveals his strategies to educate customers about what they’re buying.  It’s important to promote the value of both the materials and service.  Bob’s piece is a great reminder to us all that retaining customers and increasing profits has everything to do with knowledge, and communication.

Also of note in the February issue, is an in-depth look into the latest developments in Moulding & Trimboard.  With the increasing importance of high-performing products that resist moisture, the stronghold of wood on the market is shifting to new materials. PVC, polyurethane and fly-ash trim are now making their mark. This article is a great reference on how to compare and understand the cost and benefits of each.

View the complete digital versions of current and archived issues of the print magazine, available at lbmjournal.com. 

Since it’s launch in 2003, LBM Journal has been highly regarded as the leading media outlet for the residential lumber building material (LBM) distribution channel.  The LBM Journal provides its readership with the latest in industry news, product trends and business insights through multiple channels. For information about obtaining a digital or print subscription, or to sign up for their informative newsletter visit lbmjournal.com.  Join one of the 40,000 industry professionals who rely on LBM Journal as a leading source of information and subscribe now.

Net Zero Deep Energy Retrofit – Energy Conservation Specialists

Bill McKnight is no rookie when it comes to energy-efficient building. His company, Energy Conservation Specialists, is a leading New York residential and commercial energy-efficiency consulting firm, specializing in the field of historic preservation and restoration in the Hudson Valley.

Bill and his wife, Melinda Terpening McKnight, are passionate about history, their community, and energy efficient building. With over 20 years in the field of deep energy retrofits, Bill has achieved both BPI Accreditation and Energy Star Certification, teaches building science at Ulster University in NY, and has been featured in Home Energy Magazine.

 

Vibrant History, Energy-Efficient Future

We had the opportunity to work with Bill  and Melinda on a recent net zero deep energy retrofit of a historic Port Ewen home that will soon become the new ECS company headquarters.

Originally built in 1850, the house has been in the Terpening-McKnight family for nearly 40 years, and was in danger of being torn down after a devastating fire. Bill and Melinda decided to restore it, and move their company into the space. The building will not only be energy-efficient, it will achieve net-zero certification, meaning it will consume only as much energy as it produces.

Net Zero Deep Energy Retrofit with Energy Conservation Specialists & ThermalBuck

WATCH:  Net Zero Deep Energy Retrofit with ECS and ThermalBuck  

A signature of deep energy retrofits, is both interior and exterior insulation on the walls and roof, completely eliminating the thermal bridge through the building envelope. Thorough air sealing is crucial to achieving the desired performance. Having worked for years installing windows with rigid foam, Bill knew the challenge they presented in creating a thermal break at windows and doors, as well as potential moisture damage in the building envelope.

“You wouldn’t be able to seal a wood buck like that. We can feel confident that everything on the outside is completely sealed.”

-Bill McKnight, CEO, Energy Conservation Specialists

 

ThermalBuck Integration with The Building Envelope

Bill chose to install his triple pane Earthwise windows with ThermalBuck because it extends and insulates the mounting point to reduce thermal bridging, and create a flush plane for cladding. It also acts as an air and water barrier, and completes the continuous insulation of the building envelope. With his background in building science, he knew it would do a better job preventing moisture than a wood buck in the building envelope.

ThermalBuck Installation with Energy Conservation Specialists, NY

WATCH:  ThermalBuck Installation with Energy Conservation Specialists  

The proper integration of building materials is critical to an efficient building envelope. Take a look at how simple the installation of ThermalBuck is, and how easily it integrates with the WRB.  You’ll see why Bill McKnight feels a lot more confident keeping moisture out of his building envelope with ThermalBuck.

 

Behind the Scenes in Port Ewen

 

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For more information on deep energy retrofits, read “Planning is Key to Net Zero Deep Energy Retrofit”.

 

Planning is Key to Net Zero Deep Energy Retrofit

You’d have to live under a rock (completely sustainable housing) if you didn’t realize that climate change, and rapidly increasing energy prices are a hot topic in today’s world. But why is the focus on the building industry?

Buildings consume nearly half of all the energy produced in the United States.

Globally, the percentages are even higher. Which explains why much of Europe is paving the way in both commercial and residential energy-efficient building.

It’s important to understand that energy-efficient building is about more than energy-efficient materials. A great deal of planning is needed to ensure the proper integration of materials and design, to achieve the best possible outcome.

Energy-Efficient Building

Passive Design, and Net Zero Energy Building (NZEB) are the two primary concepts for energy-efficient building. Passive Design uses a combination of climate-based passive and active design strategies to minimize the usage of energy, materials, and water.

Passive homes focus on the absolute minimal amount of energy use possible to heat and cool the building.

In 2015, the Passive House Institute of the US released the only passive building standard based upon climate-specific comfort and performance. The goal was to find the right balance between the up-front investment in a passive build, and the long-term payback, to achieve the most comfortable and cost effective building possible. Learn more at phius.org.

The basic premise of a Net Zero Energy Building is that they generate as much energy as they consume.

Designed to minimize the amount of energy they need to operate, and with renewable energy systems that meet their energy needs. Solar, wind, and geothermal are examples of renewable energy systems.  Design considerations to achieve net zero energy include passive solar design, triple pane or triple glazed windows, and high performance building envelopes. The US Department of Energy Zero Energy Ready Home program has been working to promote Net Zero building since 2008. Learn more at energy.gov.

Both Passive Home and Net Zero Energy Home certifications are generally based on the HERS Home Energy Rating Score, and certified by third parties, such as the Living Building Challenge.  To learn more about the certification process, click here.

The Deep Energy Retrofit

Most of the discussion about passive or net zero design centers around new construction.  It just makes good sense to plan ahead for the future. However, considering that the majority of the building inventory in the US was built prior to 1990, there is even more opportunity for energy savings in renovating and retrofitting existing buildings.

As the experts at Green Building Advisor explain, the process usually begins with a home energy audit and building analysis. Energy usage reductions are achieved through a whole-building approach, including insulation, heating and cooling systems, lighting, appliances, and water usage. A typical simple energy retrofit focuses only on individual upgrades, like heating and cooling.

Deep Energy Retrofits are a whole-building approach to maximizing energy efficiency.

The key to success in a deep energy retrofit, is utilizing skilled building science professionals who have the experience planning the integration of these systems into existing structures. Look to organizations such as the Building Performance Institute to direct you to certified professionals in the industry. That’s how we found Bill McKnight, CEO, Energy Conservation Specialists.

 

WATCH:  Net Zero Deep Energy Retrofit with ECS and ThermalBuck  

 

With over 20 years in the field of deep energy retrofits, Bill has achieved both BPI Accreditation and Energy Star Certification, teaches building science at Ulster University in NY, and has been featured in Home Energy Magazine. To learn more about the historic renovation project we worked on with Energy Conservation Specialists, and see how ThermalBuck was used to create a thermally efficient building envelope, read the full installation story here.

The Poplar Network features a clear-cut piece by Rob Freeman that explains the difference between Passive and Net Zero. For a more detailed reference, an excellent resource is Net Zero Energy Buildings, by Steven Winters Associates, Inc., a respected authority on building science and efficiency. It was featured in 2016 in the The Whole Building Design Guide, a program of the National Institute of Building Sciences which focuses on the latest technology and “whole building” design techniques. Data was also sourced from architecture2030, whose mission is to address climate change problems with design solutions of the built environment.      

Austin builder Matt Risinger features ThermalBuck on an episode or Risinger Goes Rogue

ThermalBuck Goes Rogue with Austin Builder Matt Risinger

Texas has always been famous for cowboys, gunslingers, and rodeos (not to mention the best steaks and BBQ you’ll find anywhere). But you may not have realized that it’s also the home to one of the fastest growing construction industries in the U.S.

Led by multi-family housing starts, construction growth is fueled by an increasing population, a healthy housing market, and a strong environment for investment. Drive anywhere across this beautiful state and you’ll witness construction cranes, and rapid building progress in all shapes and sizes.

WATCH:  Risinger Goes Rogue featuring ThermalBuck   

Matt Risinger

Where construction is booming, you’ll find award-winning homebuilders.  At the recent Energy & Environmental Building Alliance (EEBA) Conference in Dallas, TX, ThermalBuck had the good fortune to cross paths with the most famous builder to call the Lone Star State home, Matt Risinger. Not only a well-known builder, Matt is also a respected media personality in the building industry. Matt was the closing speaker for the 3 day event held at the end of September, 2016.  The close-knit and collaborative nature of this particular conference invites plenty of opportunities to interact with attendees, presenters and manufacturers alike.  Matt’s keen interest in emerging products and new technology brought him to ThermalBuck on the trade show floor, where he spent some time with our president, John Brooks.

Risinger Homes

To meet Matt in person, is to realize right away that he is the real deal. Smart, humble, hard-working and passionate about good building science, Matt has earned a considerable following of nearly 34,000 subscribers to his You Tube channel, Build with Matt Risinger.  Since it’s launch in 2008, Matt’s building videos have earned him nearly 10 million views. Pretty impressive for this full-time builder and owner of Risinger Homes, and part-time marketer.

Matt has earned his reputation for excellency the old-fashioned way, through years of hands-on construction work, and the innate desire to do things the right way.

“I build homes that are dramatically more energy efficient, durable, healthy, and comfortable than most new homes in America.”

Risinger Homes is doing just that – building some of the finest homes in Texas. Combining Matt’s work ethic with his passion for technology, easy manner and marketing savvy, Matt has crafted a great reputation as a building science expert.

Risinger Goes Rogue

Not only does Risinger Homes build multiple high-end homes a year, he also spends countless hours appearing at building events and trade shows, as well as creating videos for Risinger Goes Rogue. Matt maintains a strong presence on social media, building his audience through his natural presentation ability, straight-talk and credibility. His strong family values, faith, and outlook on life are a bonus to those who seek out his expertise. Followers of Matt’s social media accounts can watch day-to-day progress of the homes he is working on, and learn proper building techniques along the way.

matt-risinger-with-videographerRisinger Goes Rogue recently featured ThermalBuck, a smart, simple solution to the challenges builders face when installing windows with continuous insulation. 

We appreciate Matt sharing ThermalBuck with his avid followers, and look forward to collaborating with Risinger Homes in the future. One thing we can be certain of, is that we will learn a thing (or two).

Risinger Homes started building exclusively for architects in 2005.  Matt’s building science expertise has been documented in Fine Homebuilding, The Journal of Light Construction, and Custom Home Magazine, to name a few.  He is also an award winning blogger, the two-time winner of the JDR Best Blogger Award.  Enjoy the beauty and craftsmanship of Matt’s work through his instagram account, twitter, or facebook. The Texas building statistics sourced for this post were found at investopedia.com.  

ThermalBuck Outperforms Wood Bucks 2:1 – Thermal Transfer Testing

Improving the energy-efficiency of new and existing construction has long been a focus of the building industry. When it comes to insulation, exterior is the choice of many architects and builders, because it eliminates the thermal bridging through the studs.

However, continuous insulation presents its own unique challenges with installing windows and flashing the rough openings. The mounting point is no longer flush with the sheathing, it must be extended out to meet the exterior insulation depth. Rough openings are always a weak spot for potential water infiltration – and extending the mounting point for windows compounds the problem.

Until ThermalBuck hit the market, there really wasn’t a good way to insulate and create a thermal break around the mounting points of windows & doors. The traditional method to bump out windows was to build a wood window buck. Wood does extend the mounting point, but it doesn’t hold up well to moisture, and it has a low insulating value. With an r-value range of 4.4 per inch, ThermalBuck is a better insulator than wood. But how much? We performed some third-party testing to find out.

 

ThermalBuck installation vs. wood buck installation - thermal break           

Thermal Transfer Performance: ThermalBuck  vs. Wood Buck


Using thermal imaging, we recorded the performance of ThermalBuck against a traditional wood buck in a controlled environment. In the two mock-ups below, three temperature sensors were placed on both the ThermalBuck installation (l) and the wood buck installation (r). The temperature condition on the exterior of the structure was -6.67 ºF, and the indoor of the structure 72.76 ºF.  

 

Performance -Thermal Image wood buck vs. ThermalBuck           thermalbuck vs. wood window buck

These photos show two window installations side by side. (l) ThermalBuck (r) traditional wood buck. 

 

54% More Heat Transfer with Wood vs. ThermalBuck

On the exterior of the structure (point A) the wood buck looses 7.88 ºF, or 14.55 ºF total degrees from the outside temperature. ThermalBuck only loses .11 ºF , or 6.78 total degrees from the outside temperature. The wood window buck allows twice as much energy to escape, while the window installation with ThermalBuck is effectively limiting thermal bridging.

thermalbuck vs wood buck thermal transfer testing drawings
thermalbuck insulating value data charts with Rockwool photo vertical

 

ThermalBuck High-Performance window buck creates a significant thermal break at the mounting points of windows & doors. Using ThermalBuck as part of your continuous insulation solution is an effective way to limit the amount of thermal bridging that occurs through your building envelope.

To learn more about thermal bridging, see what the experts have to say at greenbuildingadvisor.com

Editor’s Note: This article was updated in July 2018. The testing results and thermal images were not changed.