200 Larkin Center Drive
Midland
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USA
Phone: 866-583-2583
Displaying 46 Live course(s).
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https://redirect.aecdaily.com/s904648/www.aecdaily.com/course/1002191
All the new energy codes are requiring or moving towards exterior insulation for exterior walls to increase energy efficiency and reduce the energy losses due to thermal bridging. This class examines how to design and build high performance wall assemblies that deliver significant increases in energy efficiency and do not lead to trapping water and moisture related failures. The class will also show practical approaches to advanced framing as well as specific installation protocols to prevent insulation installation related degradation which is 30% for typical installations. Steve Easley will use pictures from real world installations to illustrate the do’s and don’ts to building high performance wall assemblies that are affordable and cost effective. This interactive class is designed to sort through the myriad of insulation system options in order to match the best insulation system to the type of structure. This class also will show latest FMA/AAMA/WDMA 500-16 installation standards for integrating exterior insulation with weather barriers and window flashing. Additional content will provide information on water, air and vapor barrier code requirements in order to develop appropriate specifications to meet these new codes and create buildings that perform with better real-world results.
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https://redirect.aecdaily.com/s904648/www.aecdaily.com/course/1118135
Some types of roofing systems can provide you with a roofing option that’s good for the environment and your wallet. Roofing systems don’t have to be disposable. By maximizing system longevity and recycling at the end of its useful life, roofing systems no longer have to be looked at as another thing to add to a landfill.
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https://redirect.aecdaily.com/s904648/www.aecdaily.com/course/1002269
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This panel discussion explores building sustainable designs for energy efficiency, water efficiency and stormwater management starting from the roof. With urban heat island effect compounding the global warming from climate change, we are in urgent need of understanding how the roof can be very effective in delivering sustainable, high performance buildings while incorporating stormwater Best Management Practices (BMPs). Smart material choices and quality and environmental performance certifications are part of assuring performance meets design intent. In addition, job site pain points and project insights for maximizing building design performance will be shared.
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https://redirect.aecdaily.com/s904648/www.aecdaily.com/course/1002234
Recent changes in North America energy codes for the building envelope include higher insulation R-values, continuous insulation, and continuous air barriers for air leakage control. New, code compliant wall assembly design options may be susceptible to increased moisture sensitivity due to lower drying rates, which are inherent to energy efficient assemblies but could be further impacted by design detailing and materials choices. Improved energy efficiency does not need to come at the expense of the long term performance and durability of buildings. This seminar will address design options and materials choices for energy efficient and durable wall design. Design tools for advanced moisture analysis (WUFI®, Wärme und Feuchte Instationär, or Transient Heat and Moisture Analysis) will be used to show how to predict performance of untested new assemblies, how materials substitution could impact the overall performance of the building envelope, and how design detailing could increase moisture management capabilities.
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https://redirect.aecdaily.com/s904648/www.aecdaily.com/course/1001958
The course describes the origins and reasons for the increasing use of continuous insulation in commercial exterior walls. Included is the air barrier, moisture barrier, and thermal insulation aspects of the wall system. This understanding is then combined with the design objectives of rain screen wall systems to outline the design issues that must be addressed in rain screen wall systems with continuous insulation. Several methods which can solve these design issues are presented. Attendees will understand how to design more energy efficient and robust rain screen wall assemblies.
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https://redirect.aecdaily.com/s904648/www.aecdaily.com/course/1001564
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This program is intended to give attendees a deeper understanding of air leakage, air barriers, and air barrier systems as a whole for commercial buildings. Participants will learn the main evaluations performed on air barriers and air barrier systems, as well as characteristics of fluid applied, mechanically fastened (wraps), rigid boardstock, and other air barrier systems. Presentation also addresses why air barrier continuity is critical for performance, and common installation mistakes and how to avoid them.
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https://redirect.aecdaily.com/s904648/www.aecdaily.com/course/1005300
Do fasteners matter? Accepted practices for thermal performance evaluations negate fasteners. But with the advent of exterior insulation, fasteners and cladding attachment systems now serve as the primary bridging elements within typical clear fields. These components inherently disrupt the insulation layer, providing intermittent continuity with sheathing and studs. Furthermore, the ‘cladding attachment system’ has essentially morphed into the ‘cladding fastening system’ while also achieving de facto exclusion from thermal calculations. In other words, prescriptive R-values and alternative U-factors did not account for the ill effects of these thermal bridges. What ensued was a decade of under-achieving walls where effective R-vales were only marginally better than conventional framed assemblies. In this presentation, I offer clarity on the effects of fasteners and cladding attachment systems that vary in both material and form. My findings show that fasteners do matter and that certain fasteners warrant inclusion for thermal calculations and code compliance.
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https://redirect.aecdaily.com/s904648/www.aecdaily.com/course/1001989
The presentation will the concept of Consolidated Control Layer Design and how to use it to determine the materials that will make the most efficient wall for your customers. We will define the Control Layers, discuss the Code Requirements for each layer, explain the Building Science behind the code requirements, and how that layer is related to the other (Thermal to Moisture, Moisture to Air, Air to Vapor, etc.) We will then discuss the Fire considerations that Impact Control layer design with today’s codes, including NFPA 285 Brief Overview as it has changed the way we design our above grade wall systems and types of continuous insulations that influence the design considerations with respect to fire and NFPA-285. Finally, solutions for consolidating these 4 layers for simplified design, superior performance, and long-lasting durability will be covered.
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https://redirect.aecdaily.com/s904648/www.aecdaily.com/course/1002155
This course defines and explains building science behind the code for the four control layers of the building envelope: water, thermal, air and vapor. There will be a detailed overview of air leakage, why it matters in a sustainable envelope and why air barrier continuity is critical to building performance. Participants will be asked to explore typical design principles for addressing the four control layers within the wall assembly. Finally, there will be an in-depth discussion of the critical interfaces, how to detail them and test them to ensure continuity of the control layers for the entire building.
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https://redirect.aecdaily.com/s904648/www.aecdaily.com/course/1002241
Helps provide the design community with a better understanding of the model energy code requirements for insulation in metal buildings, how codes are changing, including requirements for continuous insulation and air barriers along with considerations when selecting the right insulation.
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https://redirect.aecdaily.com/s904648/www.aecdaily.com/course/1002012
This program is designed to provide the design community with the knowledge to make informed decisions when specifying a system solution in steel stud wall assembly that will deliver high thermal performance, moisture management, as well as minimize air infiltration in steel stud wall assemblies.
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https://redirect.aecdaily.com/s904648/www.aecdaily.com/course/1002117
Choosing the right insulation for your roof can have lasting impacts on the building performance and energy conservation. This presentation explains the different types of commercial insulation, long-term performance and liabilities, re-usability and sustainable roof design approaches for long term owner, occupant and maintenance benefits.
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https://redirect.aecdaily.com/s904648/www.aecdaily.com/course/1002263
This course explores design choices to meet energy code and thermal insulation selection strategies to maximize long term building performance. Factors influencing the performance of an insulation in its application include production, R-values, moisture, temperature, aging, and quality of installation will be discussed.
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https://redirect.aecdaily.com/s904648/www.aecdaily.com/course/1004057
This course defines and explains building science behind the code for the four control layers of the building envelope: water, air, thermal, and vapor. Participants will then explore typical design principles as well as alternative system assembly approaches to exterior wall design. In addition, presentation covers common attachment strategies for various types of claddings, including masonry, rain screen veneers, and applied/adhered veneers.
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https://redirect.aecdaily.com/s904648/www.aecdaily.com/course/1002254
This seminar will help you understand the impact of air leakage on building enclosure performance, current codes and standards for air leakage control with continuous air barriers and recent advances in implementing airtight buildings in practice. Air leakage can impact building energy performance, envelope durability and occupant's comfort. Air leakage control is generally addressed by energy codes. The US energy codes have only recently recognized the importance of air leakage. For example ASHRAE 90.1, IECC, ASHRAE 189.1, and IgCC have only recently introduced quantitative requirements for air barrier materials, assemblies or whole building airtightness. The US Army Corps of Engineers (USACE) recently introduced an air barrier program for building enclosure airtightness, which requires blower door test for whole building airtightness. This seminar will provide examples of successful implementation of USACE program.
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https://redirect.aecdaily.com/s904648/www.aecdaily.com/course/1001444
This course is designed to help the commercial building designer to understand the new products being rapidly introduced into the market that assist in installation of multiple steps of a normal commercial exterior assembly control layers, such as: thermal, air, vapor, structure, and fire control into one or fewer steps that are traditionally used in many of today's building designs throughout the world.
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https://redirect.aecdaily.com/s904648/www.aecdaily.com/course/1001448
This Choosing the right insulation for your roof can having lasting impacts on the building performance and energy conservation. This presentation explains the different types of commercial insulation, long-term performance and liabilities, re-usability and sustainable roof design approaches for long term owner, occupant and maintenance benefits.
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https://redirect.aecdaily.com/s904648/www.aecdaily.com/course/1002090
This program will provide the design community with the knowledge they need to make informed decisions when specifying a simple solution for exceptional long-term thermal insulating performance and excellent air/vapor battier capability in brick and block walls.
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https://redirect.aecdaily.com/s904648/www.aecdaily.com/course/1002104
Effective and efficient building envelope assemblies will be discussed in terms of multi-family options to meet the 2009 and 2012 IECC for continuous insulation, air and water barrier performance. Upfront investment in the assembly can potentially maximize operational returns especially for developer owned rental properties. Options and benefits will be discussed from design, construction to occupancy in particular for low rise, multi-family projects.
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https://redirect.aecdaily.com/s904648/www.aecdaily.com/course/1002046
This course defines the latest code and testing requirements for water, air, and fire considerations in exterior wall assemblies. Participants will learn the various options for water and air control while exploring various wall assembly designs. In addition, participants will be introduced to building science analysis tools to recognize the impact of various designs on long-term building performance.
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https://redirect.aecdaily.com/s904648/www.aecdaily.com/course/1001930
This program will provide the design community with the knowledge to understand why and how specifying air sealing can help improve the building envelope.
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https://redirect.aecdaily.com/s904648/www.aecdaily.com/course/1002068
With energy codes calling for continuous insulation and a substantial increase of architects and builders using insulated concrete sandwich panels in many diverse applications, we would like to present a course that defines not just what an insulated concrete sandwich panel is but review load bearing and non-load bearing panels as well as composite and non-composite wall panels. The course would also go into depth on the importance of choosing the right way the connector, insulation and the energy saving advantages of using low or non-conductive connections in the panels. Lastly we would be reviewing the overall sustainability of insulated concrete structures.
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https://redirect.aecdaily.com/s904648/www.aecdaily.com/course/1005301
Penetrations of the WRB are unavoidable, but it is critical to ensure that they remain watertight. The recommendations for sealing these penetrations are often based on unrelated test methods such as those for nail penetrations in roofing membranes or on anecdotal evidence. This course will cover a data driven test plan which was used to was used to determine which type of flashing and sealing solution is best to ensure water tightness after cladding attachments are installed over polyisocyanurate insulating sheathing. Additionally, information on how other single-layer insulating sheathing systems allow for water tightness of the assembly after cladding attachment will be discussed.
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https://redirect.aecdaily.com/s904648/www.aecdaily.com/course/1002150
NFPA 285 is defined as: the Standard Fire Test Method for Evaluation of Fire Propagation Characteristics of Exterior Non-Load-Bearing Wall Assemblies Containing Combustible Components. NFPA 285 assembly tests are required when exterior non-combustible walls contain combustible components per the International Building Code (IBC). The scope of materials classified by the IBC requiring NFPA 285 testing is increasing. Combined with more stringent energy code requirements, the use of combustible materials is also growing in exterior walls. The most common contributing factors to non-compliance of designs requiring NFPA 285 assembly testing include: −Lack of understanding of applicability of test on exterior wall assemblies. −Recent building and energy code changes causing new triggers for the test. −Lack of understanding of assembly vs. product results for NFPA 285 tests. This seminar will discuss the impact of the NFPA 285 Test on buildings using IBC-2018, the parameters and history of NFPA 285, which building envelope components are combustible and require NFPA 285 testing per IBC, and the paths to NFPA 285 code compliance that a designer can take. These elements all combine to integrate NFPA 285 compliant assemblies into building envelope systems.
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https://redirect.aecdaily.com/s904648/www.aecdaily.com/course/1002216
Newer energy codes require that homes be sealed and tested to 3-5 air changes per hour. Good home design and the right spec’s go along way to making that happen. Proper air sealing saves energy and reduces moisture and mold problems. In this advanced session 1 hour session building science expert Steve Easley uses pictures from the real world examples to illustrate what works and what doesn’t. Trying to fix a home that does meet these requirements is costly and time consuming, and improper sealing techniques can also lead to serious mold and moisture problems. Learn how to do it right the first time at the lowest cost, how to achieve the ”biggest bang for the buck" when prioritizing labor, and the best methods and materials to meet the newer code requirements.
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https://redirect.aecdaily.com/s904648/www.aecdaily.com/course/1058257
This course is designed to help the commercial building team understand how to best use new products introduced into the market for building enclosures. These innovative products and systems assist in combining multiple steps of a traditional commercial exterior assembly, such as: structure, fire, water, air, thermal, vapor, and acoustic control layers into one or fewer steps. We will review various hybridized sheathing solutions and show how the integration of advanced technology has improved performance, capability, and sustainability.
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https://redirect.aecdaily.com/s904648/www.aecdaily.com/course/1084121
Protected Membrane Roofing (PMR) assemblies have been widely adopted in low-slope commercial buildings since the late 1960s. Also known as the Inverted Roof Membrane Assembly or Upside Down / Inverted Roof, PMR assemblies move the waterproofing membrane from the top of the roof assembly to the surface of the structural deck. This simple design change provides several advantages over conventional roof assemblies that have their waterproof membrane fully exposed at the top surface. For architects, PMR assemblies present many opportunities to create innovative, sustainable, and efficient buildings. The most significant advantage is that PMR assemblies offer superior protection against water penetration, which reduces the likelihood of leaks and extends the lifespan of the roofing system. They also offer enhanced energy efficiency, from the strategic insulation layer placed above the waterproofing membrane. This course will also show how PMR assemblies provide ample opportunities for sustainable design integration. They allow for the creation of green roofs or Blue Roof systems, which provide environmental benefits like rainwater harvesting. With its proven record of reliability, PMR assemblies present a compelling solution for architects seeking innovative, sustainable, and efficient roofing option
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https://redirect.aecdaily.com/s904648/www.aecdaily.com/course/1002183
This seminar, organized into 3 sections, will help you understand various aspects of the pitched slope residential roofing market. 1. The first section will review the history of roofing underlayments and their role in water management in the structure. This segment will explore the evolution of different kinds of underlayments under asphaltic shingles and the move towards synthetic underlayments. 2. The second section will review the types of synthetic roofing underlayments and common installation detail failures. This includes an overview of mechanically-fastened, self-adhered, and peel-and-stick roofing underlayments. 3. The third section will review ice damming and moisture intrusion resulting therein. This includes a review of how ice damming can occur, its effects, and strategies that can be employed to safeguard against it. 4. The last section will review the relevant performance criteria applicable to roofing underlayments. These include AC-188, QUV Accelerated Weathering Testing, EMMAQUA Testing, ASTM G154 Testing, and ASTM 4869
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https://redirect.aecdaily.com/s904648/www.aecdaily.com/course/1005302
Provides an overview of the Industry Standards, as well as Code References, for the flashing materials used for the installation of Windows & Doors. The Code referenced material standards for window & door flashings are summarized and compared, as well as the Installation Standard practices that have been developed by the three main Fenestration Industry organizations. The Window & Door installation standards and principles presented, are also demonstrated through hands-on application using standard flashing materials with a focus on Commercial and Multi-Family Buildings.
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https://redirect.aecdaily.com/s904648/www.aecdaily.com/course/1006387
Six Sigma is a disciplined, data-driven approach and methodology for eliminating defects (driving toward six standard deviations between the mean and the nearest specification limit) in any process – from manufacturing to transactional and from product to service. Companies no longer have the luxury of business as usual. Businesses with the disciplined approach across all functions, whether manufacturing, supply chain or research have found the improved quality, operating efficiencies, and increased customer satisfaction. Six Sigma has proven to deliver value in all these areas and has been in use at global companies across many sectors, such as automotive, chemical and electronics.
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https://redirect.aecdaily.com/s904648/www.aecdaily.com/course/1084075
When considering the building enclosure, fire safety is an important design factor and needs to be considered hand-in-hand with energy code requirements. The NFPA 285 “Standard Fire Test Method for Evaluation of Fire Propagation Characteristics of Exterior Non-Load-Bearing Wall Assemblies Containing Combustible Components” is a critical consideration with modern building assemblies incorporating combustible materials in non-combustible construction. This presentation will review the history and scope of the NFPA 285 test standard, and its adoption within the International Building Code (IBC). It will outline the criteria for compliance, as well as identify triggers and contributors under the standard. The presentation will review how the selection building components such as insulation, air/water resistive barriers and claddings, can affect the fire performance of an assembly, and identify solutions and common paths for compliance.
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https://redirect.aecdaily.com/s904648/www.aecdaily.com/course/1118145
This course intended to draw the connections between global climate action goals and the role of the built environment to drive carbon emissions to zero by 2050. The 2022 Inflation Reduction Act shines a light on how low carbon building material selection is one of the keys to reduction of greenhouse gas (GHG) emissions in the U.S. High performance, sustainable products and thoughtful assemblies designed with the entire building life cycle in mind are critical to our sustainable communities of the future. Attendees will gain an in depth understanding between the embodied carbon of building products and how the operational carbon of the built environment is linked to some of these products, such as insulation. Speakers will delve into the concept of driving embodied carbon towards zero while simultaneously improving the operational efficiency of buildings, which is a key component of reducing operational carbon to the same goal of zero emissions by 2050.
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https://redirect.aecdaily.com/s904648/www.aecdaily.com/course/1002250
Curious to challenge yourself and your views? This session is intended for green building practitioners who would like to gain a new perspective, develop a deeper understanding of what outputs of the LCA process can be used to effectively communicate the value of environmental product information into product specifications for a sustainable built environment.
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https://redirect.aecdaily.com/s904648/www.aecdaily.com/course/1030661
This course details the benefits and selection process of Magnesium Oxide (MgO) sheathing in multifamily and commercial construction. MgO sheathing offers structural, fire, and other properties that enable architects and designers to simplify the design and installation of building enclosures. Comparisons of MgO sheathing versus traditional sheathing materials such as gypsum are included.
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https://redirect.aecdaily.com/s904648/www.aecdaily.com/course/1030655
In this presentation, participants will learn about NFPA 285 and how it is used to assess the fire performance of exterior wall assemblies containing combustible materials. A brief historical review of NFPA 285 development will be provided so participants understand the basis for the test method development as well as how it is applied and what are the limitations. Recent, significant changes that have been made to NFPA 285 to standardize the testing and evaluation of deviations in project wall assemblies from tested assemblies will be reviewed in the context of how this affects compliance. Examples of this engineering evaluation process using current Engineering Analysis documents will be provided to illustrate how changes in materials and configurations can affect compliance with NFPA 285. The reasons behind the regular changes to product engineering evaluation reports will be discussed to highlight the importance of using the most up-to-date materials, configurations, and constructions.
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New building materials don’t come around very often, and in some cases an early high-profile stumble can shape perceptions of an otherwise valuable technology. Learning from those mistakes, however, is a fundamental element of driving technical innovation, and real, robust solutions to known issues can ultimately produce the highest level of performance.
Magnesium oxide-based composite panels have been used as exterior wall sheathing for several decades due to a number of highly desirable properties, including resistance to fire, dimensional stability, high strength, and other attributes. Early iterations of boards were found to have issues related to moisture and chemical stability, leading to premature failure of the building façade but also teaching the industry specific factors that needed to be improved in future generations of board. Now, as a maturing product category, the enabling technology of how to make consistent, high quality boards is well known, even if not universally practiced.
In this presentation, we will review the basics of MgO chemistry, how boards incorporating MgO cement have evolved over time to address early issues in board performance, and how this technology can be incorporated into building exterior wall systems with many favorable attributes.
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https://redirect.aecdaily.com/s904648/www.aecdaily.com/course/1001817
Conventional building practice consists of single functional materials combined to serve the building design needs. For example, an air barrier is a distinct and separate layer, and water resistive barrier is often a separate layer. New designs concepts where multiple functionality, such as air and water barriers, can be met at the same layer per building code will be discussed. In particular, if insulated foam sheathing is used, appropriate joint treatment can enable compliance as air, water, and thermal barriers. Both conventional solid (peel and stick), and new fluid applied flashing and barriers will be discussed. Participants will also gain an understanding of material options and impact of application techniques on long term building performance.
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https://redirect.aecdaily.com/s904648/www.aecdaily.com/course/1002261
Moisture is the most significant factor in the premature deterioration of buildings. Moisture can damage materials directly, but it can also reduce the effectiveness of building materials. Excess moisture is also the major factor in the growth of mold. The most common contributing factors to moisture problems in buildings include: − Lack of understanding of building science principles − Design related factors, e.g., lack of sufficient details in the drawings − Installation related factors, e.g., improper materials substitutions, lack of installer training, and lack of inspection during construction This seminar will discuss the moisture sources in buildings, moisture transport mechanisms and moisture control strategies.
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https://redirect.aecdaily.com/s904648/www.aecdaily.com/course/1002088
This program will provide the design community with the knowledge they need to make informed decisions when specifying a simple solution for exceptional long-term thermal insulating performance and excellent air/vapor battier capability in brick and block walls.
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https://redirect.aecdaily.com/s904648/www.aecdaily.com/course/1075585
This program is designed to provide the design community with an understanding of how energy efficiency impacts water management in wall systems and how to address the control layers of the envelope. The presentation will cover building science, code for bulk water, air, thermal, and vapor, and practical solutions for WRBs, drainage, and flashing.
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https://redirect.aecdaily.com/s904648/www.aecdaily.com/course/1002257
This seminar is a basic review of transport mechanisms for heat, air and moisture movement across the building enclosure. These movements affect the building performance, hence controlling heat, air and moisture flow represent critical functions of the building enclosure. The control strategies for achieving an energy efficient and durable building enclosure will be discussed for each.
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Today's buildings are responsible for 38% of the world's energy usage, causing the demand for highly energy efficient and durable buildings to increase. One of the key elements in a highly energy efficient and durable building envelope is a continuous air barrier and water barrier system. There are several different types of air barrier membranes that are commonly used in the industry, although fluid applied air barriers continue to increase in popularity. There are hundreds of fluid applied air barrier products currently available and they vary greatly in thickness and formulation. As commercial buildings become more energy efficient and complex, the need for a high performance fluid air barrier system is increasing. This presentation will discuss some of the key differences and performance advantages of these new high performance air barrier chemical formulations in contrast to traditional fluid applied air barrier formulations.
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This course goes over sustainable roofing considerations. Participants will understand what role the roof system plays in sustainable design, and how conventional roof design impacts sustainability. They will also learn the how insulation type impacts lifecycle, and how to improve design with the ‘Perfect Roof.’ Presentation covers critical concerns of stormwater management, construction requirements, and functionality of space.
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Mitigating thermal bridges in building envelopes is a major new thrust for improving the thermal performance of buildings. This presentation explains the types of thermal bridges, their impacts, how to account for them, and practical ways to address them with efficient detailing and insulation strategies, including continuous insulation.
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Understanding the performance of building materials in real-world conditions is key to a successful building design. Recent studies have shown that the commonly reported R-values of polyisocyanurate foams at room temperature may overstate their real-world performance in cooler temperatures. This decline in R-value is driven by complex phase change mechanisms, which modify the foam's insulation performance. Insulations not performing to the expected levels may result in gaps in designed building enclosure assembly performance and quality. In this course, through a theoretical framework and empirical data, it is shown that optimized polyisocyanurate foam insulation results in better insulation performance leading to improved energy savings and reduced potential for condensation. Participants are encouraged to explore innovative insulation materials, understand differences between them, and match optimal materials to specific applications, while meeting modern construction codes and regulations. By matching the right insulation materials to the application, architects can contribute to energy-efficient and cost-conscious construction practices, and help buildings reduce their impact on the environment
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With the coming of the 2009 and 2012 International Energy Conservation Codes (IECC), insulating sheathing has played a growing role in the drive to make homes more energy efficient and comfortable for their occupants. The pressure is on for builders, home designers, and architects to find cost-effective construction methods and materials to meet these ever-growing performance standards. Educating one’s self and remaining current on building science trends, technologies and materials has proven to be a powerful measure of success in today’s residential construction markets. The following presentation “Why Use Insulating Sheathing”, aims to educate attendees on the flexibility of using foam sheathing in various Type V construction assemblies in order to meet stricter energy code minimums. Additional learning takeaways from this presentation include investigating common faults in Type V wood-framed walls from a framing, moisture, thermal bridging, and air sealing perspective; and how insulating sheathing can help correct these faults. Attendees will walk away with a thorough understanding of the advantages of using insulating sheathing in residential walls and be able to effectively communicate these advantages to their customers. Additionally, attendees will also leave with a solid understanding of the basic science behind any insulating material and how to better utilize these materials in various environments.
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