Kalwall’s diffuse, full-spectrum natural daylighting delivers soft, serene natural light to places of worship, creating a spiritual setting that both soothes and inspires. Over the years, many designers have utilized Kalwall to great effect, often simulating stained glass windows with our colored inserts. Learn how you can incorporate Kalwall into your next church or religious space.

Thermally fused laminate (TFL), also known as melamine panels, has become the leader in durable realism in kitchens, closets, home offices, and organized storage, delivering great value, quality, and safety without sacrificing design. Presented here is the evolution and manufacture of TFL and its properties and performance attributes, the link between texture and perception and the role texture plays in the visual impact of a TFL panel, and finally, residential living trends that are forcing designers and manufacturers to innovate.

This course offers insight into the environmental performance of Redwood Lumber. The details and results of a Life Cycle Assessment (LCA) comparing Redwood and plastic/composite decking options will be shared as will information about Redwood’s Environmental Product Declaration (EPD). The course also provides comparisons between Redwood Lumber and other wood species, as well as details about the sustainability of modern Redwood forestry management practices. Finally, this course provides details on important product attributes of Redwood Lumber including grades, fire performance, strength, and finishing options among others.

This course explores the climate positive benefits of materials already in use in most commercial and residential interiors. Decorative composite wood panels (TFL) begin in FSC certified forests by utilizing over 99% harvested wood fiber; are manufactured in extremely efficient facilities; and replace rare and fragile natural materials in everyday and high-use applications. The materials themselves have been assessed via an LCIA to have a negative carbon footprint (i.e., are naturally "climate positive"). Producers' adherence to FSC guidelines, and the material's ability to replace less sustainable, more fragile alternatives, only add to their overall contribution to climate and human health.

This course provides evidence that Redwood Timbers are a safe, strong, and sustainable option for exterior and interior building projects where natural wood is desired. It will explore the use of Redwood Timbers for post and beam construction, decorative elements, deck posts, and outdoor living structures such as arbors, pergolas, and gazebos. The course also provides information about Redwood’s insulation properties and Class B flame spread, as well as details about modern Redwood forestry management practices that ensure Redwood will remain a renewable natural resource into the future. Finally, this course provides details on the product attributes of Redwood Timbers including grades, dimensions, fasteners, finishing options, and strength among others.

Designers, owners, and occupants all value the appeal of natural brick and wood for exterior cladding and interior surfaces. But these natural materials come with drawbacks. Wood can split, warp, cup, mold, and attract insects. Brick is heavy and susceptible to efflorescence. Quality control is not assured. The fresh alternative is resin cast shapes that mimic wood and brick, delivering the benefits of biophilia and a sense of connection with the natural world, but without the problems. This course examines the wood and brick aesthetic of resin cast shapes and demonstrates their sustainability and performance qualities. They are durable, lightweight, easy to install, and contribute to a continuous building envelope. Case studies of noteworthy projects illustrate the superior form and function of this next-level cladding alternative.

You can REQUEST a live event at a convenient time and location for you.

There may be additional events available! See the course details page for more information.

This course explains the integration of underfloor system distribution with green design best practices, the components, features and benefits, and market adoption.

Course will cover where FRT wood is specified in the codes, definition of FRT wood, and the use of coatings as an equivalent solution to FRT wood in various construction types.

Exterior cladding must be long lasting, maintenance-free, and aesthetically pleasing to meet the design demands of property and homeowners. An innovative composite cladding solution, developed with a patented technology that incorporates glass-reinforced polymers and graphite-infused polystyrene, meets and exceeds these requirements. This course describes the design challenges property and homeowners often face when selecting cladding, and it offers a solution. Performance characteristics such as thermal resistance, wind load resistance, and fire ratings are discussed. Installation techniques and a case study are also examined.

As interest in mass timber building design grows, there are new protection strategies that must be employed for a successful installation to ensure occupant long-term health and safety. This presentation will explain moisture protection strategies by providing in-depth test results on mass timber wetting and drying studies, methods to protect during each construction phase, and the vapor-permeable protection technology available to address wood’s unique moisture characteristics. All in an effort to create a sustainable, stable structure and preserve the beauty of the mass timber building.

Thermal modification is a tried and tested process for increasing the durability of wood while maintaining a warm aesthetic in building design. This course examines all aspects of this sustainable wood product and how it can be incorporated into a variety of projects.

This is a Product SpotLight Presentation - Wilsonart Woodgrains™ provides unlimited species, cuts, stains, and finishes, captured in a tougher, more sustainable material than wood veneer. Learn how you can get the look of wood you love, with the superior durability and availability of a Wilsonart engineered surface. You’ve got to see it to believe it.

Cellular PVC cladding is delivering high performance characteristics in architectural applications that may not be available with other products. This course presents the benefits of cellular PVC as a cladding material and focuses on high performance coatings, how they work, and how their design contributes to their durability and longevity. This along with the architectural design of pre-finished PVC trim system to accompany the cladding.

A discussion about cellular PVC trim products, applications, and manufacturing while looking deeper into synthetic trim materials and specific product examples.

An examination of the new Poly-Ash category of exterior moulding as it relates to other types of moulding, specifically around the areas of installation, maintenance, and sustainability.

Introduction to various types and options in the market place for Specialty siding materials.

Join us for our webinar series with a focus on Transportation projects. From airports to bus and train stations, Kalwall’s translucent systems are a perfect fit for keeping your project moving in the right direction. Travelers will benefit from visual privacy, enhanced security and easier way-finding due to brilliant natural daylight or soft backlighting. Facility managers can enjoy superior energy efficiency, easy cleaning and high visual acuity for inspection or repair workers.

Embark on a comprehensive exploration of bamboo as an extraordinary building material in our Sustainable Building with Bamboo and Bamboo-Plastic Composites course. Delve into its historical evolution from ancient structures and uses to modern day contemporary applications, unraveling the unique properties that make bamboo an exceptional choice for sustainable construction and for use in composite materials. This course offers a deep understanding of bamboo's role in shaping environmentally conscious building practices. Join us for a journey through time, scientific intricacies, and real-world applications, as we unveil the potential of bamboo in creating resilient and eco-friendly structures for the modern World.

This introductory course is designed to educate all attendees on the most common types and configurations of multi-family buildings. In addition, each attendee will gain access to common manufacture details associated with Multifamily work and how to properly size engineered wood products. Two methods of design will be reviewed, specific manufacture literature as well as software that is available by all manufactures and third-party sources.

Today’s building professionals seeking better moisture management and energy efficiency from the exteriors of their projects are turning to rainscreens as a solution to both. Wood-plastic composite (WPC) provides a durable and long-lasting material suitable for use in rainscreen systems, decks, railings, and more. Reviewed in this course are the manufacturing process, performance and green benefits, and installation of WPC cladding that is fully capped with a polymeric plastic “shield,” providing long-term resistance to moisture, staining, and fading.

Alaska yellow cedar (AYC) is one of the most visibly unique woods available to builders, architects, and homeowners. It is sustainable, rot resistant, and has a natural beauty that requires very little staining or finishing. AYC is popular for exterior and interior residential applications including decking, landscaping features, shakes and shingles, paneling, mass timbers and beams. This course examines the performance characteristics of AYC including fire resistance and durability and various applications are also discussed.

The ultimate replacement for natural cedar and the perfect accent for engineered wood and fiber cement.

Vinyl has long been a material of choice for construction products for interiors and exteriors because of its durability, cleanability, affordability, and suitability for a vast range of applications. This course furthers the conversation by discussing vinyl’s recyclability and sustainability and the attributes of laminated rigid PVC exterior and interior wall panels and siding and soffit products.

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.

You can REQUEST a live event at a convenient time and location for you.

There may be additional events available! See the course details page for more information.

The construction industry poses a sustainability threat to the environment. Reusable construction materials however, provides a great avenue for designers and contractors to reach their organization's sustainability goals. Site protection is a serious topic as flying debris and dust are problems every professional must consider in the planning phases of renovations and new construction. This is an introduction course for Architects and Construction Managers aiming to meet their sustainability goals for construction projects. Learn how to improve overall project sustainability rating right from the design stage with recyclable and reusable walls. Learn material selection for dust and debris containment for improved safety on construction sites. Make time and cost savings for contractors and clients using BIM families embedded with rich information; a big game changer for any designer. This course highlights effective site protection, human safety & sustainability decisions which can be achieved with reusable modular wall systems.