Is It Time to Hang Up on Hanging Drywall?

The article addresses the growing concern surrounding mold in residential environments and introduces paperless drywall as an effective solution for mold prevention, particularly in damp areas like kitchens, bathrooms, and basements. It emphasizes that while mold spores are ubiquitous, controlling their growth hinges on eliminating organic food sources. Traditional paper-faced drywall provides an easy food source for mold due to its paper facings. Although many modern paper-faced products offer improved mold resistance, paperless drywall, which replaces paper with inorganic fiberglass mats, offers superior protection. The article outlines four new work habits crucial for effectively installing paperless drywall. The first habit involves using both screws and adhesive for fastening. While standard drywall screws are used, the article advises complementing them with construction adhesive. This dual approach compensates for the greater likelihood of over-driving fasteners into fiberglass-faced panels, which lack the tear resistance of paper. The adhesive not only enhances the bond but also allows for a reduced number of fasteners, though a belt-and-suspenders approach with standard screw spacing is recommended if local building inspectors require visible fastener density. The second new work habit focuses on minimizing dust during installation due to the fiberglass content. It recommends wearing a dust mask, gloves, and long-sleeved shirts to prevent irritation from fiberglass particles. The use of power tools, particularly drywall routers, is discouraged for general cutting tasks as they generate significant airborne dust. Instead, hand tools like utility knives and handsaws are preferred for larger openings, reserving routers for precise cutouts around electrical boxes where the benefits outweigh the dust generation. If a router must be used, employing smaller 1/8-inch bits instead of larger 1/4-inch bits can help reduce dust. Care must also be taken to prevent contamination of the paperless drywall panels before installation, as spills or dirt can compromise their mold resistance. The third habit involves switching to inorganic tape for finishing joints. While paper tape with premixed joint compound is an option, the article strongly suggests using setting-type compound and mesh tape, such as FibaFuse fiberglass tape, to further eliminate organic food sources for mold. It advises caution when embedding mesh tape, recommending a thinned compound mixture, a corner knife for inside corners, and a relatively new taping knife with gentle handling to prevent accidental cuts or tears. Finally, the fourth work habit addresses finishing the surface of paperless drywall. Due to its slightly rougher fiberglass texture compared to paper-faced drywall, a typical Level 4 finish (two coats of joint compound on seams) might require either light sanding of all walls to reduce the fiberglass texture or a Level 5 finish, which includes a skim coat over the entire surface. The latter is recommended for surfaces that will receive high-sheen paint or be exposed to strong raking light, as it creates a more uniform and smooth appearance. While paperless drywall requires some adjustments in handling and installation techniques, mastering these quirks ensures a successful and mold-resistant outcome. #PaperlessDrywall #MoldPrevention #DrywallInstallation #BuildingMaterials #HomeImprovement #MoistureControl #ConstructionTechniques #InteriorFinishing #BuildingScience

Drywall, also known as plasterboard or gypsum board, is a widely used construction material for interior walls and ceilings, offering a range of advantages and disadvantages. One of its primary benefits is the elimination of water from the construction process, setting it apart from traditional materials like concrete that require a curing period. This 'dry' assembly method contributes to cleaner construction sites and faster project completion, which can be crucial for meeting tight deadlines. The use of metal studs as a framework for attaching gypsum boards further enhances the speed and efficiency of installation. However, drywall's environmental impact is a significant concern. Gypsum, a mineral-based material, undergoes extraction and calcination processes that can cause environmental damage. The scale of drywall production often means these environmental impacts are not fully mitigated, raising questions about its sustainability. Despite these environmental drawbacks, drywall offers numerous practical advantages in construction. Its lightweight nature simplifies transportation and handling, reducing labor costs and making it easier to install in various settings. It is also relatively inexpensive compared to other walling materials, contributing to overall cost-effectiveness in building projects. Drywall's versatility extends to its adaptability for various architectural designs. It can be easily cut, shaped, and finished, allowing for custom designs and aesthetic preferences. This material also provides good thermal insulation, helping to regulate indoor temperatures and reduce energy consumption for heating and cooling. Different types of drywall are available, such as moisture-resistant, fire-resistant, and soundproof boards, each designed to meet specific performance requirements. For instance, moisture-resistant drywall is ideal for bathrooms and kitchens, while fire-resistant boards enhance safety in residential and commercial buildings. Conversely, drywall has several limitations. It is highly susceptible to water damage, which can lead to mold growth and structural weakening if exposed to moisture over time. Its relatively low durability makes it vulnerable to physical impact, leading to dents or holes that require repairs. While some drywall types offer enhanced fire and sound resistance, standard drywall does not provide the same level of protection as more robust materials. The installation process, though quick, demands precision to ensure smooth finishes and proper joint treatment. Imperfections can be noticeable, affecting the aesthetic quality of the finished surface. The widespread adoption of drywall underscores its importance in modern construction, particularly for interior applications. Its ease of installation, cost-effectiveness, and adaptability make it a favored choice for residential, commercial, and institutional projects. Despite environmental concerns and vulnerabilities to moisture and impact, ongoing advancements in manufacturing aim to develop more sustainable and durable drywall products, addressing some of its current limitations. Understanding both the benefits and drawbacks of drywall allows architects and builders to make informed decisions, ensuring the selection of appropriate materials for each project's unique demands. #Drywall #Architecture #ConstructionMaterials #InteriorDesign #BuildingTechnology #SustainableMaterials #ThermalInsulation

The article discusses the ongoing debate among interior designers regarding the relevance and desirability of open-concept living spaces. It highlights perspectives from various designers, primarily focusing on arguments for and against this popular home layout. The conversation begins with feedback from "Next Wave" designers featured in House Beautiful. Brad Ramsey, a Nashville-based designer, expresses his fatigue with the trend of homes having one large open room serving multiple functions (living, dining, kitchen, breakfast nook). He argues that this design often diminishes a home's character and intimacy, preferring more segmented spaces that allow for varied experiences. Jerel Lake, an Atlanta-based designer, echoes this sentiment, favoring the compartmentalized nature of older homes and disliking the idea of performing kitchen tasks in the same area as dining. Both designers acknowledge the desire for togetherness but emphasize the loss of character and intimacy when open-concept designs are executed poorly. Ramsey elaborates on his preference for closed-concept spaces, comparing them to a wardrobe where different outfits suit different moods and occasions. He suggests that distinct rooms provide opportunities for diverse design expressions—a cozy family room, a sophisticated sitting room, or a vibrant powder room. This segmentation allows for experimentation with color, texture, and pattern in each room without needing to ensure seamless coordination with adjacent spaces. Lake supports this view, noting that closed concepts enable the creation of independent vignettes, allowing for varied aesthetics, such as a moody, rich wood veneer kitchen contrasted with a light and fresh living room palette. He also posits that closed-concept living promotes more focused engagement among family and friends by minimizing distractions. Conversely, other designers advocate for open-concept layouts, at least in certain contexts. Amber Lewis, a Los Angeles-based designer, believes open-concept spaces are ideal for entertaining, preventing guests from feeling cramped. Vince Falotico, managing partner of Brooks & Falotico in New Canaan, Connecticut, supports open concepts when they align with a client's lifestyle and are well-executed. He points out their benefits in maximizing natural light and offering seamless views, especially in properties with scenic surroundings. Shea McGee from Salt Lake City maintains a neutral stance, noting that many clients with families or a penchant for entertaining gravitate towards open floorplans due to the convenience of multitasking—such as watching children, cooking, and interacting with guests simultaneously. The article concludes that the decision between open and closed-concept layouts ultimately depends on the homeowner's lifestyle and preferences. Factors like having children, entertaining habits (casual vs. formal), and the desire for distinct functional zones should influence the choice. The piece also raises the question of timelessness, observing that closed-concept designs have a long historical precedence, while open concepts are a relatively newer trend. For those seeking a classic aesthetic, designating separate rooms for the kitchen, living room, and dining area remains a reliable and enduring design choice. #OpenConceptLiving #InteriorDesign #HomeLayout #DesignTrends #ClosedConceptLiving #BradRamsey #JerelLake #AmberLewis #SheaMcGee

This blog post details a HomeLAB test conducted to determine the actual weight capacity of various drywall anchors, comparing their performance against manufacturer claims. The experiment was initiated due to skepticism regarding the stated weight limits of drywall anchors, which are essential for hanging items in areas without wall studs. The testing methodology involved installing each drywall anchor into a standard one-half inch drywall panel, strictly adhering to the manufacturer's installation instructions. A tension scale was then connected to the installed anchor, and this scale was subsequently attached to a hook screwed into a 2x4, which was securely fastened to wall studs. A turnbuckle was used to gradually increase the tension on the anchor, and the weight at which the anchor failed or buckled was recorded. This systematic approach ensured consistent and measurable results for each anchor type. Seven different types of drywall anchors were put to the test: Everbilt Ribbed, Cobra TripleGrip, Pop Toggle, E-Z Ancor Twist-N-Lock Medium Duty, Toggler SNAPTOGGLE, Cobra DrillerToggle, and WallClaw Anchors. The Everbilt Ribbed, with a claimed capacity of 22 lbs, remarkably held 80 lbs, exceeding its rating significantly. The Cobra TripleGrip, rated for 45 lbs, performed similarly to the Everbilt Ribbed by holding 90 lbs. The Pop Toggle, with a 60 lbs claim, demonstrated exceptional strength, supporting 130 lbs—more than double its stated capacity. The E-Z Ancor Twist-N-Lock Medium Duty, marketed for 75 lbs, successfully held 100 lbs and was noted for its ease of installation without requiring pre-drilling. The Toggler SNAPTOGGLE emerged as the best overall performer, rated for 80 lbs but capable of holding an impressive 180 lbs, reaching the maximum tension the testing apparatus could apply. The Cobra DrillerToggle, with a 90 lbs claim, held 140 lbs, featuring a unique design where a metal arm tightens against the drywall as a screw is driven in. In contrast, the WallClaw Anchors, also rated for 90 lbs, met their claimed capacity but failed by popping out of the drywall when exceeded, creating a large hole. The comprehensive testing revealed that nearly all anchors exceeded their advertised weight ratings, providing a practical guide for consumers on selecting appropriate drywall anchors based on actual performance. #DrywallAnchors #WeightCapacity #HomeLABTest #DIYHomeImprovement #ProductTesting #ConstructionMaterials #HomeProjects

Drying laundry indoors, especially on bannisters and doors, is a common practice, particularly in smaller homes or during unfavorable weather. While it might seem convenient, experts warn that this habit can lead to significant problems for both the home's structure and the inhabitants' health. Paul Strong, store operations manager at Magnet Trade, explains that wooden bannisters and doors are particularly susceptible to damage from wet laundry. Wood is a porous material, and repeated exposure to moisture from damp clothes can cause it to warp or even rot over time, leading to long-term structural issues for the property. Beyond structural damage, there's also the risk of aesthetic harm. Deyan Dimitrov, laundry expert and founder of Laundryheap, highlights that paint or varnish from wooden surfaces can transfer onto clothes, resulting in stains that are often impossible to remove. This not only ruins garments but also degrades the appearance of the wooden fixtures. A more widespread concern, according to Dimitrov, is the impact of indoor drying on the home's humidity levels. Hanging wet clothes indoors significantly increases humidity, creating an ideal environment for mold and mildew to flourish. These fungi can pose serious health risks, triggering or exacerbating allergies, asthma, and other respiratory problems for residents. The moisture released from drying clothes becomes trapped indoors, allowing mold spores to multiply on walls, ceilings, and other surfaces, often in unseen areas. To mitigate these issues, experts recommend alternative drying methods. Investing in additional clothes airers is a straightforward solution that prevents laundry from being draped over unsuitable surfaces. For faster drying, especially of larger items, heated clothes airers are highly effective. These appliances accelerate the drying process, reducing the time clothes spend releasing moisture into the air. Another valuable tool is a dehumidifier. Placing a dehumidifier near a drying rack or DIY washing line can drastically reduce drying times. Many modern dehumidifiers even come with a "laundry-boost" setting specifically designed for this purpose. Critically, dehumidifiers actively remove excess moisture from the air, thereby preventing dampness and the musty odors that can cling to clothes and surfaces. This not only safeguards the home's structure and prevents mold growth but also ensures that clothes dry more efficiently and without developing unpleasant smells, ultimately contributing to a healthier indoor environment. #LaundryCare #HomeMaintenance #HumidityControl #MoldPrevention #DryingClothes #HouseholdTips #InteriorHealth #WoodDamage #CleaningMistakes

The author shares a long-standing appreciation for plaster walls, tracing it back to a specific wall color, "London Fog" by Benjamin Moore, at a furniture store in Sag Harbor, New York, in August 2016. The walls, finished in a matte Venetian plaster, struck a perfect balance of color and texture, initiating a desire for such a finish in their own home. This desire was reignited by a visit to the Kips Bay Decorator Show House, where multiple rooms showcased plaster walls in contemporary applications, ranging from moody matte green in bathrooms to bright ivory spaces with three-dimensional stripes. The article emphasizes that these were not traditional Venetian plaster applications but modern interpretations, utilizing current colors and unexpected techniques to make the material feel fresh and relevant. To achieve this look, the author consulted with several designers, who provided tips on incorporating plaster into a home, suggesting that the finish can evoke the feeling of a breezy Italian farmhouse. Nashville-based designer Sarah Bartholomew contributed insights into creating a three-dimensional texture using plaster. For a living room in the show house, she utilized plaster panels with a one-inch fluted pattern, finished with a limewash paint matched to Benjamin Moore’s White Dove. Bartholomew cautioned against over-polishing plaster, highlighting that its beauty lies in its raw, matte finish. She also noted that white is not the only option for plaster, expressing an interest in using a pale blue Venetian plaster in a future project. Pappas Miron, a design firm, adopted a different approach to plaster in an Italian-inspired powder room for the show house. Designers Alexandra Pappas and Tatyana Miron opted for Roman plaster from Ressource House of Paints in Etourneau, creating a matte, moody wall covering. They described the process as involving a rough primer, a mineral undercoat, and a final troweled plaster layer. Their preference is for minimal movement in the final coat to achieve a subtle texture that is super-chic and old-world, favoring earthy undertones and clean white looks while advising against primary colors due to the risk of making the plaster appear unsophisticated. Miron cited Belgian designer Axel Vervoordt as an inspiration for his use of matte and rough plaster elements, emphasizing its role in setting the mood of a room. Tara Mangini and Percy Bright of Jersey Ice Cream Co., known for their plaster work in private homes and hotels, discussed their technique of mixing custom colors using pigments from Guerra Paint and Pigment. They draw inspiration from historical periods and global architectural styles, observing that traditional plaster is more common in some countries than modern wall systems. Bright advised that mastering plaster work requires significant practice, as the material offers limited working time and many potential pitfalls. Despite the learning curve, the article concludes that plaster remains a time-trusted and enduring finish for walls. #PlasterWalls #HomeDecor #InteriorDesign #WallFinishes #DesignTips #TexturedWalls #MatteFinish #Renovation #KipsBayShowHouse