Mounting Things From Hollow Core Doors Is So Much Easier Than You Realized

The author shares their experience in decorating a blank corner of their kitchen, drawing inspiration from rural France where plates were used as wall decor. Their goal was to create a gallery wall featuring favorite crockery. Before finding a successful method, they experimented with several plate-hanging techniques. Initially, traditional wire hangers were tried, but these were deemed unsatisfactory due to their visibility, which clashed with the author's perfectionist aesthetic. Next, adhesive strips were tested, but these lacked the necessary sturdiness for heavier plates, leading to concerns about their security. Hooks were also attempted, but these caused the plates to protrude too far from the wall, disrupting the desired flush appearance. The author sought a solution that would be both strong and invisible. This quest led to a recommendation from a designer: the Disc Adhesive Plate Hanger. This product utilizes a unique application method where the adhesive sticker is moistened to become tacky, then applied to the back of the plate, and allowed to dry overnight. Once dry, a single nail is used to hang the plate by a metal loop integrated into the disc. This method ensured the plates sat perfectly flush against the wall, with no visible wires or hooks, achieving the desired seamless look. The entire process of hanging four plates took only 10 minutes after the adhesive had dried, highlighting its efficiency. The hangers are also easily removable by soaking them in warm water, which allows them to peel off without damage. While the adhesive stickers were not the cheapest option, costing slightly more than traditional wire plate hangers (which were around $12 for 12), the author emphasizes their superior aesthetic appeal due to their invisibility. They note that cheaper wire hangers, despite being advertised as invisible, often are not. Similarly, no-nails options, such as heavy-duty Command strips, were considered, but concerns about the weight of the plates and the risk of them falling led the author to prefer the Disc Adhesive Plate Hanger for its perceived security. The author, who rents, was particularly cautious about finding a method that would securely display valuable and cherished plates without risk. Six months after installation, the plates remain securely on the wall, confirming the reliability and effectiveness of the chosen method. The author highlights that hanging plates is an accessible and simple way to refresh a kitchen using existing items, allowing beautiful crockery to be displayed full-time rather than only during special occasions. The ease of installation and the flush, unobtrusive hanging style provided by the Disc Adhesive Plate Hanger are presented as key benefits. The author also expresses an intention to periodically update the hung plates to reflect seasonal changes, offering an easy and cost-effective way to refresh the kitchen's decor. #InteriorDesign #PlateWall #HomeDecor #KitchenDecor #DIYHomeDecor #AdhesiveHangers #GalleryWall #HomeImprovement #DecoratingTips

This article delves into the advancements and benefits of closer hinges, an evolution of the traditional spring hinge, which integrates door control mechanisms directly into the hinge barrel. The modern engineering of these hinges offers a compact and highly functional solution to various door closing challenges, often surpassing the capabilities of conventional overhead surface-mounted door closers. While earlier door closing mechanisms, such as counterweight systems or simple springs, suffered from issues like inconsistent closing speeds, slamming, and difficulty in balancing opening and closing forces, contemporary closer hinges address these limitations effectively. They feature adjustable springs and sophisticated mechanical and hydraulic devices, enabling precise control over door movement. The article highlights several key performance characteristics of high-performance closer hinges. Accessibility is a primary concern, with closer hinges often meeting or exceeding requirements outlined in the Americans with Disabilities Act (ADA), as well as similar standards like the Architectural Barriers Act (ABA), Uniform Federal Accessibility Standards (UFAS), and ICC A117.1. These standards govern protrusion limits, ensuring that objects do not impede circulation paths, and specify closing times for doors to allow adequate passage. Furthermore, the controlled closing speed of these hinges contributes significantly to safety by reducing the risk of door-related injuries and preventing doors from slamming shut. The article also touches upon opening force requirements, noting that while ADA specifies a maximum of 5 pounds for interior hinged doors, the practical minimum force is always preferable, especially for exterior applications. Durability and strength are critical aspects of closer hinges. Grade 1 closer hinges, according to BHMA A156.17, are subjected to rigorous testing, including one million cycles of opening and closing, and static load tests to ensure they can withstand anticipated stresses. Their suitability for fire-rated construction is also emphasized, with some closer hinges being labeled for use in openings with up to three-hour fire ratings, typically utilizing steel or stainless steel components. Considerations for selecting closer hinges include the manufacturer's recommendations for maximum operating range and ambient temperature. The design of these hinges can also offer additional functionalities, such as built-in hold-open capabilities and door stops, which can eliminate the need for separate hardware and reduce clutter. Swing clear hinges, a variation of closer hinges, are particularly beneficial for accessibility as they maximize the effective width of a door opening by moving the door clear of the travel path. The article also notes their utility in communicating doors where space constraints might preclude surface-mounted closers. Weather-resistant options are available for outdoor or wet environments. Compatibility with existing door and frame preparations is another advantage, as closer hinges often conform to BHMA A156.7 standards for template hinge dimensions, allowing for easy interchangeability with ordinary door hinges and simplifying retrofit installations. Material and finish considerations are covered by BHMA A156.18, with stainless steel recommended for harsh environments and heavy-duty applications, and aluminum for non-fire-rated interior doors. From an aesthetic perspective, closer hinges can be designed to be discrete, with barrels only slightly larger than standard hinges, allowing them to blend seamlessly with the door's appearance. Their ability to prevent slamming also contributes to improved acoustics and overall occupant comfort by reducing noise. Ultimately, closer hinges provide a modern, high-performance solution that offers a blend of functionality, safety, accessibility, and aesthetics for a wide range of door applications. #CloserHinge #DoorHardware #AccessibilityStandards #FireRatedConstruction #BuildingMaterials #ArchitecturalDesign #DoorControl #ConstructionSpecifications #BHMAStandards

This article details a method for building custom-sized frame-and-panel doors on-site, offering a cost-effective alternative to purchasing pre-made custom doors. The process begins with the initial decision-making phase, where the author, a carpenter, evaluates whether to buy or build custom doors based on specific project needs, such as size, style, and finish (paint or stain grade). For a recent project requiring large sliding doors to separate two home office/guest bedrooms, building on-site proved to be more economical, even when accounting for labor. The doors were designed to complement existing paint-grade frame-and-panel doors in the house. The material selection for these doors involved using 6/4 (1-1/2-inch thick) poplar for the stiles and rails and 1/2-inch plywood with two good faces for the panels. The author outlines a meticulous milling process for the lumber. Upon delivery, the poplar boards are sorted to identify the straightest and flattest pieces for the full-height outermost stiles, while other boards are designated for intermediate stiles and rails. Special attention is paid to achieving consistent thickness for all parts, which is crucial for accurate joinery. Boards are rough-cut longer to accommodate planer snipe, and a two-stage planing process ensures uniformity. Ripping boards to their precise width on a tablesaw, often utilizing a sled for boards lacking a straight edge, and then planing them to their final dimension, completes the initial material preparation. Finally, all parts are cut to their exact lengths using a miter saw with a stop for consistency. The next stage involves preparing the joinery for the door assembly. The door parts are temporarily laid out and clamped together to mark and label each joint, ensuring correct reassembly. During this mock-up, measurements for the plywood panels are taken, adding 3/4 inch to both width and height to accommodate for the grooves. The article emphasizes creating clean and consistent grooves for the door panels using a slot-cutting router bit. To accommodate the 1/2-inch thick plywood, two passes are made from each face of the board, and a third pass with a different cutter might be necessary to clear the remaining material in the center. The router cuts are made freehand to follow any slight variations in the wood, ensuring a perfectly centered groove. To create robust joints, a double row of Domino tenons is used, with the mortises cut slightly wider than the tenons to allow for some flexibility during the glue-up. The final phase is the glue-up and assembly. The author provides three key rules for this critical step: enlisting help, ensuring a flat working surface to prevent warping, and pre-sanding all panels before assembly. The doors are initially assembled and glued on a table for convenience, then moved to a dead-flat floor for final clamping. Checking for squareness is typically done by measuring diagonals, but precise rail cuts can also ensure accuracy. Excess glue squeeze-out is promptly wiped away, and the doors are left clamped for at least half a day or overnight. Post-curing, joints are flattened using a random-orbit sander, or a belt sander for more significant material removal, followed by a final pass with 100-grit paper. The custom-built doors provide both aesthetic appeal and practical flexibility, proving this on-site construction method to be a valuable solution for custom door requirements, including both sliding and swinging door applications. #CustomDoors #Woodworking #DIYHomeImprovement #SlidingDoors #FrameAndPanel #CarpentryTechniques #OnSiteConstruction #DoorBuilding #FineHomebuilding

Living in a rental property often presents challenges, particularly when it comes to storage solutions. Many renters face the dilemma of limited space for books, toiletries, and decorative items, leading to a need for creative storage options that do not involve damaging walls or violating lease agreements. This article highlights a practical solution: renter-friendly shelves that require no drilling. These innovative shelving options, encompassing floating, free-standing, and countertop designs, are specifically chosen to maximize space efficiently without the need for permanent alterations. The search for suitable no-drill shelves can be overwhelming due to the vast array of options available in the market, ranging in materials from acrylic to wood, and designs from stackable to adjustable. The article simplifies this process by presenting eight carefully selected, renter-friendly shelving solutions that cater to various needs, spaces, and budgets. Each recommendation is designed to be easily incorporated into different rooms of a rental home, including bedrooms, kitchens, and living rooms, offering both functionality and aesthetic appeal. Among the featured selections is an affordable acrylic floating shelf set, priced at $20 for two. These shelves can be installed in almost any room using durable, waterproof adhesive tape, capable of holding up to seven pounds each, and even include a cord opening for electronic devices. For bathrooms, the Spirich Over The Toilet Storage Cabinet is recommended. This free-standing unit utilizes the often-overlooked space above the toilet, offering both open and cabinet storage to display decor and conceal personal items. It is available in white and espresso brown, featuring a minimalist design suitable for various interior styles. The Vaehold Spice Rack Organizer addresses kitchen storage limitations, providing a five-tiered countertop solution for spices, oils, and condiments. Its tiered design ensures easy access and visibility, while the acrylic-wood combination adds to its aesthetic. This versatile organizer can also be used in bathrooms for perfumes and toiletries. For bedrooms, the West Elm Profile Bookcase is suggested. This staggered, free-standing unit is versatile enough for books, decor, or as part of a home office setup, and its solid iron finish offers a sleek look. Importantly, its non-leaning design eliminates the need for wall attachment. Closet organization is tackled with the StorageWorks 6-Shelf Hanging Closet Organizers. This system can be configured as two three-shelf units or one six-shelf unit, made from sturdy plastic boards that can hold up to 50 pounds, ideal for clothing and accessories. Mesh side pockets provide additional storage for irregular items like belts. In the living room, the Tangkula TV Stand offers open shelving for media equipment, games, and books, along with adjustable side shelves and cable holes to maintain a tidy appearance. Lastly, the Addlon 5-Tier Corner Shelf Floor Lamp is a multi-functional item that optimizes corner spaces, providing four tiers of shelving, built-in charging ports, and a floor lamp with adjustable light settings. A magnetic shelf for refrigerators or washing machines is also presented as an ideal solution for additional storage in kitchens or laundry areas, supporting up to seven pounds and available in black and white to suit diverse home styles. #RenterFriendly #HomeOrganization #NoDrillShelves #SpaceSaving #StorageSolutions #HomeDecor #AffordableShelves #FunctionalDesign

The growing demand for decks has spurred significant innovation in the fastener industry, with manufacturers focusing on solutions that offer enhanced corrosion resistance, improved ease of installation, and aesthetically pleasing hidden systems. Hidden fastening systems, for example, are gaining popularity due to their ability to create a clean, fastener-free deck surface, a preference for many homeowners. DeckWise, known for its Ipe Clip, utilizes a malleable plastic polymer resin coating to prevent wood staining often associated with all-metal fasteners. This clip, with its rigid stainless-steel insert, is designed to provide superior holding power, being three times stronger than other edge-mount deck fasteners. The company emphasizes the quality control derived from its Florida-based manufacturing, ensuring thorough research and testing of its products before market release. Simpson Strong-Tie has also advanced its hidden fastening offerings with the EB-TY Premium system, an improvement on its original EB-TY line. This system incorporates a Type 300 series stainless steel reinforcing plate to boost stiffness and securely hold deck boards, while still allowing for seasonal expansion and contraction. The metal insert within the EB-TY biscuit prevents screws from driving through and strengthens the clip, which is crucial for hardwood decking that experiences movement due to environmental changes. To simplify installation, the EB-TY Premium system includes the EB-GUIDE, a predrilling tool that ensures screws are inserted at the correct angle, making the process more efficient for contractors. In terms of corrosion protection, SPAX USA introduced its SPAX Exterior/Deck screw featuring HCR-X plating. This technology provides superior corrosion resistance compared to other carbon steel painted or hot-dipped screws, and it is recognized by ICC for level-four ground contact, including coastal building conditions. SPAX also offers T-star plus double-thread lock screws in 304 stainless steel for deck flooring and trim applications, as well as longer length Powerlags for structural framing of decks. Grabber Construction Products has launched Tie-Master and Lag-Master, heavy-duty, code-compliant structural wood screws designed to eliminate pre-drilling and reduce installation torque. These fasteners are versatile, suitable for various framing projects, including roof trusses, laminated beams, and ledger connections. Grabber's XGT deck and fence screws feature a QuickGrab point design for immediate starts and faster driving, along with a Draw-Tite shank to pull wood members together. Huttig Building Products has expanded its Huttig-Grip program with Huttig-Guard fasteners, available in carbon steel and stainless steel, offering varying warranty periods up to a lifetime. The Platinum Series, with its lifetime warranty, incorporates patented threads, a double counter-sinking head, and a knurled shank for reduced drag. Unlike many competitors, Huttig-Guard employs star drive, flat head with nibs, serrated thread shank, and a type 17 self-auger point for wood-to-wood applications, contrasting with common bugle head Phillips drive screws. MiTek’s ProSeries Fasteners, including washer head, bugle head, and hex head structural wood screws, are designed for diverse applications, including decking. These fasteners feature a cut point for fast starts and reduced torque, and screw lengths are stamped on the head for easy identification post-installation. MiTek’s Gold Coat extended-life structural connectors provide multi-layer corrosion protection, combining a zinc layer with a patented organic polymer barrier. National Nail’s CAMO Deck Fastening brand introduced a stand-up fastening tool, making installation less physically demanding for contractors and allowing for creative deck designs with either edge fastening or traditional top-down methods. Simpson Strong-Tie’s Quik Drive auto-feed system also enhances installation efficiency and ergonomics, offering both labor savings and increased safety for contractors. The availability of specialized fasteners and knowledgeable sales staff are crucial for dealers to meet contractor demands and maximize sales, offering a mix of products across different price points to attract both value-conscious and premium-seeking professionals. #DeckFasteners #HiddenFasteningSystems #CorrosionResistance #DeckBuilding #ConstructionProducts #StructuralWoodScrews #DeckWise #SimpsonStrongTie #SPAXUSA

Many homes frequently face a common challenge: a lack of sufficient storage space, particularly in pantries where numerous food items compete for room. A practical and straightforward DIY solution to this problem involves installing a wall niche, or multiple niches, to significantly increase storage capacity without the need for an extensive kitchen pantry renovation. A wall niche is essentially a recessed cubby built directly into the wall, a concept that has gained popularity among designers and homeowners due to its ease of implementation and cost-effectiveness. This DIY project, while requiring several steps, is manageable for individuals with basic tools, some lumber, and a degree of patience. The initial phase of creating a wall niche involves selecting an appropriate location and identifying wall studs. Homeowners must decide whether the shelves will fit between existing studs, which typically provides about 14 inches of space, or if a stud needs to be cut to achieve a wider niche. The process begins by carefully cutting the drywall to the desired dimensions and shape using a drywall saw or an oscillating tool equipped with a drywall blade. If a stud obstructs the planned niche, the section of the stud where the shelves will be placed must be removed. In such instances, it is crucial to use additional beams, such as 2x4s, to frame the inside of the cubby and ensure that the cut stud is adequately supported, maintaining the structural integrity of the wall. Once the opening is prepared, the next step involves installing the shelves. While pre-made options like recessed medicine cabinets are available, building custom shelves offers the advantage of cost savings and personalized aesthetics. For a DIY approach, plywood pieces can be cut to form a box that precisely fits within the wall opening. This box is then secured using wood glue and nails. To enhance the visual appeal and provide a more finished look, a veneer panel can be added to the back of the shelf frame. The assembled frame is then installed into the wall opening by nailing it into the studs. Subsequently, the individual shelves, cut to the appropriate size, are attached inside the frame. Typically, a depth of 3½ inches is available, though shelves can be extended slightly beyond the frame for additional storage. To conceal any gaps or rough edges around the frame, trim pieces are added to the perimeter. For an elevated design, decorative molding can be incorporated onto the front of the shelves. The final touch involves painting the entire unit and the trim, with a suggestion to use a trim color other than traditional white to make the niche a distinctive feature. Before initiating any cuts into the drywall, it is imperative to verify that there are no hidden pipes or electrical wires within the wall. Encountering such obstacles would necessitate selecting an alternative location or engaging a professional to reroute these lines, which could incur additional hassle and expense. If these potential issues can be avoided, constructing a pantry niche stands as a straightforward and economical project capable of significantly enhancing pantry storage and organization. #PantryStorage #DIYHomeImprovement #WallNiche #KitchenOrganization #HomeStorageSolutions #InteriorRemodel #CustomShelves #HomeDesignHacks

Many homeowners face the challenge of bland, cluttered hallways lacking functional storage. This article presents several DIY solutions to transform these often-overlooked spaces into organized and aesthetically pleasing areas, with an emphasis on creating a built-in look without extensive carpentry skills. One accessible DIY method involves using prefabricated furniture pieces as a base. The process begins with purchasing slim floor cabinets, such as console tables, and placing them side-by-side to fill the desired wall space. These cabinets are then anchored securely to the wall to prevent tipping, a crucial safety measure. The Yaheetech console table, with its 12-inch width and rounded corners, is cited as a suitable option, easily secured with furniture anchors. After the cabinets are in place, pre-fabricated shelves are installed between them, and a long piece of wood is added across the top to connect the entire unit. This approach creates a narrow, wall-hugging structure that mimics the appearance of custom built-in storage, requiring minimal power tool use, primarily a power drill. Another strategy for built-in storage involves repurposing an existing closet within the hallway. Many hallways, particularly in bedrooms or upstairs areas, feature standard linen closets with bifold doors and basic shelving. The article suggests that these can be redesigned to better suit individual storage needs. This transformation starts by completely emptying the closet and removing existing shelves. For those with advanced woodworking skills, building a custom cabinet and drawers as a separate insert is an option. Alternatively, a professional craftsman can be hired for custom builds if the homeowner lacks the necessary expertise. An innovative solution presented is utilizing the space between wall studs for recessed storage. This often-overlooked area can be converted into bookcases, display cabinets, or other storage units. The primary advantage of this method is that it creates flush storage that doesn't consume floor space and is less prone to being knocked over. DIYers can build a box and shelves to fit within the stud space, secure it, and then paint and trim it to match the hallway's decor. Before cutting into walls, it is essential to check for electrical outlets, wiring, ductwork, pipes, insulation, and vapor barriers to avoid complications. For hallways where extensive DIY built-ins are not feasible due to time, talent, or budget constraints, simpler creative storage additions are suggested. The Great Home Ideas designer, after creating the console table built-in, further enhanced the hallway by adding a mirror, artwork, and stylish hooks under a narrow wooden shelf. This provides practical storage for items like keys while contributing to the hallway's aesthetic. Other suggestions include using leftover wood to create matching key shelves or building small wall shelves. Picture ledges, such as Icona Bay floating shelves, offer a versatile option for displaying items and holding small possessions. Finally, the article explores repurposing architectural salvage and utilizing an often-neglected space: the area above doorways. Mounting lidded acrylic containers, like those from the Freebat store, above doors can provide storage for infrequently used items while also serving as a decorative element. To achieve a truly custom and "built-in" look, incorporating architectural salvage pieces is recommended. Examples include using bricks from a historic building as shelf brackets or attaching antique keyhole covers with hooks to a board for unique hallway storage. These methods emphasize creative problem-solving and personalized touches to maximize storage and enhance the visual appeal of any hallway. #HallwayStorage #DIYHomeImprovement #BuiltInStorage #HomeOrganization #InteriorDesign #SpaceSaving #CustomShelving #FurnitureHacks #ArchitecturalSalvage