By Adrian Nita Most spring lawn problems trace back to a bad fall decision, not a spring one. Grass growth follows soil temperature, not the calendar, so don’t put the mower away just because the leaves change color. Fall is also the best time for fertilizing cool-season lawns, since root growth continues after top growth slows. Mistake 1: Quit Mowing Too Early Cool-season grasses keep growing well into fall. As long as soil temperatures stay in the 50s, your cool-season grass is growing. If you skip mowing during that final stretch, the grass gets too tall, and it flops over and mats down. This creates the exact damp, shaded conditions that snow mold and other fungal diseases need to take over during the winter. Warm-season grasses like Bermuda, Zoysia, St. Augustinegrass, and centipedegrass are slowing down toward dormancy rather than pushing a late growth spurt. It’s normal for mowing frequency to drop off as they brown out, but don’t stop cutting entirely until the grass has fully gone dormant. Keep a cool-season lawn on its normal mowing schedule until the grass actually stops growing. For warm-season lawns, keep mowing at whatever reduced frequency the slowing growth calls for, and don’t stop until the grass has fully browned out. Mistake 2: Skip Fall Fertilizer Fall fertilizer helps your lawn recover from summer heat and prepares it for winter cold. Cool-season lawns should be fertilized mainly in the fall, since nitrogen applied then promotes root development and energy reserves that lead to earlier green-up and better disease tolerance the following spring and summer. Warm-season lawns are opposite and are shutting down for winter rather than building roots, so a fall nitrogen push forces soft new growth that won’t harden off before frost, raises the risk of cold injury, and can contribute to spring dead spots. Mistake 3: Let Leaves Pile Up Heavy leaf cover blocks sunlight and traps moisture against the plant’s crown. It can smother and kill the turf underneath. Mistake 4: Overwater as Temperatures Drop As temperatures cool and rainfall increases in many regions, a lawn’s water needs drop, but irrigation timers don’t adjust themselves. Turn the system off entirely if rain is in the forecast. Mistake 5: Miss the Overseeding Window Fall is widely considered the best time to overseed cool-season lawns. The warm soil and cooler air give grass seed a head start, with less weed competition than with spring seeding. The ideal overseeding window is between mid-August and mid-September, with a hard cutoff by the end of the month in colder climates, because new grass needs enough time to germinate and mature before winter, or it won’t survive. For warm-season lawns, fall is the wrong season to try to thicken things up. The soil is already cooling toward dormancy, so save the real overseeding for late spring to early summer. Mistake 6: Scalp the Lawn on The Last Cut Cutting too low right before dormancy leaves the grass crowns fully exposed, which increases the risk of winter injury and disease. Stick to the standard rule of never removing more than a third of the blade in a single mow, even on the final cut. Mistake 7: Ignore Weeds Cooler fall weather doesn’t slow weed growth like it slows grass growth. Some of the most persistent lawn weeds, like dandelions and clovers, actively store energy in their root systems during the fall. That’s exactly why fall herbicide applications tend to be more effective than spring ones on cool-season lawns. The weed problem on warm-season is winter annuals like poa annua, henbit, and chickweed, which germinate as the soil cools and can spread through a dormant, defenseless lawn all winter. Spray broadleaf weeds on cool-season lawns in the fall. Burgess explains the biology behind this strategy. On a warm-season lawn, apply a pre-emergent herbicide before soil temperature drops below 70 degrees, which blocks those winter annuals before they germinate.

Pole barn/man cave interior by Greiner Builings Inc. What’s the difference between post-frame and stick-frame construction? Is one more affordable? Which offers more design flexibility? And which method is best for your project? Iowa-based construction company Greiner Buildings Inc. builds both post-frame and stick-frame structures. With more than 35 years of building experience throughout Iowa and Illinois, the team works on agricultural, commercial, and residential projects ranging from machine sheds and commercial facilities to custom homes, garages and workshops. They evaluate a building’s intended use, design, budget, site and long-term goals to help determine which construction method makes the most sense. What Is Post-Frame Construction? Post-frame construction is an engineered building method that uses large wood posts or laminated columns as the primary vertical structural system. Rather than relying on closely spaced wall studs, post-frame buildings use larger structural columns positioned farther apart. The columns, trusses, horizontal framing members, connections, roof and wall systems, and foundation work together to transfer loads throughout the structure. You may also hear post-frame buildings referred to as pole buildings or pole barns. While those terms are still commonly used, modern post-frame construction has evolved significantly beyond the traditional agricultural pole barn. Post-frame construction is particularly attractive when a project calls for large open spaces, wide spans, flexible layouts, and efficient construction. They are ideal for many agricultural, residential, workshop, garage, storage, commercial, and large open-span applications. What Is Stick-Frame Construction? Stick-frame construction is the conventional wood-framing method commonly associated with residential homes and many commercial structures. Instead of large columns spaced several feet apart, stick-frame construction typically uses dimensional lumber with wall studs spaced approximately 16 or 24 inches on center. These framed walls become an important part of the structural system and generally sit on a continuous foundation designed for the building. Stick-frame construction can be an excellent choice when a project has complex architectural features, numerous interior walls, specific residential design requirements, or other characteristics better suited to conventional framing. Foundation Requirements Can Be Different Another major difference between post-frame and stick-built buildings is the foundation. Traditional stick-frame structures commonly sit on continuous foundation systems. Post-frame construction can use engineered columns and foundation systems that transfer structural loads directly into the ground without requiring the same type of continuous foundation. For some projects, this can reduce excavation, concrete requirements, and site preparation. However, every project is different. Soil conditions, frost depth, building size, occupancy, local building codes, wind and snow loads, intended use, and other factors can influence the appropriate foundation design. Because Greiner Buildings works with both construction methods, the company evaluates the project as a whole rather than assuming one foundation or framing system is right for every building. Learn more about pole-frame and stick-frame construction, visit Greiner Buildings at www.greinerbuildings.com.

Kitchen visualizer tools enable you to upload a photo of your home or use an stock sample image to demonstrate different design options, material choices, and color combinations for a kitchen remodel. Cabinet Layout Two free kitchen design visualization tools from Hardware Resources, manufacturer of products for kitchen and bath industry, is now available on its website. The 2D visualizer is an AI-powered tool that provides quick inspiration for projects. Simply upload a photo or an inspiration image, and the tool will generate images of the kitchen featuring NorthPoint Cabinetry in different finishes, colors, and door styles. The 2D visualizer is ideal for getting quick inspiration for remodeling or new construction projects. The 3D visualizer is a more comprehensive kitchen design tool that allows users to not only visualize a project featuring cabinetry but also build detailed plans and generate a product list for simplified ordering. The options include details such as corbels, filler panels, rollout trays, and lazy-susan shelves. Both visualizer tools are powered by Cyncly, a leading software platform used by kitchen and bath design professionals. Free online tools allow users to create AI-powered 2D and 3D kitchen layouts. “Cabinetry is a highly personal decision, and homeowners often need to see different possibilities before they feel confident moving forward,” says Jami Harmon, senior product manager for cabinetry at Hardware Resources. “These visualizer tools give them the freedom to explore styles, finishes and design ideas on their own, so they can come to the designer with a clearer sense of what they want. That means more productive conversations, fewer rounds of revisions and a smoother path from inspiration to final design.” Links to the cabinet visualization tools can be found on HardwareResources.com or visit www.hardwareresources.com/kitchen-visualizer-tool. Countertop Options To explore options for the appearance of your countertop, Caesarstone offers a user-friendly visualization tool that help you choose the perfect look. Upload a photo to view the options in your own room, or view options in a demonstration room. The Caesarstone online visualizer allows you to alter the look of several different demonstration spaces, including kitchens, bathrooms, living rooms--even outdoor areas. Plus, you can test out the look of the company's porcelain flooring. The countertop visualization tool can be found at https://www.caesarstoneus.com/virtual-kitchen-visualizer/. Flooring Options Planning to update your kitchen floor? The online visualizer tool from Floor & Decor allows you to mix and match products to fit your style. To get started, upload a photo of your room or choose from the gallery. Save or share your project. The company distributes a wide range of products, so this visualizer is a good tool to try out the varying looks of tile, stone, wood, laminate or vinyl flooring. Find the Floor & Decor tool at https://www.flooranddecor.com/visualizer.

Experienced painters shouldn’t reach for the same tape on every job. Home trends are evolving fast, and contractors are looking to evolve with them. As trends gain traction, pros need to be prepared with the right tools to make a concept come to life, and painter’s tape is no exception. However, it’s not a one-size-fits-all; the right choice comes down to the right tape adhesion. Adhesion level directly impacts line precision, surface preservation and, ultimately, your reputation. Choosing the right painter's tape for the right surface is what separates a professional result from an amateur result. Understanding Adhesion Levels Painter’s tape adhesion is created by adjusting the adhesion formulation, backing material and its interaction with specific surfaces to deliver a desired bond strength. That bond strength determines how a tape behaves on contact, how cleanly it releases and what surfaces it can handle without causing damage. Understanding what these strengths mean in practice is the foundation of smart tape selection. When painter's tape is classified as low adhesion, it doesn’t mean it won’t hold. It means it’s designed to hold reliably without damaging or removing the finish underneath. That precision matters, especially on sensitive surfaces. Medium adhesion, by contrast, is engineered to hold with greater strength than delicate surface tapes, sticking firmly against cured painted walls and a variety of lightly textured surfaces. The real cost of choosing the wrong painter's tape shows up after the job. Using a tape that’s too aggressive on a freshly painted wall means you risk pulling up the surface coat when removing it. Using one that’s too light and you risk paint bleeds and uneven lines. Both scenarios mean rework, which leads to lost time, unsatisfied clients and a reputational hit. Preparing for the Newest Painting Trends The standard for what pros are expected to deliver is changing. Trends like limewashing, plaster and high gloss painting are taking center stage. Designer wallpaper is more sought after than ever, and textures, patterns and bold artistic murals are being requested at increasing rates. Installations are moving into unexpected places like ceilings, inside cabinets or half baths where the surfaces are more sensitive and the margin for error is razor thin. That shift changes the risk profile of every job. When the surface behind your tape is a custom-printed mural, a grasscloth wallcovering, or a delicate heritage-inspired wallpaper, the consequences of choosing the wrong painter’s tape are both financial and professional. High-end clients expect flawless results, and they tend to remember when something goes wrong. Further amplifying the significance of tape selection and making it one of the most important calls a pro can make. Low Adhesion: Where Pros Rely On It On any job involving recently painted surfaces, delicate textures or coated wallpaper, low adhesion painter's tape is the pro's choice for protecting what’s already been done. The first question for any surface should always be: what is this surface, and how much stress can it handle? FrogTape Delicate Surface was made for when the stakes are higher, the surfaces are more sensitive and getting it right the first time is a requirement. Delicate Surface Tape is designed for freshly painted walls and trim, coated wallpaper, laminate surfaces and decorative finish work when surface damage is not an option. Removing cleanly for up to 60 days without adhesive transfer, this yellow tape is the ideal painter's tape for multi-phase projects. Built on a washi paper backing with a solvent-free adhesive and treated with FrogTape’s exclusive PaintBlock Technology, its super-absorbent polymer reacts with latex paint on contact, instantly forming a micro-barrier along the tape edge, stopping paint bleed before it starts. With a semi-transparent backing, you can see exactly where the tape sits against a pattern, seam or decorative detail, ensuring precise placement before a drop of paint ever goes down. Medium Adhesion: Where Pros Rely on It The key to picking the right tape is knowing exactly what kind of surface you’re working with. While low adhesion is critical for surfaces with weaker bonds or sensitive finishes, medium-adhesion tapes like FrogTape Multi-Surface are the professional standard for everything from drywall and woodwork to glass and metal. With its medium adhesion and PaintBlock Technology, this green painter’s tape delivers the grip needed to maintain a clean, sharp edge most jobs demand. Adhesion Selection Is The Mark of Craftsmanship On multi-surface projects, the answer is rarely one tape for the entire run. A room repaint might call for medium adhesion on cured baseboards and low adhesion on the freshly painted wall above - sometimes within the same job. Training yourself and your crew to make that distinction automatically, surface by surface, is what keeps the work clean from start to finish. Together, yellow and green painter's tapes cover virtually every surface pros will encounter. Keeping both in your toolkit isn’t redundant, it’s smart.

Why Regular Plumbing Maintenance Is Important Plumbing system is made up of components such as pipes, drains, fixtures, valves, appliances, and water heaters that are all involved in multiple functions throughout the day. Therefore, it is essential to carry out proper inspections and maintenance of the plumbing utilities to identify minor issues before they escalate into costly repairs. According to United States Environmental Protection Agency, routine plumbing check is the key to keep your plumbing parts in good condition. These include checking for leaks and keeping an eye on your water pressure. A small leak from a faucet, toilet, or pipe connection can result in wastage of water over a period of time. Essential Checks for Homeowners Look for Leaks around Faucets and Pipes—A quick look around faucets, sinks, showerheads and pipes can expose any water drips, moisture, or dirty stains near them. Also check properly underneath the sinks and around the pipe connections for any signs of water leaks. Early detections of these minor issues can save you from dealing with much bigger plumbing complications. Check the Toilet for Hidden Leaks—Sometimes a toilet can leak silently from the tank without being noticed, with water running continuously all the time. A simple way to check for this is to put a few drops of food coloring in the toilet tank and leave it for 10 minutes without flushing. If the color is visible in the bowl, then it’s a sign that the tank valve might be leaking. Also, keep an eye on toilets that continue to run and fill with water when no one has used it. These can be signs that the internal part of the toilet needs to be replaced. Check Drains Before They Become Clogged—Look around for signs of slow drainage in sinks, shower, and tubs, as this can be an early warning sign of a buildup. If a drain continues to slow down even after cleaning, then homeowners may need help from a professional sewer and drain cleaning service to fix the issue. Inspect the Water Heater for Warning Signs—Check the connections of water heater for any signs of leaks, moisture, rust or damaged connections. If you hear any unusual noises, observe visible leaks or other concerns, then it should be inspected by an experienced professional instead of trying to fix it yourself. Check Appliance Hoses and Water Connections—Always monitor the hoses and connections on your washing machines, dishwashers, and any other appliances that utilize water for signs of cracks, moisture and looseness. Identifying the spots where water may leak out early can prevent water wastage—and water damage—at your home. Early Signs of a Plumbing Problem In order to keep your plumbing units safe and in well condition, it is very crucial to recognize the changes or malfunctions of the plumbing components before the situation worsens. Some of the common plumbing warning signs include: · A toilet that runs continuously · Slow drainage · Water stains on ceilings or walls · Strange noises from the pipes · Moisture around appliances or the water heater · Sudden changes in your water usage When Should You Call a Professional Plumber? Repeated Drain Clogs—It is a good idea to contact a professional plumber, if the same drain keeps getting slow or clogged repeatedly. Ongoing Leaks and Signs of Moisture—If there is an ongoing leak, damp patches, or water stains on your walls, floors, or ceilings, then consult a reliable plumber who can track down the source and recommend an appropriate course of action. Hot Water and Heating Issues—If you are facing trouble with your hot water or heating system, it’s wise to call in a trusted heating contractor . They can do thorough system checks and suggest possible solutions that are best for you. Plumbing maintenance is all about observing or paying attention to minor changes that may happen any time in daily life. Monitor the issues before they get out of control. -- For more information or to find a reliable plumbing or heating service provider in the Long Island area, visit www.allshoreplumbingheat.com.

Werner ATS-72 Telescoping Scaffold www.wernerco.com The Werner ATS-72 Telescoping Scaffold solves one of the biggest frustrations with traditional scaffolding—moving it efficiently throughout commercial buildings. Unlike conventional rolling scaffolds, the ATS-72 retracts into a compact footprint that fits through doorways and elevators, allowing one person to transport, assemble and reposition it in minutes. With five adjustable platform heights and tool-free setup, it's designed for painting contractors, remodelers, repair and finishing professionals who need to move quickly between tasks. CAM GlassView Smart Window Camera www.sonoff.tech Sonoff is expanding from individual smart devices into a complete home automation portfolio in which sensors, switches, cameras, controllers and energy-management products can work together through the eWeLink platform. The ecosystem supports Matter, Zigbee, Z-Wave and Wi-Fi, and integrates with leading third-party platforms including Apple Home, Amazon Alexa, Google Home, SmartThings and Home Assistant. Among the new products is the CAM GlassView Smart Window Camera, a 3MP (2K-class) smart camera that monitors outdoor areas while remaining safely mounted inside the home, avoiding outdoor wiring, weather exposure and the risk of camera theft. Key features include image processing designed to minimize window glare and reflections; full-color night vision; dual-band Wi-Fi; motion and human detection; microSD storage; and RTSP, ONVIF and OpenEdge local web-console support. Hoto SnapBloq Mini Rotary Tool Kit www.hototools.com Hoto's SnapBloq electric tool lineup features advanced brushless motor technology tools for greater stability, efficiency, and durability. The lineup currently includes a precision electric screwdriver, mini drill pen, and cordless rotary tool organized within a modular magnetic system. The mini rotary tool is engineered with a high-efficiency brushless motor, delivering consistent power output from 15,000 to 22,000 RPM. Fine-tune the rotational speed with precision for optimal control of each unique project requirement. The battery delivers up to 30 minutes of cordless operation with built-in safety pauses on a single charge. It features corded or cordless operation (with a Type-C charger) and an ergonomic design, weighing only 0.21 lb. Krylon Harmony www.krylon.com For DIY’ers, spray painting has traditionally meant waiting for the right conditions—good weather, an outdoor workspace, and enough time to manage odor, overspray and cleanup. Krylon Harmony is designed to change that. The new premium water-based spray paint provides more flexibility to take on projects across seasons and spaces—including indoors when used in a well-ventilated area. Harmony is low odor and nonflammable, features reduced overspray compared with traditional solvent-based paint, cleans up with soap and water, and is GreenGuard Gold Certified. The result is a more approachable spray experience without sacrificing a durable, high-quality finish. Ryobi 18V One+ Portable Propane Heater www.homedepot.com Just in time for football season, Ryobi turns up the heat with the addition of the 18V ONE+ Portable Propane Heater (model PCL806) to its line of cordless outdoor heating solutions. It features HeatBoost technology and a high-velocity airflow design to push heat farther before it rises. Whether you're at the tailgate or the campsite, you can simply attach a 1 lb. propane tank using the pivoting tank connection and enjoy the ultimate warmth on the chilliest of days. Customize your heating experience with two heat modes that provide up to 13,000 BTU and up to 3 hours of runtime using a 1-lb. propane tank. Merillat Basics Cabinetry Line www.merillat.com A refresh of the Merillat Basics value cabinetry line, launched on July 13, 2026, was guided by direct customer feedback to deliver a streamlined portfolio, new color options, construction upgrades, and popular new accessories. The refreshed line introduces three trend-forward laminate finishes designed to bring personality and range to entry-level projects: Bluff, Charcoal and Olive. Merillat Basics now includes standard matching end panels when upgrading to all plywood construction with dovetail drawers, making it easier to create a high-end look and feel with exceptional value. New accessory options include a full-depth shelf and wastebasket expansion. Merillat Basics ships in two weeks or less with replacement parts available in just one week. Combined with standard matching ends on all-plywood construction, the line is designed to eliminate unnecessary installation friction and keep projects moving. Vantrue JS3 www.amazon.com The Vantrue JS3 is a compact all-in-one Jump Starter, Inflator and Emergency Light that packs enough power to bring a truck back from the brink. The unit is packed with useful features including a smart display for real-time voltage, pressure and battery level monitoring, built-in wireless inflating with six vehicle presets, a high-efficiency motor and 65W USB-C fast charging. Unlike the tepid inflators of the past, a high-power air compressor delivers stable 45L/min. airflow and a maximum pressure of 160 PSI. It works efficiently to inflate tires from flat to full: 3 min. 30 sec for sedans; 3 min. 45 sec for SUVs ;and 4 min. 10 sec for pickups. The HIR staff gave the JS3 a test run and found it simple to use and perfectly effective—ideal for any road safety toolkit. Voltex X Outdoor Split System Heat Pump Water Heater www.hotwater.com The first widely available outdoor split system heat pump water heater (HPWH) in the United States, the new A.O. Smith Voltex X was designed to excel in applications where standard heat pump products were previously not an option. This includes space-constrained locations such as closets, in regions with extreme cold temperatures, and in noise-sensitive shared-living environments. Developed in partnership with Panasonic, the new Voltex X Split System Heat Pump Water Heater is the most versatile option for consumers who want to save money on their utility bills. With an impressive Uniform Energy Factor (UEF) of up to 3.80, this Energy Star-certified system can reduce utility costs by up to 76 percent, compared to standard electric water heaters, offering annual savings up to $600—and qualifies homeowners for upfront savings via local rebates up to $1,800 in some states. While heat pump technology is by far the cleanest way to heat water, it has traditionally been limited when it comes to operating efficiently in colder climates because it requires an ambient temperature of at least 37°F or higher to operate in heat pump mode. Designed for performance and sustainability, Voltex X utilizes CO₂ refrigerant, allowing the unit to operate at maximum efficiency and function seamlessly in ambient temperatures as low as -25°F, ensuring reliable performance year-round.

On August 19, the State of California adopted new rules to mitigate wildfire damage, stressing the importance of “defensible space” as a practical strategy to protect your home. The “defensible space” is divided into zones that radiate outward from your home. Zone requirements vary by state, but the same core idea holds across any fire-prone area: Clear the landscaping aggressively near the house. According to Cal Fire, defensible space is crucial for a home’s wildfire safety. It’s the buffer zone you create between your property and the surrounding wildland area. This space is key to slowing or stopping wildfire spread and protecting your home from embers, flames, or heat. It also gives firefighters a safer area to defend your property. Cal Fire breaks defensible space into 3 zones: Zone 0 (0 to 5 feet): Ember-Resistant Zone Replace woody plants and mulch with rock, gravel, pavers, or concrete. Clear leaves and debris from the roof, gutters, decks, and under stairs. Trim branches within 10 feet of chimneys. Replace flammable fencing with noncombustible materials. Relocate firewood, garbage bins, and vehicles to Zone 1 or 2. A 2025 study in Nature Communications estimates that when homeowners harden their house (by using fire-resistant materials like concrete) and clear flammable material within 5 feet of their house, twice as many homes survive a wildfire: 40 percent versus 20 percent. California’s new rules for Zone 0 stipulate that lawns, flowers, and nonwoody plants under 18 inches can stay in the first 5 feet, but not directly under the roofline. Trees can stay if branches are trimmed 5 feet away from any structure, but mulch, wood chips, dead leaves, and firewood cannot. (New construction must comply immediately; existing homes have until 2029.) Zone 1 (5 to 30 feet): Lean, Clean, and Green Remove dead plants, dry grass, weeds, leaves, and needles year-round. Space plants, trees, and combustibles (wood piles, patio furniture, play sets) so nothing forms a continuous line of fuel. Keep tree branches at least 10 feet from other trees. Zone 2 (30 to 100 feet): Reduced Fuel Zone Cut annual grasses to a height of 4 inches or less to reduce fuel. Remove debris (fallen leaves, needles, twigs, bark) or keep the layer under 3 inches deep. Space tree canopies 10 feet apart, wider on slopes. Break the fuel ladder between grass, shrubs, and low branches. Clear 10 feet around wood piles and propane tanks. Note that California likely has the most restrictive guidance for home fire prevention in the United States, but these strategies demonstrate a cautious model for implementing protective measures around any home in an environment prone to fire exposure. -- Source: www.lawnstarter.com and www.fire.ca.gov.

Many gazebo installation problems begin with a site condition that was overlooked before delivery. A slab may be too small for the post layout. A deck may look solid but lack support where the structure must be anchored. Water may collect around one corner after every storm. Careful assembly cannot correct a weak or poorly planned site. Treat site preparation as part of product selection. Before comparing gazebo kits, inspect the proposed location and record the usable dimensions, surface construction, drainage pattern, access route, and local restrictions. These details narrow the choices and expose preparation work before it becomes an installation delay. What homeowners should confirm about space, surfaces, drainage, anchoring, access, and local requirements before a gazebo arrives. 1. Choosing a Structure Before Inspecting the Site Choosing a roofline or finish before checking the yard can lead to an avoidable mismatch. Walk the entire area and look up as well as down. Tree limbs, roof eaves, gutters, utility lines, fences, doors, and nearby equipment can reduce the practical space even when the ground appears open. Think about how the space will be used. Dining chairs need room to pull back. A grill needs safe clearance based on its manufacturer instructions. A walkway should not force people to squeeze past a post. If the gazebo will sit near a house, confirm that the roof will not interfere with drainage, windows, lighting, or maintenance access. 2. Measuring Only the Labeled Footprint A product size is a starting point, not a complete site plan. Depending on the model, the roof may extend beyond the posts, base plates may need more room than expected, and assembly may require clear working space around every side. The exact product drawings and manual should settle these details before any concrete, pavers, or footings are installed. For example, a 10x12 gazebo requires more than marking a 10 by 12 foot rectangle. Confirm the actual outside roof dimensions, spacing between the posts, base plate locations, and clearance needed for ladders and assembly. Mark the corners with stakes or removable tape, then place the intended furniture inside the outline. This simple test often catches cramped layouts before they become permanent. 3. Treating Every Surface as Equally Suitable Concrete, pavers, decks, and compacted ground behave differently. A level appearance does not prove that a surface can support and secure a structure. Concrete may be thin, cracked, or poorly reinforced. Pavers can shift because they are normally part of a layered system rather than one structural mass. A deck may need framing or blocking below each anchoring point. Bare soil can settle, erode, or hold water. Do not select anchors by appearance or convenience. Identify what lies beneath the finished surface and compare it with the exact installation manual. If the condition is uncertain, have a qualified contractor assess it. This is especially important for an elevated deck, an older slab, or a patio with movement and drainage problems. 4. Ignoring Level and Drainage Small changes in grade can be hard to see across a patio. Check the proposed post locations with an appropriate level or laser, not by eye. A surface that is out of level can complicate assembly, prevent posts from sitting as intended, and leave doors, curtains, or accessories hanging unevenly. Then inspect drainage. Visit the area after rain or run water nearby and observe where it travels. Water should not pool around post bases or flow toward the house. Downspouts, edging, and landscape beds can redirect water in ways that are not obvious during dry weather. Correct drainage before installation rather than hiding the problem under the structure. 5. Leaving the Anchoring Plan Until the End Anchoring is not a finishing detail. It affects the surface, post placement, tools, hardware, and sometimes the design of the foundation itself. The correct method depends on the exact gazebo, the installation surface, the manufacturer instructions, and local conditions. There is no universal anchor, fastener length, slab thickness, or footing detail that is right for every project. Read the anchoring section of the manual before preparing the site. Verify that each base plate will land on material capable of accepting the specified connection. If a deck needs added blocking or a new slab needs planned anchor locations, that work is much easier to address before the gazebo is standing. Where structural performance is uncertain, consult a qualified professional rather than improvising a connection. 6. Forgetting Delivery and Assembly Access The finished gazebo is only part of the space equation. Long packages must travel from the curb or driveway to the work area. Gates, narrow side yards, steps, sharp turns, low branches, and air conditioning equipment can block that route. Measure the tightest point and compare it with the package information when available. Plan a dry, level staging area where parts can be sorted without being damaged or mixed with hardware from another carton. Leave room for ladders and for the number of people specified in the instructions. Check the forecast and avoid starting when wind or rain could make handling roof panels or tall frame sections unsafe. 7. Skipping Utilities and Local Requirements Any project that involves stakes, footings, excavation, or ground anchors needs a utility check before digging. In the United States, contact 811 or the state notification center and wait for the required responses before work begins. Private lines, such as feeds to landscape lighting, irrigation, detached buildings, or pool equipment, may require separate locating. Also check local rules early. Permit requirements, setbacks, height limits, easements, homeowner association standards, and wind or snow design requirements vary by location and project. A retailer or general article cannot confirm what applies to a particular property. The local building department and the exact product documentation are the appropriate starting points. 8. Opening the Manual After the Site Is Finished The manual for the exact model should guide preparation as well as assembly. Review it before buying materials or hiring concrete work. Confirm the overall dimensions, post spacing, foundation expectations, anchoring instructions, tool list, crew requirements, and sequence of work. Make sure the model number on the manual matches the structure being purchased. Inventory the packages as directed and protect components while they are staged. Do not substitute hardware, drill new holes, or alter structural parts without written guidance from the manufacturer or an appropriately qualified professional. A field adjustment that seems minor can affect fit, finish, drainage, and structural behavior. Before Delivery Checklist · Mark the actual roof dimensions, post positions, base plates, assembly space, and furniture layout. · Identify the finished surface and what supports it, then confirm that the specified anchoring method is suitable. · Check level at every proposed post location and observe where water travels after rain. · Confirm clearance from roofs, branches, utilities, doors, equipment, grills, and required property setbacks. · Measure the delivery route and prepare a dry staging area with enough space for the required crew and ladders. · Contact 811 before any digging in the United States and confirm that all utilities have responded. · Check permit, easement, height, wind, snow, and homeowner association requirements that apply to the property. · Read the manual for the exact model before preparing the foundation, purchasing anchors, or scheduling installation. Prepare the Site Before Delivery A few measurements and site checks can reveal that the original location needs improvement or that another gazebo size will fit better. Make those changes while the project is still on paper. Correcting the plan is easier than rebuilding a foundation, moving an assembled frame, or living with a structure that never fits the yard properly.

Alec Breckenridge is General Manager of Ox Foundation Solutions and has spent 11 years in the foundation and crawl space industry. During that time, he has seen a wide range of foundation, moisture and crawl space problems, including many that began as relatively minor warning signs before developing into larger structural concerns. In this Q&A interview, Breckenridge offers his expert insight into house foundations for the readers of Home Improvement & Repairs. Why do cycles of heavy rain and dry weather create conditions for foundation movement? One of the biggest factors affecting a home's foundation is something homeowners cannot see: the soil underneath and around it. As moisture levels change, certain soils expand and contract, putting stress on the foundation. During periods of heavy rain, the soil expands and swells. It can exert pressure on the foundation and potentially push portions of it upward, a process known as heaving. When conditions become dry, the opposite can happen. Soil loses moisture, contracts and can pull away from the foundation, sometimes leaving voids beneath it. Without consistent support from the soil, portions of the foundation can settle or sink. A home may go through wet conditions, then an extended dry period, followed by another round of significant rainfall. The real concern lies in repeated expansion and contraction contributing to ongoing movement over time. It is important to pay attention to how water moves around the property and watch for signs that the home may be shifting no matter where homeowners may live. Crawl space encapsulation involves sealing and managing moisture levels in your crawl space, helping keep it dry and clean. Why do many homeowners prioritize waterproofing but overlook the underlying foundation problems that often accompany it? Water problems tend to get a homeowner's attention quickly because they are visible. You walk into a basement and see standing water, notice a musty smell or discover mold, and you immediately know something is wrong. In my experience, those are often the symptoms that prompt homeowners to seek help. The challenge is that water intrusion and foundation movement can be connected. A crack that allows water into a basement, for example, may also be a sign of movement. Poor drainage around a home can contribute to both moisture intrusion and changing soil conditions around the foundation. That is why homeowners need to look beyond the immediate symptoms. Waterproofing can be an important part of protecting a home, but homeowners should also understand why the water is getting in and whether there are signs of a broader foundation or drainage issue. Homeowners should pay attention to cracks that are widening, uneven floors, changes around doors and windows, or recurring water intrusion to understand the source of the problem rather than only addressing what is most visible. How can delaying repairs increase both the scope and cost of damage? Foundation problems generally do not get better with time. A small crack may seem easy to ignore, particularly if it is not causing immediate disruption. But if the home continues to settle or shift, that crack can widen. Minor water intrusion can also become more serious as moisture continues entering the home. Over time, that can contribute to mold growth, wood rot and interior damage. Unresolved drainage and foundation issues can also allow soil movement to continue, increasing structural instability. That can change both the scope and cost of the eventual repair. Instead of addressing one localized issue, a homeowner may ultimately be dealing with multiple problems involving the foundation, drainage, crawl space or interior of the home. Homeowners do not need to assume that every crack means they have a major structural problem. They should, however, take changes seriously. If a crack is growing, water keeps returning or other signs of movement begin appearing, evaluating the problem early can provide a clearer understanding of what is happening before additional damage occurs. Tearing out and replacing damaged concrete slabs likely isn’t necessary. Using a proprietary polyurethane foam injection, the repair technicians at Ox can lift concrete slabs to the optimal level and repair issues much faster and more affordably. How do flexible financing options help more families address structural repairs before they become emergencies? Foundation repairs are not always expenses homeowners anticipate. Unlike a planned renovation, a structural or waterproofing problem can appear unexpectedly and may need to be addressed before a family has had time to budget for it. That flexibility matters because delaying a repair solely because of the upfront cost can allow the underlying problem to continue developing. When homeowners have more ways to manage the expense, they may be better positioned to address a problem while it is still manageable rather than waiting until it becomes an emergency. The larger point is that homeowners should understand both the repair itself and the payment options available to them. Structural work can be a significant investment, but waiting can sometimes turn one repair into several. What challenges do homeowners face from changing weather conditions, and what practical steps can they take to protect their homes? Across the country, the exact foundation risks vary based on soil type, climate, drainage and home construction. But homeowners in areas that experience heavy rainfall, high humidity and periods of drought should pay particular attention to the interaction between moisture and the soil surrounding their homes. Heavy storms can overwhelm drainage systems and allow water to collect near the foundation, increasing hydrostatic pressure against basement or crawl space walls. Dry periods can then cause soil to contract. Repeated cycles of excessive moisture and dry conditions can create an ongoing pattern of soil expansion and contraction. Humidity can create another layer of concern by contributing to mold, wood rot and crawl space deterioration. There are several practical steps homeowners can take: · Keep gutters and downspouts clear and direct water roughly 5 to 10 feet away from the foundation. · Make sure the ground surrounding the house slopes away from the structure so water does not collect alongside it. · Depending on the property, drainage solutions such as French drains, sump pumps or crawl space encapsulation may also help manage moisture. Most importantly, address smaller foundation or waterproofing concerns before they have an opportunity to become larger structural problems. Too much moisture in your home encourages the growth of pathogens and pests as well as indoor pollutants including mold, dust, bacteria, and pollen. It is important to control moisture to improve your indoor air quality. For doing that, you need a good dehumidifier. ---- For more information Ox Foundation Solutions helps homeowners address a range of foundation and moisture-related problems, including cracked foundations, wet or moldy crawl spaces, leaking basements and uneven concrete. Learn more at https://birmingham.oxfoundations.com.

By Robert Knecht Lake Geneva, Wisconsin is known for its scenic lake views and custom waterfront homes. The idyllic Midwest town boasts an abundance of recreation and entertainment choices and has attracted builders hoping to capture a piece of the luxury homebuilding market. Among them is Lonergan Builders Inc., a residential builder based in Antioch, Illinois, that has specialized in custom home building and remodeling for over 25 years. As they continue to expand beyond northern Illinois and into southeast Wisconsin, building trust in and forging relationships with existing players is a priority. On the shores of Lake Geneva, Wisconsin, Lonergan is building a massive custom residence spanning nearly 7,900 square feet, including a primary home, a pool and a pool house. With the project’s large footprint and tight timelines, the team faced challenges common to high-end builds in the region. “If the quality isn’t there on a showcase project like this, you’re not going to get more work,” explains Lonergan. “On these large projects, we need every tool and fastener to work reliably and efficiently to get the job right the first time to keep our customers happy.” Inside the Structural Fastening Decisions Behind a Large-Scale Lake Geneva Showcase Home He notes that on a property and home that size, speed, structural integrity and efficiency required a fastening solution that is strong, reliable and easy to work with—and that will keep the job moving. Lonergan and Steve Albert, a veteran carpenter, both recognized early on that traditional lag screws could slow down the project and introduce variability that they just couldn’t afford on a project of this scale. Framing a large custom home of this scale demands structural fastening that can withstand heavy loads, maintain tight tolerances and handle multi-ply LVL (laminated veneer lumber) and microlam (engineered wood) beams. Supply Chain and Site Constraints Coordinating the building schedule and material deliveries for a large custom home is inherently complex, but that was heightened by supply chain disruptions. The delivery of second-floor trusses was delayed by more than six weeks, interrupting what is typically a smooth progression from one phase of framing to the next. A relatively tight lot added more logistical pressure, since the staging space was limited and required a careful sequencing of work. Overall, the flow of the project wasn’t smooth for reasons that were out of the builder’s control. Still, they had a timeline to meet. Lonergan says, “The work still has to get done, so you adjust.” He focused on aspects of the project that he could control, such as execution speed and minimizing rework, to make up time once the materials arrived. Recovering Time A key area where the team made up time is fastening. Homes of this scale rely heavily on a mix of standard building products and engineered lumber. While engineered products provide strength and predictability, they are not immune to basic construction challenges. Beams are not always perfectly straight, and assemblies must be drawn tightly together to maintain alignment and load transfer. Albert added that quality begins with the tools and materials. “Lumber isn’t perfect; every piece is different, so having the best hardware and tools we can get makes a big difference in how we work with it,” he explains. “Quality is number one and if you start a project right, it’s going to end right.” Lonergan Builders treated structural fastening as part of the framing system rather than as an afterthought. On this home, the SPAX PowerLags made a big difference for beam connections, wall tie-ins, and ledger attachments. Designed to boost performance, they feature a large-diameter T-STAR Washer Head that delivers strong clamping force while sitting flush against the lumber. The patented thread serrations eliminate the need for pre-drilling, which saves labor, time and provides a clean finish. For added durability, PowerLags are plated with HCR (High Corrosion Resistance) double-barrier coating to support long-term performance in demanding structural applications. “They pull things tighter than other screws,” says Lonergan. “Anytime we’re putting multiple plies of LVL together, they’re not always straight. A few SPAX screws will literally suck them in tight. They start and drive fast, with very little effort.” Because they require no pre-drilling and drive faster and easier than conventional lags and other structural lag screws, it was a choice that meant one less failure or delay to worry about. Albert agreed, emphasizing PowerLags’ performance in challenging uses. “It’s a thicker, stronger screw,” he says. “The PowerLags pull them tight and true, and I haven’t had one break.” Performance on the jobsite ultimately determines whether a product becomes a standard. Local code requirements in southeastern Wisconsin mandate either 6-inch truss screws or hurricane clips at rafters. Lonergan Builders consistently opts for truss screws for performance and labor efficiency. “I can have one person install truss screws exponentially faster than using traditional clips,” Lonergan says. On a project where the schedule has already been disrupted, that time adds up. Premium fastening solutions allowed the crew to move quickly through the framing phase while upholding the level of craftsmanship and quality that they’re known for. “This is now our go-to for framing, especially when you have these massive lake homes,” says Lonergan. “You need quick, strong premium lags that don’t strip out. PowerLags are the best structural screws we’ve used for pulling together microlams, LVLs, 2x12s, and anything we need to tighten up.” Winning Repeat Work Lonergan Builders treats every project as if it were their own home, making premium fasteners an essential part of their process. “We use SPAX lags and screws almost daily, depending on the scope of work, and I’d never go against what they do for us,” says Lonergan. “Quality is our goal and we just can’t have breakage and difficult drives slowing us down.” The custom Lake Geneva project achieved an outcome bigger than the expansive home: It validated Lonergan Builders’ approach with a new general contractor. The builder is now working with the same general contractor on another project. “Things ended up going well,” says Lonergan. Despite challenges and fierce competition, the team delivered another mark of quality on the Lake Geneva market.”

by Matt Weber On this cosmetic laundry room makeover, the lady of the house took the lead on the design ideas. It was a multi-phase project that entailed new paint, new lighting, new appliances and new storage. The result was a decorative and functional enhancement of the room on a modest budget. Total Color Change When most people repaint a room, they consider the walls, but this makeover included the walls, the ceiling, the trim, the closet interior, closet shelves and the entry doors—all coated in a monochromatic shade of light blue. This gives the small room more of a light and airy feel like an outdoor space, and also ties the elements together with a cohesive theme. We chose latex paint with a satin finish to reduce water spots and so the walls clean easily. From the ceiling and trim to the closet and doors, the laundry room got a new monochromatic coat of light blue. Unexpected Challenges Every remodeling project seems to include unexpected challenges. This project included installation of a new washer and dryer, but we encountered a leaky water valve when disconnecting the old appliances. We tried to tighten the threaded valve connection, but that worsened the problem by cracking an old CPVC fitting which had been coupled into one of the water lines. A homeowner should never let a water leak go unaddressed. We called a pro from Magnolia Plumbing of Gardendale, Alabama to replace the CPVC with copper pipe and install new water valves for the washing machine. Pro tip: Fortify all threaded plumbing joints by brushing thread sealant onto the threads. The sealant fills microscopic gaps between male and female threaded connections to prevent leaks. The Bubble Light The old, industrial fluorescent ceiling light had to go, and the lady of the house chose a “bubble light” as a replacement fixture. This funky-looking fixture installs like a normal ceiling light with a central LED light source, but the bulbs then get surrounded by a cluster of glass bubbles which hook around the center to create interesting lighting patterns. The new “bubble light” consists of a cluster of glass bubbles arranged around a central LED light source. How to Hang a Wall Cabinet This interior upgrade included enclosed storage to conceal detergents and laundry accessories. To install a wall cabinet, first locate and mark the wall studs to show where to drive the fasteners. Don’t assume all the studs are on 16-in. centers; use a stud finder to confirm their location. We marked the stud locations with bright green Frog Tape for easy visibility. Next, draw parallel lines on the wall to mark the location of the top and bottom of the cabinet. The traditional tools for marking cabinet layout are a straight edge, hand level, measuring tape and pencil. Remove any drawers from the cabinet. If your cabinet is any larger than the small unit shown in this article, then you should remove the door as well to reduce weight before installing. Pro tip: Whenever removing a cabinet door, unscrew the bottom hinge first and then remove the top hinge. This will prevent the door from falling away from the cabinet and potentially tearing the screws out of the bottom hinge. To hang the cabine­t, you need to align its bottom edge with the corresponding mark on the wall and screw the cabinet into the wall studs. However, it is important to understand the construction of your cabinet, because fastener placement is critical. The mounting screws should be positioned 3/4-inch away from the inside top and 3/4-inch away from the inside bottom of the cabinet. Furthermore, the screws should come no closer than 2 inches to any inside vertical edge of the cabinet. Stock cabinets generally have mounting strips along the top and bottom edges that are reinforced with wood blocking for a strong, secure hold. The reinforced mounting strips should be the only areas where you place any fasteners. The cabinet backs are often made of thin plywood that is insufficient to hold the cabinets to the wall, meaning the cabinets could tear away from the fasteners if driven into the wrong spots. The best approach is to drive a single mounting screw in the cabinet’s top mounting strip, then fine-tune the cabinet’s position for level and plumb before driving more fasteners. When mounting into wood studs, we recommend hanging cabinets with No. 10 x 2-1/2-in. screws. Choose a screw with a washer-head to press against the cabinet surface for the best holding power. Either use self-drilling cabinet screws, or drill pilot holes through the cabinet back into the studs with a 3/32-in. diameter bit about 2 inches deep. To mount cabinets in cement, block, brick or tile walls, you will need concrete anchors or toggle bolts. We encountered another unforeseen challenge on this project: When we positioned this narrow cabinet in its desired location, the fastener locations fell between two studs. As a workaround, we installed 1x horizontal mounting boards on the wall behind the cabinet’s reinforced strip locations, along both the top and bottom. The mounting boards were fastened into the studs on each end, then we fastened the cabinet to the mounting boards with a series of 1-1/2-inch cabinet screws (rather than mounting the cabinet directly into the wall studs). The screw locations of the narrow cabinet fell between two studs, so we mounted horizontal support boards into the studs and then mounted the cabinet into the boards. Pro Tip: Whenever placing a fastener within 2 inches of a board’s end, we recommend drilling a pilot hole to prevent splitting the wood. When preparing for the installation, keep in mind that cabinets are heavy. Recruit an assistant or use a cabinet jack to help handle the weight. We supported the cabinet with a T-Jak, which has a threaded shaft to make easy height adjustments. If you don’t have a cabinet jack, use a temporary ledger board. Mark the bottom of the cabinet on the wall and screw a temporary ledger board to the wall aligned below the mark. The temporary board should be perfectly level and fastened into at least two wall studs. Rest the cabinet’s bottom rear edge on the board to support it while you drive the installation screws. Install Floating Shelves Above the new washer and dryer, we incorporated three levels of 1x12 floating wood shelves which extend from wall to wall, or between the cabinet and wall, depending on shelf height. The floating shelves were supported by 10-inch powder-coated steel brackets. A pair of these brackets will support 100 lbs. At the time of publication, these are available online for about $40 per twelve-pack. We opted for the “floating” style to eliminate angled shelf brackets and leave more unobstructed storage surface between the shelves. The shelves were simple rectangular pine boards stained a dark walnut tone. We attached 1x nosing (a 2-inch board the length of the shelf) flush along the front edge of each using wood glue and trim-head screws. The nosing gives the shelves a bolder look and strengthens the front edge. The shelves were made from 1x12 pine with a 1x2 nosing strip, all stained a dark walnut tone. Use a tape measure, level, and pencil (or painter’s tape) to mark the placement of your shelves. When determining the space between shelves, be sure to account for the height of specific items you wish to store there. Make sure to anchor the floating-shelf brackets into the wall studs using 2-1/2-inch screws. (We used drywall anchors to fill the pair of bracket-screw holes that fell outside the stud framing.) The L-shaped brackets are screwed to the shelves from the underside. A laser line generator makes a handy tool for laying out and marking shelf locations. At least one pair of shelf bracket holes should be anchored into a stud. In this photo we are drilling a pilot hole. We used self-driving plastic drywall anchors for the bracket holes that fell outside the stud framing. The brackets are screwed to the shelves from below. Note that we decided it was easier to fasten the brackets to the wall first and then mount the shelves on top. When fastening the shelf brackets alongside the cabinet or alongside the newly painted wall, we used a driver extension and taped up cardboard masking to avoid marking up the surfaces with the power tool. Décor and Accessories The lady of the house was pleased with the cosmetic upgrade and embellished the laundry room with lots of decorative baskets, knickknacks and artwork. One interesting functional feature is a retractable clothesline. A stud-mounted line spool on one wall corresponds with a stud-mounted line anchor on the opposite wall (which is hidden behind artwork when not in use). Whenever it’s needed, just remove the artwork, extend the clothesline, and clip it in place to hang laundry. When not in use, the line retracts, and the artwork conceals the anchor. Pretty neat, if you ask me. Additional enhancements included lots of artwork and knickknacks, hand-painted electrical plates, and a retractable clothesline. SIDE NOTE 1 Tip for a Clean Cut Due to variations in the wall, you might need to trim wall-to-wall shelves to fit. However, a circular saw blade can chip the wood for an unsightly cut. To prevent this, first score the cut-line along the front, top and bottom with a sharp utility knife to neatly slice through the wood fibers at the surface of the board. Then, make the final cut with the saw blade for a smooth cut with no chips or splintering. SIDE NOTE 2 Handy Tool for New Appliances: The AirShim PRO Steel XL Have you ever used an AirShim? The HIR team has become a big fan of these inflatable prying tools for plumbing and leveling doors, windows, and floor cabinets during installation. For this project, we needed to level the feet of a new washer to prevent it from rocking and wobbling during operation. Lifting a heavy appliance to adjust the feet can be a cumbersome job, but an AirShim makes it easy—just slip it into wherever you need it and pump it up. For the washer, we used the contractor-grade AIrShim Pro Steel model, which includes a steel plate on one side to maintain rigidity and prevent the tool from pillowing or wrapping around narrow edges. This improves lifting stability and transfers more power along the flat plate. It's highly recommended and available now at Home Depot! Find out more at www.calculated.com!

Here's an insightful interview about smart deck-building techniques with Rich Morse, AKA"Rich the Remodeler," a professional contractor from Lancaster, Pennsylvania. Morse stresses the importance of protecting the surfaces of deck framing with flashing tape. Q1: How did you get started in the home improvement and remodeling industry? I got started when I was 15-years-old. My father had a friend who was a carpenter, and I loved working with my hands, so I started helping him during the summers. From there, I moved into framing houses for another company and eventually became a framing foreman at 18-years-old. One of the biggest lessons I learned early on came from a supervisor who told me that if I ever had downtime on a job site, I should pick up a broom and clean. That stuck with me throughout my career. Today, one of the things customers comment on most is how clean our job sites are at the end of the day. Over the years, I expanded beyond framing into remodeling, kitchens, bathrooms, plumbing, electrical and tile work. We realized homeowners didn’t want to coordinate multiple contractors. They wanted one company that could handle everything, so we built our business around that idea, starting in Connecticut, then Vermont, and we’ve been in Lancaster since 1997. We founded Remodel Lancaster in 2014. I just love what I do. It’s not like work for me. Q2: What are some of the most common mistakes you see when DIY’ers or less experienced contractors build decks? The biggest mistake I see today is not protecting the framing with flashing tape. Using a product like FrogTape Pro Grade Deck and Joist Flashing Tape tape matters because it helps protect the deck’s structural framing from water intrusion, especially where fasteners penetrate the wood. By keeping moisture from sitting on top of joists and beams, it helps prevent rot and extends the life of the deck. In my opinion, if you are building a deck and not using deck joist tape, you are setting yourself up for problems later. Another issue is improper framing practices. On one project we’re currently renovating, someone extended deck joists four feet beyond the beam to make the deck larger. Then they built a pergola on top of it. That’s far too much unsupported overhang and creates structural problems. I also see mistakes involving improper application where the deck connects to the house. If water gets behind the ledger board, it can lead to major rot and structural damage over time. This beam is encased in joist tape to seal around the fastener penetrations and provide long-term protection against moisture damage. Q3: Why do you feel so strongly about using deck and joist tape? I feel strongly about it because I’ve seen firsthand what happens when framing isn’t protected. Years ago, we built a large deck for a customer. About 10 years later, they called because the deck felt spongy near the doorway. At first, I thought maybe we had missed a joist hanger or there was some kind of installation issue. When we removed part of the decking, we found that the 2 ft x 10 ft joists had rotted dramatically from the top down. In some places, the joists were reduced to the equivalent of a 2 ft x 6 ft or smaller because moisture had penetrated around the fasteners and remained trapped over time. That deck was built before deck joist flashing tape became common practice. At the time, there really weren’t products available like today. But that experience made a huge impression on me. Now, if someone asked me to build a deck without protecting the framing, I would politely decline the project. Q4: What exactly happens to deck framing when it is not protected properly? Moisture gets into the wood through the fastener penetrations and stays trapped between the decking boards and the framing. Over time, that constant exposure causes the wood to rot from the top down. We recently took apart another structure where pressure-treated lumber had become saturated inside because water had entered through the screw penetrations and had nowhere to go. A lot of people assume pressure-treated lumber lasts forever, but modern treated lumber formulas are different than they used to be years ago. Protecting the framing is much more important today than many people realize. Q5: How do you apply deck and joist tape on a typical project? We usually apply the tape before the joists are installed. Once the joists are cut to length, we place them on sawhorses and apply the tape there instead of crawling around on installed framing later. That keeps the process efficient and avoids having someone crawl across the framing later, trying to apply tape overhead or in awkward positions. We use a squeegee as an applicator tool that's about the size of a credit card. It provides consistent pressure that ensures we are properly installing the flashing tape. What's great about the tool is it fits right in my tool pouch. At the house connection, we also protect the ledger area carefully with flashing tape. We want to make sure water cannot work its way behind the framing where fasteners penetrate. Once the joists are taped, they can be installed immediately. Q6: Are there certain weather conditions or materials where the tape performs differently? In general, warmer weather is always ideal for installing deck joist flashing tape, but I’ve been impressed with how well FrogTape brand products still perform in difficult conditions. I’ve seen the tape bond during rainy days where water was actively running across the surface. I’ve personally used flashing tape products in very cold weather and even damp conditions where they still adhered extremely well. Q7: Some contractors use liquid waterproofing products instead of tape. How do those compare? I’m sure that liquid is a good product, and it shows that a contractor is doing something that they know they should be doing. But in my opinion, tape provides more consistency. When you roll or brush on a liquid product, coverage thickness can vary from one spot to another depending on how carefully it’s applied. Tape gives you a uniform protective layer across the entire framing surface. It’s also much cleaner and easier to work with. I’ve always preferred organized and clean job sites, so I appreciate products that help keep installations neat and efficient. Another selling point: if your Frog Tape application isn’t quite right, you have time to reposition it. That is not possible with many deck and joist tapes. That feature has saved me more than once. Even better, if the tape accidentally sticks to itself, you can simply pull it apart. That alone sold me on the product. The FrogTape team really nailed it. Q8: How does protecting the framing layer affect the finished deck above it? The framing is the foundation of the entire deck system. If the framing underneath starts to fail, eventually the decking surface above it is going to fail too. When we install deck joist tape, we know we’ve added a consistent protective layer between the framing and the decking boards. That protection helps preserve the structure and supports the long-term performance of the finished deck. Good prep work underneath always affects how well the final product performs over time. Q9: What do you say to homeowners who don’t want to spend extra money on tape because they’ll never see it once the deck boards are installed? I understand where they’re coming from, because everyone has a budget. But I explain that the relatively small upfront investment can prevent major structural repairs years later. I usually share the story about the deck we had to repair after the joists rotted out. When homeowners hear that real-world example, they understand why the protection matters. To me, the cost of the tape is minor compared to the cost of replacing rotted framing later. Q10: What other tools or products help make deck framing and tape installation go smoothly? We rely heavily on good impact drivers, quality saws and sharp blades to keep framing precise and efficient. I prefer Milwaukee’s M18 Super Sawzall and the Gutster 60-in. demolition pry bar. For the tape itself, as I shared, we like using a small squeegee tool to properly seat the tape onto the framing with some pressure. You don’t need excessive pressure, but seating it firmly helps ensure good adhesion and gives the installation a clean finished appearance. Those little details can make a big difference in both productivity and long-term performance.