A shaky deck or porch railing isn't just an eyesore — it's a safety hazard waiting to happen. The good news: replacing exterior railing is one of the most doable weekend projects out there, even if you've never picked up a drill before. Here's how to do it right.
Signs It's Time to Replace
Before you grab tools, check for these red flags:
â—Ź ĚýWobbly posts or rails that flex when you lean on them
â—Ź ĚýVisible rot, splitting, or soft spots in wood
â—Ź ĚýRust or corrosion on metal components
â—Ź ĚýLoose or missing balusters
â—Ź ĚýPeeling paint hiding deeper wood damage underneath
If you're seeing any of these, don't just patch it — a full section replacement is safer and often less work in the long run than chasing repairs.
Step 1: Measure and Plan
Measure the total run of railing you're replacing, along with the height (most codes require 36" for decks, though check your local requirements). Note how many posts you'll need and the spacing between them — building code typically caps baluster gaps at 4 inches to keep little ones safe.
Step 2: Choose Your Material
â—Ź ĚýVinyl — our best-selling railing material, and for good reason: no staining, no sealing, no rot or rust. Just rinse it off each season and it keeps looking new. Comes in styles that mimic traditional wood or colonial designs if you want that classic look without the upkeep.
â—Ź ĚýPressure-treated wood — budget-friendly, classic look, needs periodic staining/sealing
â—Ź ĚýComposite — low maintenance, consistent color, higher upfront cost
â—Ź ĚýAluminum or metal — durable, modern look, low upkeep
â—Ź ĚýCable rail — clean sightlines, great for view lots, more advanced install
Not sure which fits your budget and style? That's exactly what we're here for — stop in and we'll walk through the options.
Step 3: Remove the Old Railing
Unscrew or unbolt the rail sections first, then work the posts loose. If posts are set in concrete, you may need a reciprocating saw to cut them at the base rather than fighting the footing. Clear out old hardware and inspect the ledger board or framing underneath for hidden rot before moving on.
Step 4: Set New Posts
Attach post bases securely to the deck framing or set new posts in concrete, depending on your setup. Use a level on every post — this is the step that makes or breaks how solid your railing feels once it's done. Double-check spacing against your plan before driving final fasteners.
Step 5: Install Rails and Balusters
Attach the bottom rail first, then balusters at even spacing, then the top rail. Pre-drilling pilot holes prevents splitting, especially near the ends of boards. Work in one direction down the run so your spacing stays consistent.
Step 6: Finish and Seal
Wood railing should be stained or sealed within a few weeks of install to protect against moisture. Vinyl, composite, and metal need little more than a rinse, but it's still worth checking manufacturer care instructions.
A Few Safety Notes
Wear gloves and eye protection when cutting, and always check for buried utility lines before setting new posts in the ground. If your railing ties into stairs, confirm your local code requirements — stair railings often have different height and grip-width rules than deck railings.
Ready to Get Started?
Bring your measurements in and our team will help you build a materials list, compare options, and get everything you need in one trip. This month's Homeowner Project of the Month is all about railing — stop by and let's get your project planned out.
Whether you're evaluating an aging structure or performing routine maintenance, here are some key areas to inspect during deck season.
A deck's appearance may look fine on the surface, but structural issues can exist beneath. Begin by inspecting the framing, support posts, beams, and joists.
Look for:
Pay special attention to areas where wood comes into contact with the ground or where water tends to collect.
The ledger board is one of the most critical components of a deck. Improper installation or water intrusion can lead to serious structural failures.
Check for:
Proper flashing helps direct water away from the home and prevents moisture from compromising the connection point.
Railings and stairs receive constant use and should be thoroughly evaluated for safety.
Look for:
Even minor movement in railings can present a safety hazard and should be addressed promptly.
Decking surfaces endure constant exposure to sunlight, moisture, foot traffic, and changing temperatures.
Inspect for:
Damaged boards can often be replaced individually, helping extend the life of the entire deck.
Metal components can deteriorate over time, especially when exposed to moisture and treated lumber.
Inspect:
Look for rust, corrosion, or loose connections that could affect structural integrity.
A deck's stain or sealer serves as its first line of defense against the elements. Fading, peeling, or worn finishes can leave wood vulnerable to moisture damage.
Signs that maintenance may be needed include:
Cleaning and refinishing can help restore protection and improve appearance.
Regular deck inspections allow contractors to identify concerns before they become costly repairs. By evaluating structural components, hardware, railings, and finishes, contractors can help homeowners maintain safe, attractive outdoor spaces throughout the summer season and beyond.
Before you buy a single board, sketch out your deck's size, shape, and how it connects to your house. Think about:
How you'll use the space (grilling, dining, lounging)
Where the stairs will go
Local permit requirements
How much sun or shade the area gets
Tip:ĚýBring your sketch or measurements into 58łÔąĎ. Our team can help you finalize a layout and put together a complete materials list.
Every great composite deck starts with a solid frame underneath. You've got a few options depending on your budget and priorities:
The traditional, budget-friendly choice. Pressure-treated lumber is treated to resist rot, insects, and moisture, making it a reliable standard for support posts, beams, joists, and ledger boards (where the deck attaches to your house).
Engineered to resist rot and moisture entirely, with no risk of warping, splitting, or insect damage over time. A great choice if you want a fully low-maintenance deck from the ground up.
Lightweight, extremely strong, and immune to rot, rust, and pests. A popular option for homeowners looking for a long-term, virtually maintenance-free frame.
Whichever you choose, a strong substructure is what keeps your deck safe and sturdy for decades. Don't cut corners here.
This is the fun part. Composite decking comes in a wide range of colors, textures, and styles, from natural wood-grain looks to sleek modern tones. Unlike traditional wood, composite decking won't splinter, warp, or require yearly staining.
When choosing your decking, consider:
Color:ĚýLighter tones stay cooler underfoot in direct sunlight.
Texture:ĚýWood-grain vs. smooth finish.
Board Style:ĚýGrooved (for hidden fasteners) vs. square edge.
Not sure which line is right for your home? Stop by, and we'll help you compare samples side by side.
Railing isn't just a safety requirement. It's also a major design decision. 58łÔąĎ carries three popular railing options:
Budget-friendly, low-maintenance, and available in classic white or tan finishes.
Sleek, modern, and ideal for maintaining unobstructed views.
Designed to match your decking for a seamless, high-end appearance.
The right fasteners make the difference between a deck that looks great today and one that holds up for years. Depending on your decking style, you may use:
Hidden fastener systems for a clean, screw-free surface
Color-matched composite screws
Specialty fasteners for railing and stair components
Our team can help match the correct fastener system to whichever decking line you choose.
Don't skip this step. Deck lighting extends your outdoor season well into the evening while adding a beautiful finishing touch. Popular options include:
Post cap lights
Recessed stair lights
Under-rail accent lighting
A well-lit deck isn't just attractive. It's also safer for nighttime use.
Building a composite deck is a project that pays off for years to come with more time enjoying your backyard and less time maintaining it.
Stop by 58łÔąĎ with your measurements, a sketch, or even just an idea, and our team will help you build a complete materials list from substructure to lighting.
Build it once. Enjoy it for decades.
Visit us at:
58łÔąĎ
3439 Shermans Valley Rd
Loysville, PA 17047
Call:Ěý717-789-2224
58łÔąĎ — Your one-stop shop for your next project.
]]>Use this guide to plan your project from start to finish - then stop in and grab everything you need in one trip.
Deck cleaner (for wood surfaces)
Mold/mildew remover (if needed)
Stiff scrub brush or deck brush
Garden hose with spray nozzle
Pressure washer (optional - use carefully)
Wood brightener/neutralizer (recommended with many cleaning systems)
Sandpaper/sanding pads (commonly 80-120 grit)
Scraper/putty knife (for peeling finish)
Rags for wipe-downs
Replacement boards
Exterior-rated screws/fasteners
Drill/driver and basic hand tools
Deck stain (transparent, semi-transparent, or solid)
Sealer/water repellent (if not included in your stain system)
Stain pad and/or quality brush
Roller (optional for larger areas)
Painter’s tape + plastic/drop cloths
Gloves
Eye protection
Mask/respirator (especially if sanding old finish)
Walk the deck and look for:
Loose boards, popped fasteners, soft spots
Peeling or flaking finish
Heavy graying or mildew in shaded areas
If you have widespread rot or structural issues, address that first - stain can’t fix bad wood.
Remove furniture, grills, and planters. Sweep off leaves and debris. Use tape and plastic/drop cloths to protect siding, doors, landscaping, and concrete edges.
Wet the deck.
Apply deck cleaner per label directions.
Scrub traffic areas and corners.
Rinse completely.
Pressure washer tip: A pressure washer can help, but it can also damage wood quickly if it’s too close or too aggressive. Use the right tip, keep distance, and avoid carving grooves into boards.
If your cleaning system calls for it - or if the wood is gray and uneven - apply a wood brightener/neutralizer, then rinse again. This can improve stain results and help the color look more even.
Don’t rush this part. Stain needs dry wood to bond properly. Dry time depends on weather, shade, and how wet the deck got during cleaning - follow the stain manufacturer’s guidance.
Scrape any loose or peeling finish.
Sand rough areas, raised grain, or splinters.
Spot-sand transitions so the final look is more consistent.
A quick rule of thumb:
Transparent: shows the most grain, typically needs more frequent recoat
Semi-transparent: a solid balance of natural look + durability
Solid: hides more imperfections and provides strong coverage (more “paint-like”)
Older decks with uneven color often look best with semi-transparent or solid stain.
Stir stain thoroughly and occasionally while working.
Work 2–3 boards at a time to avoid lap marks.
Apply evenly - too much product can lead to tackiness or peeling.
Railings and vertical surfaces usually take longer than the floor - plan for extra time.
Keep traffic off the deck for the recommended window. Once cured, walk it and touch up any missed edges or thin spots.
Pick a good weather window and avoid staining in extreme heat or right before rain.
Try not to stain on a surface that’s baking in direct sun (it can dry too fast and look uneven).
When in doubt, test a small area first - especially if you’re changing color or opacity.
If you’re taking on a deck refresh DIY, the right products make the job faster and the finish last longer - and you don’t need to run all over to find them.
58łÔąĎ (58łÔąĎ) in Loysville, PA is your one-stop shop for deck projects, including:
Deck cleaners and prep products
Sanding and surface-prep supplies
Deck stains and sealers
Brushes, rollers, and stain pads
Tape, plastic, drop cloths, and safety gear
Replacement boards and fasteners (when repairs are needed)
Stop in and get set up for the weekend. If you’re unsure what to use, bring a photo of your deck and a quick description of what’s happening (peeling, graying, mildew, etc.) - we’ll help you pick the right prep and stain system.
]]>A well-organized approach during peak season can help contractors stay productive, reduce downtime, and keep projects moving smoothly from start to finish. Here are several ways contractors can improve efficiency during the busiest months of the year.
Efficiency begins before work even starts. A detailed project plan helps crews stay organized and minimizes delays caused by missing information or last-minute changes.
Before breaking ground, contractors should confirm:
Taking time to prepare upfront helps avoid interruptions once work is underway.
Disorganized tools and equipment can slow down even experienced crews. Summer schedules move quickly, and wasted time searching for materials or replacing missing tools adds up fast.
To improve workflow:
A clean and organized setup improves productivity and helps projects stay on schedule.
Material staging can significantly impact jobsite efficiency. Delivering and placing materials close to where they will be used reduces unnecessary lifting, carrying, and movement throughout the day.
Whenever possible:
Thoughtful staging helps crews work faster while reducing fatigue.
Summer weather can be unpredictable. Heat, humidity, and storms can affect productivity, safety, and material performance.
To keep projects running smoothly:
Adjusting schedules proactively helps prevent delays and keeps crews safer during long summer workdays.
Clear communication is essential during busy project seasons, especially when multiple crews or subcontractors are involved.
Contractors can improve coordination by:
Strong communication helps reduce confusion, prevent duplicate work, and keep projects moving efficiently.
Equipment breakdowns during peak season can create major setbacks. Mid-season maintenance is one of the easiest ways to avoid unnecessary downtime.
Regularly inspect:
Addressing small issues early can prevent costly delays later.
A clean jobsite is often a more productive one. Excess clutter can slow movement, create safety hazards, and make materials harder to locate.
Encourage crews to:
Maintaining a tidy site improves efficiency and creates a more professional environment overall.
Trying to complete large projects with undersized or incorrect equipment can waste valuable time and energy. Using specialized tools or larger equipment when needed can dramatically improve productivity.
Depending on the project, this may include:
Choosing the right equipment helps crews complete tasks more efficiently and with better results.
Efficiency and safety go hand in hand. Injuries, heat exhaustion, and accidents can quickly disrupt schedules and create project delays.
During summer months:
Safe crews are more productive, focused, and reliable throughout the season.
Peak summer season brings major opportunities for contractors, but it also demands strong organization and planning. By improving communication, maintaining equipment, organizing jobsites, and preparing ahead of time, contractors can increase efficiency while delivering quality results.
A proactive approach not only keeps projects on schedule—it also helps crews work smarter, safer, and more effectively all summer long.
]]>Here’s how contractors can stay ahead this spring and avoid unnecessary slowdowns.
One of the most common causes of jobsite delays is waiting too long to secure materials. Lead times can fluctuate, especially during peak building season, and even common items may run low.
Before breaking ground, map out your full material list for each phase of the project:
Ordering early—or at least confirming availability—helps prevent mid-project scrambling that can throw off your entire timeline.
While specs and client preferences matter, availability should always be part of the decision-making process. Substituting a hard-to-find product at the last minute can cause bigger issues than selecting a reliable alternative upfront.
Work with trusted suppliers to:
This approach keeps projects moving without sacrificing quality.
Even with solid planning, delays can happen. That’s why it’s smart to build a buffer into your material strategy—especially for critical items.
Consider:
A small upfront investment can save significant time and frustration later.
Material delivery timing is just as important as availability. Too early, and materials can clutter the jobsite or risk damage. Too late, and your crew is left waiting.
Align deliveries with your build schedule:
Well-timed deliveries help maintain workflow and keep crews productive.
Your supplier plays a major role in how smoothly your projects run. A dependable building materials partner can help you plan ahead, suggest alternatives, and ensure consistent supply.
Look for suppliers who offer:
Strong supplier relationships can make a noticeable difference in staying on track.
Using consistent materials across projects can simplify ordering, reduce decision time, and minimize errors.
Benefits include:
Standardization is especially useful for contractors managing multiple jobs at once.
Even the best material plan can fall apart without clear communication. Make sure everyone—from project managers to crew members—knows what’s been ordered, what’s arriving, and when.
Simple steps like shared schedules, order confirmations, and regular check-ins can prevent costly misunderstandings.
Spring and early summer are some of the busiest times in construction, which makes planning even more important. By taking a proactive approach to material selection and logistics, contractors can avoid delays, keep crews working efficiently, and deliver projects on time.
Partnering with a trusted local supplier can help streamline the process—providing the materials, support, and reliability you need to keep every job on schedule.
]]>A careful inspection in early spring can help detect issues early and prevent long-term structural complications.
During winter, soil expands and contracts as temperatures fluctuate. This movement places pressure on foundation walls and footings. When snow melts and spring rains arrive, excess moisture can further weaken surrounding soil and increase the risk of settlement or cracking.
Early detection allows contractors to address issues before they worsen and affect other parts of the structure.
One of the most common indicators of foundation movement is cracking. Not all cracks indicate serious structural issues, but they should always be examined closely.
Common types of cracks include:
These are thin surface cracks that may appear in concrete due to normal curing or minor settling. While typically not serious, they should be monitored for changes over time.
Vertical cracks are often caused by normal settlement and may not indicate major structural problems. However, they should be sealed to prevent water infiltration.
Horizontal cracks are more concerning because they may indicate pressure from soil pushing against the foundation wall. These cracks should be evaluated carefully, as they may signal structural stress.
Often seen in masonry foundations, stair-step cracks follow the mortar joints between blocks or bricks. These cracks can indicate differential settling and should be assessed promptly.
Water infiltration is another common issue revealed during spring inspections. Signs of moisture problems may include:
Damp basement walls
Water stains on concrete surfaces
Efflorescence (white mineral deposits)
Mold or mildew growth
Pooling water near foundation walls
Poor drainage or clogged gutters can contribute to these problems and should be corrected quickly.
Proper drainage is essential for protecting foundations. Soil should slope away from the structure so water does not collect near the base of the building.
During inspections, contractors should check:
Downspout extensions
Surface grading
Drainage channels
Retaining walls
Soil erosion around the foundation
Correcting drainage problems early can prevent long-term structural damage.
Foundation settlement occurs when soil beneath a structure shifts or compresses. Warning signs may include:
Uneven floors
Doors or windows that stick
Gaps around window frames
Interior wall cracks
Sloping floors
These symptoms often appear gradually but should not be ignored.
Spring is also a good time to inspect structural areas connected to the foundation, such as:
Deck ledger boards
Porch supports
Basement window wells
Crawl space vents
Sill plates
Winter moisture and temperature changes can weaken these connections.
Many foundation issues begin as small problems that worsen over time if ignored. Early repairs—such as sealing cracks, improving drainage, or correcting grading—can prevent costly structural repairs later.
Regular inspections also provide an opportunity to document changes from year to year and monitor any developing concerns.
Spring foundation inspections are an important part of responsible building maintenance. By identifying early signs of damage and addressing them promptly, contractors and property owners can protect structural integrity and extend the life of the building.
Taking time to inspect now helps ensure that small issues remain manageable rather than becoming major structural challenges.
]]>The best way to stay ahead is to use late winter and early spring to prepare. A jobsite that’s organized, equipped, and ready to go can prevent costly downtime and keep projects moving efficiently.
Here are key areas contractors should focus on to ensure a smooth transition into the spring season.
Before spring work ramps up, equipment should be inspected and serviced. Cold temperatures, moisture, and winter storage can lead to issues that aren’t obvious until tools are in use.
Contractors should check:
Power tools for worn cords and damaged plugs
Batteries for charge capacity and corrosion
Blades and bits for wear or dullness
Compressors and hoses for leaks or cracks
Engines for fluid levels, filters, and proper start-up
Catching problems early prevents breakdowns mid-project when time is tight and replacement parts are harder to source quickly.
Spring jobs often require lifts, ladders, scaffolding, or material handling equipment. Confirming access requirements ahead of time helps prevent delays once the crew arrives on site.
It’s important to evaluate:
Required working heights and reach
Ground conditions for stability
Load requirements for materials and equipment
Site layout and access limitations
Having the correct equipment planned in advance keeps crews productive and reduces the risk of unsafe setups.
Spring conditions can be unpredictable. Rain, melting snow, and thawing ground often create muddy jobsites that slow productivity and create safety hazards.
To reduce downtime, plan for:
Temporary walkways or ground protection
Site drainage solutions
Proper staging areas for materials
Extra cleanup and maintenance time
Wet conditions can also affect material storage and project quality, so covered storage and proper protection should be considered early.
As demand increases in spring, certain materials may become harder to source quickly. Reviewing project needs ahead of time helps avoid delays caused by missing items.
Contractors can benefit from confirming:
Material takeoffs and estimates
Fasteners, adhesives, and consumables
Specialty items with longer lead times
Replacement parts for frequently used tools
Having a clear plan for supplies helps prevent jobsite downtime and keeps crews focused on production.
An organized trailer or work vehicle saves time every day. Spring is the perfect time to reset and reorganize after winter.
Consider:
Removing unused or damaged items
Restocking frequently used materials
Reorganizing storage for efficiency
Labeling bins and tool locations
Even small improvements in organization can reduce lost time and improve workflow when schedules become packed.
Spring jobs often involve more active sites, new crew members, and more complicated timelines. Reviewing safety procedures early helps reduce incidents and supports productivity.
Make sure to:
Inspect personal protective equipment for wear
Confirm first-aid kits are stocked
Review fall protection equipment
Refresh jobsite safety procedures with crews
Confirm required training and certifications are current
Safety preparation should be treated as a key part of spring readiness—not an afterthought.
Spring brings opportunity, but it also brings pressure. Contractors who prepare early are better equipped to stay on schedule, protect their crews, and maintain quality work.
By focusing on equipment readiness, jobsite planning, inventory, and organization, contractors can enter the spring season with confidence—and keep projects running smoothly from day one.
]]>Before spring arrives, take time to review your upcoming workload. Confirm project start dates, timelines, and staffing needs. Identify any overlapping jobs that may require additional planning or resources. This proactive review allows you to adjust schedules early and avoid last-minute surprises once the season is in full swing.
Winter weather can leave its mark on worksites. Snow, ice, and freeze-thaw cycles may affect ground stability, access points, and existing structures. Walk each site when possible to check for drainage issues, uneven surfaces, or damage that may need attention before work resumes. Addressing these concerns early helps prevent safety risks and project delays.
Spring projects often require lifts, scaffolding, ladders, and other access equipment. Late winter is a good time to confirm that the right equipment will be available and suited to each job. Review height requirements, load capacities, and site conditions to ensure proper setup when work begins. Planning access needs ahead of time can help keep crews moving efficiently.
Supply availability can fluctuate as demand increases in spring. Review material lists for upcoming jobs and identify items that may require advance planning. Having a clear understanding of what’s needed—and when—helps prevent downtime caused by missing or delayed supplies.
Before crews return to full workloads, review safety procedures and confirm all required certifications and training are up to date. Late winter is an ideal time to refresh jobsite safety plans, inspect protective equipment, and ensure compliance with local regulations. A strong safety foundation supports productivity and reduces the risk of injuries.
If winter has slowed your workload, use this time wisely. Organize tools, update documentation, plan logistics, and fine-tune workflows. Investing in preparation now allows your team to hit the ground running once spring projects begin.
Late-winter planning sets the tone for the months ahead. By addressing jobsite readiness, equipment needs, materials, and safety considerations early, contractors can move into spring with confidence. Thoughtful preparation helps minimize delays, improves efficiency, and supports a smoother, more successful construction season.
]]>Check all power tools for worn cords, dull blades, or loose parts. Clean them thoroughly and apply light oil where appropriate. Organize your toolbox so everything is easy to find on the next job.
Inspect tires, brakes, and fluids on all work vehicles. Cold weather can take a toll, so top off antifreeze and check battery health. Clean interiors and remove unneeded items to start the year with a fresh slate.
Take an inventory of your materials and consumables. Note what needs replenishing and what can be cleared out. Proper organization not only saves time but also helps reduce duplicate orders and wasted space.
Use the downtime to update project calendars, safety certifications, or licenses. Setting goals now helps ensure a strong, organized start to the next season of work.
]]>Check forecasts daily and plan work schedules to make the most of daylight hours. Indoor tasks, such as finishing or prep work, can be prioritized during poor weather days to keep projects moving forward.
Cold temperatures can cause fuel thickening, battery drain, and brittle hoses. Run engines periodically to keep systems lubricated, store batteries indoors when possible, and use fuel additives to prevent gelling in diesel engines.
Encourage frequent warm-up breaks and proper layering of clothing. Provide dry gloves and extra socks, and make sure all team members know the signs of frostbite and hypothermia. Warm crews work better and stay safer.
Snow and ice can quickly create hazards. Regularly clear walkways, salt slippery areas, and secure materials against wind. A tidy jobsite helps prevent injuries and keeps work flowing smoothly, no matter the weather.
]]>As temperatures fall, drying times for paints, concrete, and adhesives can increase significantly. Build flexibility into your schedule to accommodate slower curing and drying, and keep an eye on extended forecasts so you can adjust project timelines before the weather does it for you.
Cold and moisture can damage building materials if left unprotected. Store lumber, drywall, and other materials off the ground and covered with waterproof tarps or shrink wrap. If you’re working with temperature-sensitive materials like adhesives or coatings, consider heated storage or keeping them in enclosed spaces.
Cold weather can be hard on tools and machinery. Check fluids, filters, and batteries on heavy equipment, and lubricate moving parts to prevent freezing. Portable heaters, proper fuel storage, and regular maintenance checks can go a long way in keeping your tools reliable all season.
Working in the cold increases the risk of slips, falls, and cold-related health issues. Make sure crews have access to warm-up areas, proper gear, and dry gloves or boots. Emphasize hydration — even in the cold — and encourage short breaks to prevent fatigue and frostbite.
Shorter days mean more work in low light and a higher risk of theft or damage overnight. Use jobsite lighting to improve visibility and safety, and ensure that tools and materials are locked up or stored securely after hours.
Cold weather doesn’t have to slow your projects down. With thoughtful preparation, proper equipment maintenance, and attention to safety, contractors can keep projects moving efficiently and avoid costly setbacks. By getting ahead of seasonal challenges, you’ll set yourself up for a productive winter and a strong start to spring.
]]>As daylight hours decrease, scheduling becomes critical. Consider shifting certain tasks earlier in the day and making use of supplemental jobsite lighting to keep productivity up without compromising safety.
Moisture and cold temperatures can ruin materials like drywall, lumber, and cement. Store them properly on pallets or under tarps, and if possible, move sensitive materials indoors.
Fall is the time to service and winterize equipment. Ensure that fuel is stabilized, hydraulic systems are checked, and batteries are ready for colder starts. Having well-maintained equipment reduces downtime in challenging weather.
Shorter days and slicker surfaces can increase jobsite hazards. Provide adequate lighting in work areas, secure pathways, and emphasize crew awareness of seasonal slip, trip, and fall risks.
Cold temperatures can slow drying and curing times for concrete, paint, and adhesives. Plan schedules with these delays in mind, and ensure you’re using the right materials rated for cooler weather.
Seasonal changes can cause project shifts. Keeping clients informed about realistic timelines, potential weather delays, and preventive measures helps maintain trust and ensures smoother project management.
Encourage crews to dress appropriately for the weather and provide warming shelters or heated break areas if needed. Keeping teams comfortable ensures productivity and safety.
By prioritizing these fall and winter prep tasks, contractors can reduce weather-related delays, keep crews safe, and maintain efficiency as colder months approach. Proactive planning now leads to smoother projects all season long.
]]>Here’s a look at practical, contractor-focused tips for reducing material waste on the jobsite without sacrificing quality or workflow.
One of the biggest causes of material waste is over-ordering. Take time upfront to calculate material needs based on accurate measurements, accounting for layout, cuts, and design changes.
Contractor Tip:
Use digital estimating tools or takeoffs to help dial in more precise quantities. When in doubt, talk to your supplier—they may help you refine your order based on typical overage percentages for specific materials.
Improper storage is one of the quickest ways to lose usable materials. Lumber, drywall, insulation, and even bags of cement can be damaged by moisture, sun, or wind if left exposed.
Action Step:
Use covered storage areas, keep materials elevated off the ground, and store perishable items indoors when possible. Secure loose items at the end of the day to prevent wind or weather damage.
Instead of tossing off-cuts or partial boards, evaluate whether they can be reused elsewhere on the project—like for blocking, shims, or smaller components.
Pro Move:
Designate a “scrap zone” on your site for organized off-cuts. You’ll be surprised how many of these can be put to good use during framing, finishing, or repairs.
When designing or laying out a job, sticking to standard material dimensions can reduce waste and make installation easier.
Example:
Using 4’ increments when framing or laying out drywall will reduce the number of cuts—and leftover waste—from standard 4x8 or 4x12 sheets.
Some lumber and metal suppliers offer materials cut to length. Ordering exactly what you need for framing, trim, or piping can reduce on-site cutting and leftover waste.
Bonus:
This also saves labor time and reduces cleanup.
Many construction materials—including wood, concrete, metal, and cardboard—can be recycled rather than trashed. Check with your local waste management provider to see what’s accepted.
Contractor Tip:
Set up labeled bins on-site to sort recyclable materials as you go. This simplifies disposal and helps your crew build better habits over time.
Your waste reduction strategy is only as strong as your team’s buy-in. Make sure everyone on the crew understands the importance of minimizing waste and how they can help.
Quick Tips for Training:
Review site-specific waste goals during kickoff meetings.
Reward teams for clean, efficient work areas.
Encourage input on ways to save materials on each project.
Reducing material waste doesn’t require major changes to your workflow—just a shift in mindset and a few smarter habits. By improving planning, storage, and reuse practices, contractors can lower project costs, reduce environmental impact, and boost overall efficiency.
Looking for materials or advice on building smarter? Stop by—we're here to help you get the job done right, with less waste and more savings.
There are some differences in installation compared to wood fencing. For example, many fence systems, especially vinyl, cannot be cut and adjusted with the freedom that you can with wood fencing. Essentially, the installation tolerances are very restrictive. Measurements from post to post need to be extremely accurate. At the same time, you must allow for expansion and contraction. This is where many do-it-yourselfers run into difficulty down the road. A vinyl fence that is installed too tightly on a cool morning can become warped and wavy once the sun comes out.
Since vinyl, composite and PVC fencing are so long-lasting, make sure that the hardware you use is equally so. Stainless steel hardware is the best choice. The last thing the homeowner wants is oxidation or rust stains marring the clean finish of their new fencing.
It is to be noted that not all vinyl, composite, and PVC fencing is created equal. At the lower end of the spectrum, materials are relatively thin and brittle, while at the higher end are products such as Certainteed’s Bufftech™. A good gauge of quality is in the cutting. The better product will create dust when cut, while the inferior one will likely shatter into chips.
Fastening is no different. Cheaper grade fencing systems utilize a bracketing system for fastening. The drawback there is that the brackets are 90° and can’t be installed on an angle. That can be a problem on slopes, which means that the fence must be installed in such a way that it “steps” up a hill. While that is a perfectly acceptable practice, some customers prefer that the fence follows the slope of the land. Many of the fencing systems used by the pros utilize a “rout and lock” system of connection. The rails slip into the pre-cut openings in the posts and are secured from within. This way, the rails are firmly locked into place, allow room to expand and contract, and still accommodate for the slope.
]]>Specify the Correct Treatment
Ground Contact Rating (UC4A/UC4B) for sill plates, deck framing, and any component touching soil or concrete.
Above Ground (UC3A) for framing members protected by cladding or roofing, reducing cost without compromising durability.
Storage & Jobsite Handling
Store bundles on elevated dunnage, covered with a breathable tarp—avoid plastic that traps condensation.
Stack lumber flat and level to prevent warping. Rotate older stock to the front to use in order.
Installation Best Practices
Seal cut ends and holes with an approved preservative to maintain full treatment integrity.
Provide drainage and ventilation: flashing at wall bases and 1-inch gaps under siding helps moisture escape.
Use corrosion-resistant fasteners (hot-dip galvanized or stainless) to avoid staining and ensure structural strength.
Quality Control Checks
Inspect delivered lumber for proper stamp grades and treatment marks before unloading.
Check moisture content with a meter—ideally under 19% for framing to minimize shrinkage and avoid nail pops.
By following these guidelines, you’ll safeguard structures against rot and fungal growth—delivering reliable, long-lasting builds that stand up to whatever the summer weather brings. Visit us for a full range of treated and untreated framing lumber, and let’s plan your next project together.
]]>1. Start Early or Late: Whenever possible, schedule the heaviest physical labor for early mornings or later in the day to avoid the afternoon heat.
2. Hydration Stations: Keep water coolers stocked and accessible. Encourage regular hydration breaks and consider electrolyte-replenishing drinks for high-exertion days.
3. Shade and Shelter: Provide pop-up tents or shaded areas for breaks. Even a few minutes in the shade can prevent heat-related illness.
4. Use Heat-Friendly Materials: Some products perform better in high temperatures. Talk to your local supplier about adhesives, sealants, and finishes formulated for hot-weather use.
5. Rotate Tasks: Keep workers from overheating by rotating between high-exertion and lower-exertion tasks throughout the day.
6. Educate Your Team: Make sure your crew knows the signs of heat exhaustion and heat stroke—and what to do if symptoms arise.
By staying proactive, you can protect your team and keep summer projects on track.
]]>Cordless Tool Sets (Drill, Impact Driver, Saw)
Lithium-ion combos are dominating this season. Brands with long battery life and cross-compatible platforms are saving contractors serious setup time.
Laser Levels & Digital Measuring Tools
Precision equals professionalism — and these compact devices are making setup faster and more accurate than ever.
Multi-Tool with Oscillating Attachments
Cut, grind, sand, or scrape — no matter the task, a good multi-tool is your on-site MVP.
Heavy-Duty Storage Solutions
Stackable, waterproof toolboxes are trending, with contractors looking to streamline their truck beds for better organization and faster unloads.
Job-Site Lighting
LED tower lights and portable work lights are in high demand for early morning starts and late-day wrap-ups.
Extra Batteries & Chargers
One of the most borrowed items on any job site. Keep backups so you're never stuck waiting.
Contractor-Grade Fasteners & Anchors
Don’t rely on the leftovers in the bottom of the box — stock up now so you’re never short mid-project.
On-the-Go Cleanup
Keep trash bags, a dustpan, wipes, and a basic broom on hand to leave a clean site every time.
Your truck is your mobile command center — make sure it’s stocked with tools that work as hard as you do. Stop by and see us to gear up with the season’s best.
]]>Here’s why every contractor should consider upgrading their toolbox this spring.
One of the most compelling reasons to upgrade your toolbox is the increase in efficiency. As projects get more complex and deadlines get tighter, the last thing you want is to waste time searching for the right tool. An updated toolbox allows for better organization, faster access to your tools, and the ability to carry everything you need with you.
Modern toolboxes and tool bags come with plenty of compartments, customizable dividers, and lightweight designs, making it easier to keep your gear organized. With everything in its place, you’ll spend less time digging through your toolbox and more time getting the job done.
Pro Tip: Consider a modular tool system that allows you to build a custom setup based on the specific needs of each project. This way, you can easily grab and go with the tools you need for the task at hand.
Working with outdated or worn-out tools can pose a significant safety risk. Over time, tools can become less effective or even dangerous, leading to accidents or poor workmanship. For instance, a dull saw blade or a worn-out hammer handle can make tasks more difficult and increase the likelihood of injury.
Upgrading your toolbox this spring means replacing old or damaged tools with newer, safer options. Modern tools are designed with ergonomics and safety features in mind, reducing strain on your body and minimizing the chance of accidents. Newer tools are also often made with better materials, ensuring greater durability and longevity.
Pro Tip: Check your safety gear as well. Items like gloves, goggles, and respirators should be updated to ensure you’re working in a safe and comfortable environment.
The construction industry is constantly evolving, and staying ahead of the competition means having the right tools for the job. Upgrading your toolbox can help you take on a wider variety of projects and improve the quality of your work. New specialized tools—such as cordless drills, multi-tools, laser levels, and high-quality saws—can help you work faster, more precisely, and with less physical effort.
By investing in the latest tools and equipment, you can expand the range of services you offer. Whether you’re working on intricate carpentry, masonry, electrical work, or plumbing, having the proper tools ensures that you can handle any project that comes your way.
Pro Tip: Focus on tools that increase your versatility. For example, a multi-tool that serves several functions can replace multiple single-purpose tools and save you both space and time.
Using old, worn-out tools often leads to more frequent repairs and maintenance, which can quickly add up. Upgrading your toolbox not only reduces the risk of breakage but also helps you avoid the cost of constant repairs. Newer tools are less likely to break down, which means you’ll spend less time—and money—on maintenance and more time working.
Additionally, many newer tools come with warranties that protect your investment. If something breaks, you can simply get it replaced or repaired, often at no cost to you.
Pro Tip: When upgrading, invest in high-quality, well-known brands. While they may come with a higher upfront cost, they typically last longer and provide better value in the long run.
Technology is increasingly playing a role in the construction industry, with "smart tools" becoming more common. These high-tech tools integrate with apps or use sensors to provide data and enhance accuracy. For example, smart levels can communicate with your smartphone, providing real-time measurements and readings, while smart drills can track usage and help optimize performance.
Incorporating these tools into your toolbox can not only help you stay competitive but also increase the accuracy and efficiency of your work. If you’re looking to future-proof your business, now is the time to start integrating these smart tools into your daily work routine.
Pro Tip: Look for tools with Bluetooth connectivity or other smart features that can sync with your project management apps or provide useful analytics.
Your toolbox should be more than just a storage solution—it should be an extension of your work style. With updated toolboxes, you can choose designs that are tailored to your needs. For example, if you do a lot of electrical work, a toolbox with compartments specifically for wire cutters, testers, and pliers may be ideal. For contractors who often work outdoors, consider investing in a waterproof toolbox or one with rugged, durable exteriors to withstand harsh environments.
Additionally, modern toolboxes and bags come with ergonomic handles, padded straps, and lightweight materials to make hauling your tools less of a hassle. This can reduce physical strain and help you stay comfortable during long days on the job.
Pro Tip: Consider a toolbox with adjustable sections, so you can tailor your storage to fit your specific tools and keep everything organized.
As a contractor, the appearance of your tools and workspaces speaks volumes about your professionalism. An upgraded, well-organized toolbox not only improves your efficiency but also leaves a good impression on clients. When you show up with a tidy, modern toolbox, clients will take notice and associate you with quality work.
A professional, reliable image can help you secure repeat business and earn referrals. It’s a small investment that can go a long way in building your reputation.
Pro Tip: Keep your toolbox clean and well-maintained. Regularly check that everything is in working order and that no tools are missing.
Though upgrading your toolbox involves an initial investment, it can save you money in the long run. By choosing durable, high-quality tools, you can avoid the need for frequent replacements. Additionally, having the right tools can increase your efficiency, allowing you to complete projects faster and with fewer mistakes, ultimately improving your bottom line.
Pro Tip: If budget is a concern, consider upgrading your toolbox gradually, replacing essential tools first and spreading out the cost over time.
Spring is the perfect time to refresh your toolbox and ensure that you’re equipped to handle whatever projects come your way. By upgrading your tools, you’ll improve efficiency, enhance safety, and boost your professionalism—all while staying ahead of the competition. Whether it’s investing in new specialized tools, integrating smart technology, or simply organizing your gear better, an upgraded toolbox can make a significant difference in the quality of your work and the success of your business.
So, take a moment this spring to assess your toolbox—it's time to invest in the tools that will help you work smarter, not harder! Happy upgrading!
]]>If you’re a contractor, visit your local lumberyard for premium materials and project insights to keep your clients satisfied.
]]>Not all flooring materials are suitable for every space, so choosing wisely is crucial. Consider these factors when selecting your flooring:
Accurate measurements are key to ordering the correct amount of material and avoiding costly mistakes. Use a tape measure to calculate the square footage of your space, and don’t forget to account for extra material for cuts, waste, and future repairs (usually about 10-15% more). Double-check your measurements before placing your order to ensure accuracy.
A solid subfloor is the foundation of any successful flooring project. Before installing your new floor, ensure the subfloor is:
Having the proper tools on hand can save time and frustration during your flooring project. While specific tools will vary depending on the type of flooring you’re installing, here are some general items you may need:
If you’re replacing old flooring, take your time with the removal process to avoid damaging the subfloor or surrounding walls. Here are some tips for removal:
Before installing, plan out your flooring layout to avoid uneven patterns or awkward cuts. For materials like tile or wood planks, dry-fit a portion of the floor to get a sense of alignment. Start at the most visible wall and work your way out. Always stagger seams for wood or laminate planks to create a natural, aesthetically pleasing look.
Every flooring material has specific installation guidelines, so it’s crucial to follow the manufacturer’s instructions. Here are some examples:
After installation, the final details can make all the difference:
While many flooring projects are DIY-friendly, some materials and installations require expertise. For instance, custom tile patterns, radiant heating systems, or intricate hardwood designs may benefit from a professional’s touch. If you’re unsure about your ability to complete a project, don’t hesitate to consult with a contractor.
Once your flooring is installed, proper maintenance is essential to preserve its beauty and durability. Follow these general care tips:
A Lasting Foundation for Your Home Installing new flooring is a rewarding project that transforms the look and feel of any space. Whether you’re tackling a small room or outfitting an entire home, planning and preparation are key to success. With these tips in mind, you’ll be well-equipped to complete your flooring project efficiently and beautifully.
Need tools, advice, or supplies for your flooring project? Stop by our store for expert recommendations. Let’s make your next project a success.
]]>Before starting the installation, assess the floor’s level. Use a long level or laser level to check for dips, humps, or slopes in the kitchen floor. Mark the high and low points so you have a clear idea of the floor’s condition. Understanding the variations in the floor will help you plan adjustments for the cabinet installation.
Locate the highest point of the floor along the wall where the cabinets will be installed. This is the reference point for leveling your cabinets. All other cabinets will be adjusted to match this height, ensuring that the countertop will be level even if the floor is not.
Using a laser level or chalk line, mark a level line on the wall above the high point of the floor. This line should represent the height of the cabinet bases. Typically, base cabinets are 34 ½ inches tall to allow for standard countertop heights (36 inches total when the countertop is installed).
Shims are your best friend when working in an out-of-level kitchen. Start with the cabinet that will be placed over the high point of the floor. Install the cabinet and use wooden or composite shims under the base to make it level both side-to-side and front-to-back. Secure the shims in place, ensuring the cabinet is stable and doesn’t wobble.
For adjacent cabinets, repeat the process while aligning the tops with your reference line on the wall. Shims will help raise the cabinets to match the height of the high point. Use a level to ensure that all cabinets are perfectly aligned across their tops for a seamless countertop installation.
Once the cabinet is properly leveled, secure it to the wall using screws and cabinet brackets. Ensure the screws are driven into wall studs for stability. Check alignment as you install each cabinet to ensure they remain level and flush with one another.
After all the cabinets are securely installed and level, use a utility knife or saw to trim any shims that extend beyond the cabinet base. This will give the installation a clean and professional appearance.
In kitchens with significant floor variations, gaps may appear between the cabinet bases and the floor. Install toe kicks to cover these gaps and create a polished finish. If necessary, use filler strips to address gaps between cabinets and walls, ensuring a seamless look.
With the cabinets installed and leveled, the base is now ready for countertop installation. Double-check that the cabinet tops are level across the entire run, as uneven cabinets can cause problems when the countertop is installed.
Installing base cabinets in an out-of-level kitchen may take extra time and effort, but the result will be a beautiful, functional kitchen that stands the test of time. Whether you’re a contractor working on a client’s home or a DIYer tackling your own renovation, careful preparation and attention to detail are the keys to success.
With the right equipment and expertise, you can overcome uneven floors and create a kitchen that’s both stylish and functional.
]]>Plumbing codes are sets of regulations established by local, state, and national authorities to control the design, installation, and maintenance of plumbing systems. These codes are developed to ensure:
Compliance with plumbing codes isn’t just a matter of professionalism; it’s a legal requirement. Failure to follow these codes can result in fines, work stoppages, and even safety hazards that could damage a contractor’s reputation.
While plumbing codes can vary depending on your location, here are some of the universal principles and essential areas contractors should be familiar with:
Understanding plumbing codes is critical, but even seasoned contractors can make mistakes. Here are some common pitfalls and how to avoid them:
Plumbing codes are updated regularly to account for new technologies, materials, and safety insights. Contractors should make it a priority to stay current with code changes and industry standards. Here are a few ways to keep informed:
For complex or large-scale projects, it’s often best to consult with a code specialist. These experts can help interpret complex regulations and ensure every aspect of the plumbing work meets code requirements. Investing in code consultation can save contractors time, prevent costly fines, and ensure safety on the job site.
For contractors, mastering plumbing codes is more than a legal obligation—it’s a vital part of delivering safe, efficient, and high-quality work. By following these codes, contractors can avoid costly mistakes, reduce the likelihood of callbacks, and ultimately build a reputation for reliability and excellence.
In an industry where safety and precision are paramount, knowing the plumbing codes helps contractors meet customer expectations, protect public health, and keep projects on track. Take the time to learn the codes, stay updated, and make compliance a priority on every job.
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]]>Concrete is a highly durable material, but it is not impermeable. Without proper drainage, water can pool on the surface or infiltrate cracks, leading to serious issues such as:
A well-constructed concrete surface should have a slight slope to allow water to flow away from the surface. The recommended slope is typically 1/8 to 1/4 inch per foot, depending on the size of the area. If the surface was not originally installed with the proper slope, you may need to:
Drains are a key solution to controlling water runoff, especially for large areas like driveways, patios, and walkways. Options include:
Ensure that these drains are regularly maintained to prevent clogs, which could lead to standing water and runoff problems.
Small cracks and gaps can lead to significant water infiltration, particularly during freeze-thaw cycles. Regularly inspect your concrete surfaces for cracks and seal them with a high-quality concrete sealant. For larger cracks, you may need to:
If water tends to pool around the edges of a concrete surface, adding permeable materials like gravel or pavers can help manage runoff. These materials allow water to seep into the ground rather than collect at the surface.
The area surrounding a concrete surface plays a critical role in drainage. Ensure the landscaping directs water away from the concrete and foundation:
Applying a waterproof sealant to concrete surfaces can help protect against water penetration. Sealants create a barrier that prevents moisture from seeping into cracks and pores in the concrete, extending the life of the structure.
Once the drainage issues have been addressed, it’s important to establish a maintenance plan to prevent future problems:
Solving concrete drainage and runoff issues requires a mix of proactive planning, regular maintenance, and, when necessary, corrective measures. By ensuring proper slope, installing drainage systems, sealing cracks, and improving surrounding landscaping, contractors and DIY homeowners can prevent water damage and maintain the durability of their concrete surfaces for years to come. With these practical solutions, you can protect your projects and ensure they withstand the elements.
]]>Bracing floor trusses is essential for maintaining the structural integrity of a building. Proper bracing prevents trusses from moving or buckling under load, ensuring that the floor system remains stable and safe throughout its lifespan.
Bracing helps distribute loads evenly across the trusses, preventing localized stress points that could lead to structural failure. This is particularly important in areas with heavy foot traffic or significant live loads.
Building codes and standards, such as those set by the International Residential Code (IRC) and the Truss Plate Institute (TPI), require proper bracing of floor trusses to ensure safety and performance. Compliance with these codes is not only a legal requirement but also a best practice for quality construction.
Each truss design is unique, and manufacturers provide specific bracing requirements and guidelines. Always refer to the manufacturer's documentation and follow their recommendations for bracing to ensure compatibility and structural integrity.
Select bracing materials that are compatible with the trusses and meet the necessary strength and durability requirements. Common bracing materials include:
Temporary bracing is crucial during the construction phase to prevent trusses from shifting or collapsing before permanent bracing is installed. Temporary bracing should be installed as soon as the trusses are placed and adjusted as needed throughout the construction process.
Proper spacing and alignment of floor trusses are critical for effective bracing. Trusses should be spaced according to the manufacturer's specifications, and any misalignment should be corrected before bracing is installed.
Permanent bracing should be installed once the floor trusses are in their final position and temporary bracing has been removed. This includes:
Effective bracing requires careful planning and coordination. Review the project plans and manufacturer's guidelines before starting, and ensure you have the necessary materials and tools on hand.
Bracing floor trusses can be a complex task that often requires multiple workers. Communicate clearly with your team, assign specific roles, and work together to ensure accurate and efficient installation.
During and after installation, regularly inspect the bracing to ensure it remains secure and effective. Make any necessary adjustments to maintain stability and compliance with building codes.
Working with floor trusses and bracing can be hazardous. Always follow safety protocols, use appropriate personal protective equipment (PPE), and ensure that the work area is secure and free from hazards.
Bracing floor trusses is a critical step in ensuring the safety, stability, and longevity of a building. By following best practices, adhering to manufacturer guidelines, and implementing effective bracing techniques, contractors and remodelers can achieve reliable and code-compliant floor systems. Proper planning, teamwork, and regular inspections will help you create structurally sound and resilient buildings that stand the test of time.
]]>Air sealing is the process of closing gaps and cracks in a building’s envelope to prevent air leakage. Here’s why it’s important:
During a renovation, it’s essential to identify and address common areas where air leaks occur:
Implementing proper air sealing techniques during a renovation can significantly improve a home’s energy performance. Here are some effective methods:
The Home Energy Rating System (HERS) is a nationally recognized system for inspecting and calculating a home's energy performance. Here’s why HERS is relevant to contractors and remodelers:
Proper air sealing is a critical component of any home renovation, offering significant benefits in terms of energy efficiency, comfort, indoor air quality, and building durability. By understanding and implementing effective air sealing techniques, contractors and remodelers can deliver high-quality renovations that meet the needs of modern homeowners. Additionally, utilizing the Home Energy Rating System (HERS) can provide valuable insights and guidance for improving a home’s energy performance.
As you embark on your next renovation project, prioritize air sealing to ensure your clients enjoy the full benefits of an energy-efficient and comfortable home.
]]>Before diving into preventive measures, it's crucial to recognize the common heat-related illnesses and their symptoms:
Effective preparation can significantly reduce the risk of heat-related illnesses:
Choosing the right gear can make a significant difference in managing heat:
Proper hydration is one of the most effective ways to prevent heat-related illnesses:
The work environment plays a critical role in managing heat:
Being prepared for emergencies can save lives:
Learning from others’ experiences can provide practical insights:
In conclusion, prioritizing heat safety is not just about compliance; it’s about protecting the health and productivity of your team. By understanding heat-related illnesses, preparing effectively, using the right gear, staying hydrated, creating a safe work environment, and having a robust emergency plan, you can ensure a safer and more efficient worksite this summer.
We’d love to hear from you! Share your own heat safety tips and experiences in the comments below. Let’s work together to create a safer summer for all contractors. For more safety tips and resources, follow us on our social media channels and stay informed. Stay cool and stay safe!
]]>Safety should start at the pre-project planning stage. Every job should begin with a thorough risk assessment, trying to identify all of the relevant hazards. They should then be studied and placed in order of priority. This way, you can implement safety specifications to ensure that risks reduced as much as possible.
Training your employees (and yourself) is vital to ensure safety procedures are followed. On various job sites, once you’ve identified potential hazards and have developed procedures to deal with them, then going over these procedures with employees and supervisors will help put everybody on the same page. Making safety a part of your next jobsite meeting is an effective way to routinely update everybody on the latest techniques and the current status of any particular risks for the current project. One thing to note about training: make it only as long as it needs to be, since everyone has a job to do and they are more than likely eager to get started. Encourage feedback as part of the training process, as well.
It’s also good to note that preparedness, in the event that something should go wrong on the jobsite, is an important part of safety management. Sometimes things happen outside of your influence and being ready is all that you can do. For example, what will you do when the lights go out? If you are working down in a basement -- equipment and cords strewn about, are you ready for a power outage? A simple fix in the situation would be to install battery-powered exit lights at key locations throughout the job area. That way, your employees and yourself can safely exit the area until the power is restored. This is just one example, but it illustrates how a little planning ahead based on the specific environmental conditions of the jobsite, can reduce a lot of risk for everyone involved.
]]>Building green provides one of those few occasions where it’s possible to both help the environment and in many cases, save money. The EPA has a green building website . It includes a lot of helpful resources for homeowners and contractors interested in incorporating green building concepts into their remodeling projects.
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