Beautiful high contrast kitchen featuring our Contemporary Proline PLFW 750 Professional Stainless Steel Wall Mounted Range Hood. The Red Walls, Dark Wood Cabinets, Island Pendant Lighting, and Modern Clean Lines make this kitchen really stand out. PLFW 750 Range Hood Product Details: This is our Super Low Profile, Sleek, All Stainless, Contemporary Design, Wall Mounted Range Hood. This attractive and versatile range hood looks and works great in any size. Elegant LCD touch controls, with time delay and 6 speeds from 300 cfm up to 1100 cfm, this hood has the power to handle the largest cooktops efficiently and quietly. Easy to install and super low maintenance, this wall mounted range hood is available in 5 sizes (36", 42", 48", 54" and 60") and is one of the very few large format hoods available as a ductless model. Stainless Baffle Filters that are easy to remove and clean, and the quietest 300 CFM setting in the industry. (Based on comparable size and local blower capacity). And power when you need it with 1100 CFM total capacity. This Range Hood comes with dual blowers and fan completely installed and factory tested. Specifications 110v 60hz (USA and Canada Certification) Electronic LCD 6 Speed Switch, w/Time Delay Controls 6 Speed, 1100 Max. CFM Dual Blower 2 x LED lights Stainless Baffle Filters Carbon filters available for ductless operation Seamless Design Easy to Clean and Maintain Brushed #430 Stainless Steel 2 x 6" Air Outlets

Kitchen - contemporary kitchen idea

Photo: Mina Brinkey © 2014 Houzz
Kitchen - traditional kitchen idea in Tampa

At the apex of a quiet cul de sac, with the Brunswick Commons trail meandering just footsteps from the backyard, an active retired couple wanted to build their forever home. They wanted the most efficient house they could build with at least 100% of the energy coming from their rooftop solar array. Even with a wall of pine trees directly to the south Michael Maines was able to design a house that, with high attention to detailing, we were able to make a net positive energy home. The 48 solar panels on the roof will make more than enough to power everything in the home and the extra will be credited toward the couple’s camp in northern Maine. Our diligent focus on air sealing paid off with a blower door shell test of .12 ACH50 (for comparison, passive house requires below .60 ACH50). With 12 inch thick double stud walls packed tight with recycled cellulose insulation, and heated and cooled with heat pumps, this house will stay comfortable all year round.

Edible garden in rich soil amended with compost. Falon Mihalic

The Glenhill house settles gracefully into a mature pine forest, its form composed as a quiet study of light, proportion, and crafted detail. A two-story residence lifted above a drive-through garage, it is designed as a sequence of framed views — each room capturing the vertical rhythm of pines, shifting daylight, and the subtle movement of the landscape. Boundaries dissolve as floor-to-ceiling glass opens living spaces to broad terraces and cantilevered balconies, allowing the forest to inhabit the interior as much as the residents inhabit the site. A finely tuned steel frame enables deep overhangs and slender structural lines, giving the house its floating clarity. These long spans soften the transition between indoors and out, casting calibrated shadows across stone floors and hand-finished wood surfaces. Every junction, from the precision-cut steel connections to the custom millwork, reflects an elevated commitment to craft. Materials are chosen not only for their beauty but for the way they register light—the warmth of timber, the quiet solidity of stone, the reflective sheen of metal. The owner’s collection of art integrates seamlessly into the architectural language. Display walls and open sightlines turn circulation paths into gallery promenades, while the garage level becomes both threshold and exhibition space for the automobile collection. At dusk, the home glows lantern-like within the pines, revealing a composition where structure, material, and nature are held in delicate balance. It is a dwelling shaped less as an object in the woods and more as a crafted extension of the forest itself. The project began with an unexpected challenge: the original lot, once selected for its beauty, became untenable when neighboring homeowners objected to the presence of a modern house. Rather than compromise the vision, the team embraced a new site, one even more deeply woven into the pine forest, and treated the change as an opportunity to refine the project’s relationship to nature and craft. Working within a densely wooded parcel required choreography as much as construction. Limited access routes, the need to preserve mature trees, and the precision demands of steel erection shaped a carefully phased process. Contractors navigated the site with restraint, placing each piece of steel like a line of poetry between trunks. The resulting frame, powerful yet minimal, was later infilled with lumber to create a hybrid system — efficient, warm, and capable of carrying cantilevers far beyond what wood alone could achieve. These extended overhangs became the project’s quiet gesture of shelter and shadow. Collaboration with the interior designer was integral to the home’s harmony. Together, the team refined material transitions so stone, wood, and metal could pass from exterior to interior with a single visual glance. Craftsmanship elevated everyday moments: concealed hardware, sculpted millwork, and the sourcing of a solid limestone soaking tub, carved from a single block, all contribute to the home’s sense of intentional calm. What emerged is a house shaped by constraint, strengthened by collaboration, and refined through an unwavering commitment to detail — an architectural refuge where complexity was transformed into clarity, and obstacles into opportunities for deeper expression. Material selection became an essential extension of the home’s design philosophy, reinforcing the crafted clarity of each space. Hand-selected stone slabs were book-matched for the fireplace and bath walls, creating veined compositions that read like natural murals. Custom- built windows, engineered with specialty-coated glazing and rigorously pressure-tested, provide both protection and extraordinary visual transparency. Above, concealed truss framing houses recessed air diffusers and hidden shades, allowing ceilings to remain quiet and uninterrupted. The horizontal planes of the flat roof are achieved with a commercial-grade membrane system, delivering the crisp, modern silhouette the design demands. At the exterior, natural stone grounds the home to its site, stitching the architecture to the forest floor and rooting the dwelling in the land from which its materials are drawn.

The collaboration between architect and interior designer is seen here. The floor plan and layout are by the architect. Cabinet materials and finishes, lighting, and furnishings are by the interior designer. Detailing of the vent hood and raised counter are a collaboration. The raised counter includes a chase on the far side for power. Photo: Michael Shopenn

This project was the design and delivery of a flexible and fault-tolerant main equipment closet (MEC) housing an enterprise-class infrastructure that services a 20,000 square foot home, a vibrant business, and a world-class home theater. In Boca Theater and Automation’s experience, the three cornerstones of any successful project in South Florida involve clean power, proper management of heat, and ANSI/TIA certified copper and fiber terminations; enterprise-class systems add in redundancy where it matters. To achieve this level of performance, the MEC and all endpoints are powered by a RoseWater HUB20 system backed up by a large-scale generator. The MEC is cooled using a dedicated air conditioner with four backup 300CFM exhaust fans triggered by temperature sensors. Both systems send alerts monitoring key parameters such as heat, moisture, incoming power, battery health, and more. Every rack-mounted device can be individually rebooted using the custom-designed touch panel interface, or from sixty-four labeled buttons on the user side of the rack. BTA designed patch bays provide professional landing points for 11.7 miles of low voltage copper and fiber runs servicing the entire campus, and each termination was tested using a Fluke DSX8000 system following extended ANSI/TIA guidelines for 10GB permalink installations.

This project was the design and delivery of a flexible and fault-tolerant main equipment closet (MEC) housing an enterprise-class infrastructure that services a 20,000 square foot home, a vibrant business, and a world-class home theater. In Boca Theater and Automation’s experience, the three cornerstones of any successful project in South Florida involve clean power, proper management of heat, and ANSI/TIA certified copper and fiber terminations; enterprise-class systems add in redundancy where it matters. To achieve this level of performance, the MEC and all endpoints are powered by a RoseWater HUB20 system backed up by a large-scale generator. The MEC is cooled using a dedicated air conditioner with four backup 300CFM exhaust fans triggered by temperature sensors. Both systems send alerts monitoring key parameters such as heat, moisture, incoming power, battery health, and more. Every rack-mounted device can be individually rebooted using the custom-designed touch panel interface, or from sixty-four labeled buttons on the user side of the rack. BTA designed patch bays provide professional landing points for 11.7 miles of low voltage copper and fiber runs servicing the entire campus, and each termination was tested using a Fluke DSX8000 system following extended ANSI/TIA guidelines for 10GB permalink installations.

This project was the design and delivery of a flexible and fault-tolerant main equipment closet (MEC) housing an enterprise-class infrastructure that services a 20,000 square foot home, a vibrant business, and a world-class home theater. In Boca Theater and Automation’s experience, the three cornerstones of any successful project in South Florida involve clean power, proper management of heat, and ANSI/TIA certified copper and fiber terminations; enterprise-class systems add in redundancy where it matters. To achieve this level of performance, the MEC and all endpoints are powered by a RoseWater HUB20 system backed up by a large-scale generator. The MEC is cooled using a dedicated air conditioner with four backup 300CFM exhaust fans triggered by temperature sensors. Both systems send alerts monitoring key parameters such as heat, moisture, incoming power, battery health, and more. Every rack-mounted device can be individually rebooted using the custom-designed touch panel interface, or from sixty-four labeled buttons on the user side of the rack. BTA designed patch bays provide professional landing points for 11.7 miles of low voltage copper and fiber runs servicing the entire campus, and each termination was tested using a Fluke DSX8000 system following extended ANSI/TIA guidelines for 10GB permalink installations.

After a Pensacola homeowner experienced issues with a Level 2 EV charger installed by Florida Power & Light (FPL), our team at Mr. Electric of Pensacola diagnosed the problem as a surge issue combined with an undersized breaker. We upgraded the electrical system with a 50-amp breaker and whole-home surge protection to provide safe, reliable charging. The project was completed with testing to ensure the system was fully functional and code-compliant. The homeowner also joined our Mr. Electric Advantage Plan, which provides a 15% discount on services and doubles the warranty from one to two years. Now, this home is protected from surges and ready for hassle-free EV charging.

This project was the design and delivery of a flexible and fault-tolerant main equipment closet (MEC) housing an enterprise-class infrastructure that services a 20,000 square foot home, a vibrant business, and a world-class home theater. In Boca Theater and Automation’s experience, the three cornerstones of any successful project in South Florida involve clean power, proper management of heat, and ANSI/TIA certified copper and fiber terminations; enterprise-class systems add in redundancy where it matters. To achieve this level of performance, the MEC and all endpoints are powered by a RoseWater HUB20 system backed up by a large-scale generator. The MEC is cooled using a dedicated air conditioner with four backup 300CFM exhaust fans triggered by temperature sensors. Both systems send alerts monitoring key parameters such as heat, moisture, incoming power, battery health, and more. Every rack-mounted device can be individually rebooted using the custom-designed touch panel interface, or from sixty-four labeled buttons on the user side of the rack. BTA designed patch bays provide professional landing points for 11.7 miles of low voltage copper and fiber runs servicing the entire campus, and each termination was tested using a Fluke DSX8000 system following extended ANSI/TIA guidelines for 10GB permalink installations.

Revitalizing Homes in Dover, Massachusetts: A Stunning Exterior Transformation by Echohousepainting. Discover the breathtaking exterior makeover Echohousepainting delivered in Dover, Massachusetts. From power washing to replacing rotted trim and applying Sherwin Williams Woodscapes solid stain, our team brought new life to this home. Read on to see how this project turned heads and garnered compliments from impressed neighbors. Echohousepainting recently completed an extraordinary exterior job in Dover, Massachusetts, showcasing our commitment to transforming homes into stunning masterpieces. From revitalizing the surfaces through power washing to replacing rotted trim, every detail was meticulously handled. The final touch? Two coats of Sherwin Williams Woodscapes solid stain that not only protects but also enhances the beauty of the house. Recognizing the importance of structural integrity, Echohousepainting addressed any compromised areas by expertly replacing rotted trim. Our dedication to quality ensures that not only does the home look amazing, but it also stands the test of time. The crowning glory of this exterior makeover is the application of Sherwin Williams Woodscapes solid stain. Renowned for its durability and rich color palette, this premium product not only protects the home from the elements but also imparts a timeless charm. The choice of Woodscapes adds depth and character to the exterior, leaving a lasting impression. The final result is nothing short of spectacular. The house radiates a renewed vibrancy and charm, catching the eyes of everyone in the neighborhood. Echohousepainting's commitment to excellence was not only evident in the visual appeal but also echoed by the compliments from impressed neighbors who couldn't help but admire the transformation. Echohousepainting's exterior transformation in Dover, Massachusetts, stands as a testament to our unwavering commitment to quality craftsmanship. From power washing to the application of Sherwin Williams Woodscapes solid stain, every step was taken with precision and care. If you're looking to breathe new life into your home's exterior, trust Echohousepainting to deliver remarkable results that go beyond expectations.

WARMUP STICKYMAT HEATING MAT NADWM StickyMatt Use under tile, stone & LVT The Warmup StickyMat is designed for use within an adhesive layer under tiles or within a leveling compound under other floor finishes. The fixed spacing and self-adhesive mat makes installation of regularly shaped rooms quick and easy, whilst ensuring precision is maintained. The NADWM floor heating mats are comprised of a low-profile twin conductor cable applied to a sturdy fiberglass mesh. The mats are self-adhesive on both sides and allow freedom of design and speed of installation thanks to the pre-spaced format of the heating cable. ADVANTAGES • The NADWM mats have been specifically designed to provide Primary Heating under a variety of floors. The cable has been pre assembled onto the mat to allow for an easy ’tape-down’ installation. At 132°F peak cable temperature, the NADWM system heats up fast and has been tested and proven to provide 70°F ambient temperature at 4ft in height in 1 hour. • The NADWM mats come with double-sided tape on both sides for a flexible installation over all subfloors. Warmup’s StickyMAT range also provides for a pressure-sensitive adhesive on the mesh to ensure a very low installation profile. • Using the 4iE® Programmable Thermostat, the product can be programmed to suit the user’s needs. The 4iE® monitors the systems’ power usage and will optimize comfort and consumption costs. The 4iE® controller combines the efficiency of built in floor and room sensors. • The cable on the NADWM mats is insulated with ETFE advanced fluoropolymers both on the conductors and the outer jacket for maximum protection. The system is fully grounded with a 10ft lead cable for connection to power. Specifications; Operating voltage - 120V, 208V & 240V; 50/60Hz Width 20” (500mm) Mat thickness - 1/8” (3mm) Inner / Outer Insulation - Advanced fluoropolymer (ETFE) Output rating - 14W/sq ft Coil tail length - 10ft (3m) Approvals - cULus The StickyMatTM System is ideal for installations within regularly shaped areas, where mats can be quickly rolled out across the floor in parallel runs, cut and turned. WARRANTY & MAINTENANCE When installed according to the installation manual and proper testing has been performed throughout, the system requires no maintenance for the duration of its warrantied life. The NADWM mat is warrantied for 30 years against manufacturer’s defects and is protected by Warmup’s SAFETYnet guarantee. See www.warmup.com for full warranty details.

This project was the design and delivery of a flexible and fault-tolerant main equipment closet (MEC) housing an enterprise-class infrastructure that services a 20,000 square foot home, a vibrant business, and a world-class home theater. In Boca Theater and Automation’s experience, the three cornerstones of any successful project in South Florida involve clean power, proper management of heat, and ANSI/TIA certified copper and fiber terminations; enterprise-class systems add in redundancy where it matters. To achieve this level of performance, the MEC and all endpoints are powered by a RoseWater HUB20 system backed up by a large-scale generator. The MEC is cooled using a dedicated air conditioner with four backup 300CFM exhaust fans triggered by temperature sensors. Both systems send alerts monitoring key parameters such as heat, moisture, incoming power, battery health, and more. Every rack-mounted device can be individually rebooted using the custom-designed touch panel interface, or from sixty-four labeled buttons on the user side of the rack. BTA designed patch bays provide professional landing points for 11.7 miles of low voltage copper and fiber runs servicing the entire campus, and each termination was tested using a Fluke DSX8000 system following extended ANSI/TIA guidelines for 10GB permalink installations.

This project was the design and delivery of a flexible and fault-tolerant main equipment closet (MEC) housing an enterprise-class infrastructure that services a 20,000 square foot home, a vibrant business, and a world-class home theater. In Boca Theater and Automation’s experience, the three cornerstones of any successful project in South Florida involve clean power, proper management of heat, and ANSI/TIA certified copper and fiber terminations; enterprise-class systems add in redundancy where it matters. To achieve this level of performance, the MEC and all endpoints are powered by a RoseWater HUB20 system backed up by a large-scale generator. The MEC is cooled using a dedicated air conditioner with four backup 300CFM exhaust fans triggered by temperature sensors. Both systems send alerts monitoring key parameters such as heat, moisture, incoming power, battery health, and more. Every rack-mounted device can be individually rebooted using the custom-designed touch panel interface, or from sixty-four labeled buttons on the user side of the rack. BTA designed patch bays provide professional landing points for 11.7 miles of low voltage copper and fiber runs servicing the entire campus, and each termination was tested using a Fluke DSX8000 system following extended ANSI/TIA guidelines for 10GB permalink installations.

This project was the design and delivery of a flexible and fault-tolerant main equipment closet (MEC) housing an enterprise-class infrastructure that services a 20,000 square foot home, a vibrant business, and a world-class home theater. In Boca Theater and Automation’s experience, the three cornerstones of any successful project in South Florida involve clean power, proper management of heat, and ANSI/TIA certified copper and fiber terminations; enterprise-class systems add in redundancy where it matters. To achieve this level of performance, the MEC and all endpoints are powered by a RoseWater HUB20 system backed up by a large-scale generator. The MEC is cooled using a dedicated air conditioner with four backup 300CFM exhaust fans triggered by temperature sensors. Both systems send alerts monitoring key parameters such as heat, moisture, incoming power, battery health, and more. Every rack-mounted device can be individually rebooted using the custom-designed touch panel interface, or from sixty-four labeled buttons on the user side of the rack. BTA designed patch bays provide professional landing points for 11.7 miles of low voltage copper and fiber runs servicing the entire campus, and each termination was tested using a Fluke DSX8000 system following extended ANSI/TIA guidelines for 10GB permalink installations.

This project was the design and delivery of a flexible and fault-tolerant main equipment closet (MEC) housing an enterprise-class infrastructure that services a 20,000 square foot home, a vibrant business, and a world-class home theater. In Boca Theater and Automation’s experience, the three cornerstones of any successful project in South Florida involve clean power, proper management of heat, and ANSI/TIA certified copper and fiber terminations; enterprise-class systems add in redundancy where it matters. To achieve this level of performance, the MEC and all endpoints are powered by a RoseWater HUB20 system backed up by a large-scale generator. The MEC is cooled using a dedicated air conditioner with four backup 300CFM exhaust fans triggered by temperature sensors. Both systems send alerts monitoring key parameters such as heat, moisture, incoming power, battery health, and more. Every rack-mounted device can be individually rebooted using the custom-designed touch panel interface, or from sixty-four labeled buttons on the user side of the rack. BTA designed patch bays provide professional landing points for 11.7 miles of low voltage copper and fiber runs servicing the entire campus, and each termination was tested using a Fluke DSX8000 system following extended ANSI/TIA guidelines for 10GB permalink installations.

It’s always a great surprise to find old tiled flooring hidden underneath carpet or linoleum which appears especially common with 19th century properties where it’s not unusual for the owners to uncover fantastically patterned, original Victorian tiled floors and, naturally, they want to restore them to their former glory. If you have a property of this type you might want to look under the carpets. The majority of the time, however, these tiles have been covered up for decades, allowing for thick layers of muck to build-up and are invariably damaged carpet grippers, surface glue and adhesive tape. This was pretty much the case with this customer who lives in the town of Warminster and was keen to have her own newly discovered Victorian hallway brought back to life, and called me down to see what could be done. Upon arrival at the property, I determined that the tiles would definitely require a very deep clean, including the remove of numerous glue stains, followed by the application of a new seal. Before I could begin the deep cleaning process, I needed to remove the carpet grippers and surface glue, attempting to remove as much as possible by hand using a scraper. For the particularly stubborn areas, I applied Tile Doctor Remove & Go, a powerful stripper specially designed to break down adhesives and solvents, and left it to dwell for 20 minutes to eat through the glue deposits. I then attached a black pad to a rotary machine and scrubbed the area thoroughly to clean the affected areas, before removing the resulting slurry using a wet vacuum and rinsed with clean water. Once I was satisfied that all of the glue had been removed, I proceeded to soak the floor using a solution of the high alkaline cleaner known as Tile Doctor Pro Clean. This is a versatile product that can be used on a wide range of natural stone floors to deal with heavy soil build-up. I left the Pro-Clean to dwell for ten minutes, and then scrubbed it into the tiles to remove the ingrained dirt and also to break down any old and ineffectual seals. The floor was then once again rinsed thoroughly with clean water which was then extracted using a wet vacuum before being left to dry for a couple of days. Upon our return to the property I immediately tested the floor for damp using a damp meter. This is an extremely important test to carry out before sealing any kind of tiled flooring, due to the fact that excess moisture left over from cleaning can cloud the sealer and damage its ability to protect against dirt and stains. Thankfully, the damp test revealed no excess moisture, and I was able to proceed with sealing the tiles. My choice of sealer was Tile Doctor Seal and Go, a water-based topical sealer that simultaneously provides both a stain resistant surface seal and a durable and aesthetically pleasing low sheen finish, also being water based it doesn’t give off a smell as it dries. This is a very cost effective product that is highly suitable for use on Victorian and Quarry tiles, I applied five costs to achieve the desired finish. The customer was very pleased with the final results. It’s always satisfying to restore original Victorian tiled floors to looking their best once again – and this one was no exception. Stuart Ford Wiltshire Tile Doctor