New York City Wood Floors Adhesive Slippage During Spring Moisture Rise: When Floors Move Before Adhesives Can Resist Not all spring movement in wood flooring is caused by expansion alone. In April, some floors begin to shift subtly. Board alignment changes at transitions. Perimeter lines drift. Gaps close unevenly while other areas appear to creep or migrate. The flooring remains bonded to the substrate, yet something is clearly moving. These conditions are often misclassified as installation error, improper layout, or product instability. In many cases, none of those explanations are accurate. At Huggins Wood Floor Specialists, this pattern is frequently identified as adhesive slippage—a condition where flooring moves within the adhesive layer before the adhesive has fully developed resistance to spring expansion forces. This article explains why adhesive slippage appears in early spring, how it differs from bond failure or sidebonding, and why spring conditions expose marginal adhesive choices that performed acceptably in winter. Schedule a Virtual Consultation Why April Is the Slippage Month Expansion Accelerates Faster Than Adhesives Respond Winter shrinkage places relatively low shear demand on adhesives. Floors contract away from one another, relieving internal stress. Spring reverses that condition rapidly. As interior humidity rises: Wood begins to

New York City Wood Floors Peeling and Flaking Finishes in Spring: When Bond Failure Begins Below the Coating True finish failures rarely announce themselves in winter. They emerge later—often in April—when humidity rises, wood movement reverses direction, and coatings that appeared intact through heating season begin to separate from the substrate. Small flakes lift at board edges. Isolated peeling appears in traffic zones or near joints. What looked like a stable finish suddenly begins to let go. The immediate conclusion is usually product-related: defective finish, improper cure, or incompatible coating system. In many spring cases, that conclusion is incorrect. At Huggins Wood Floor Specialists, peeling and flaking finishes observed in spring are most often the final stage of a failure that began months earlier, when adhesion was marginal but unresolved. Winter conditions masked the weakness. Spring moisture expansion completes the failure. This article explains why true bond failure often appears only after humidity rises, how substrate movement finishes what winter started, and why correct diagnostic sequencing matters more than finish selection. Schedule a Virtual Consultation Winter Hides Marginal Adhesion During winter, wood flooring is at its smallest dimension. Shrinkage relieves stress at the bond line between finish and substrate. In

New York City Wood Floors Chemical Staining and Tannin Pull in Spring: When Moisture Reactivates Wood Chemistry Not all spring staining is caused by water intrusion. In April, wood floors that appeared stable through winter may suddenly develop darkened patches, shadowing along joints, or irregular discoloration that seems to appear without warning. There is no active leak. No plumbing failure. No visible moisture source. Yet the staining is unmistakable—and often alarming. These conditions are frequently misdiagnosed as finish failure, sanding defects, or recent water exposure. In many cases, none of those explanations are correct. At Huggins Wood Floor Specialists, spring staining is often traced back to chemical reactions reactivated by moisture return, not new moisture events. As humidity rises and moisture migrates through the flooring system, dormant chemistry within the wood becomes mobile again—bringing tannins, iron compounds, and contaminants to the surface. This article explains why chemical staining often appears weeks or months after installation, how moisture reactivates wood chemistry in spring, and why improper corrective action can permanently spread the problem. Schedule a Virtual Consultation Why April Is the Staining Month Moisture Return, Not Moisture Introduction Chemical staining does not require liquid water. It requires mobility. During winter: Wood

New York City Wood Floors Grain Raise During Moisture Rebound Why Wood Floors Feel Rougher in Early Spring By early spring, many wood floors appear visually unchanged—yet feel different underfoot. Homeowners notice subtle roughness when walking barefoot. Hands catch slightly when sliding across the surface. Light reflects differently, revealing texture that was not apparent during winter. Concern follows quickly: has the finish failed, or was the floor improperly sanded? In most cases, neither is true. At Huggins Wood Floor Specialists, grain raise is a common March concern, particularly in well-finished floors that performed without issue through winter. It is often mistaken for finish breakdown or workmanship error, when in reality it is a predictable surface response to moisture rebound. This article explains why grain raise is frequently delayed until early spring, how moisture interacts with wood fibers beneath the finish, and why reacting too quickly often creates repeat issues rather than resolving them. Schedule a Virtual Consultation Why Grain Raise Appears in March, Not Winter A Delayed Surface Response Grain raise does not typically occur when wood is at its driest. During winter: Wood fibers are contracted and stiff Moisture content is low Surface texture is often at its smoothest

New York City Wood Floors Telegraphing Fasteners and Dimpling Moisture Rebound Effects on Subfloor Assemblies Telegraphing fasteners and surface dimpling almost never appear at installation. They emerge later—often in early spring—when attention has already shifted away from winter-related movement and toward the assumption that floors should now be stabilizing. Instead, subtle surface irregularities become visible. Under certain light conditions, fastener locations seem to map themselves across the floor. In other cases, small depressions appear that follow no obvious pattern. These conditions are frequently attributed to sanding errors, finish softness, or improper fastening. In reality, they are more often the delayed expression of subfloor assemblies responding to moisture rebound after winter drying. At Huggins Wood Floor Specialists, fastener telegraphing and dimpling are most commonly evaluated during the spring transition—when moisture gradients reverse and structural components below the finish flooring begin to reassert themselves. This article explains why these conditions appear when they do, how subfloor behavior drives surface expression, and why premature corrective action often causes more damage than restraint. Schedule a Virtual Consultation Why Moisture Rebound Activates Subfloor Assemblies Winter drying affects more than finish flooring. Subfloors—whether plywood, OSB, or composite assemblies—lose moisture during heating season just as finish flooring

New York City Wood Floors Surface Impressions in Early Spring When Winter-Dried Wood Becomes Vulnerable to Compression By early spring, many wood floors appear to be stabilizing. Winter gapping may be closing. Noise may be diminishing. Visual stress that dominated February begins to soften. Yet a new concern often emerges—one that surprises owners and professionals alike. Furniture legs leave marks that weren’t there before. Ladders suddenly dent the surface. Traffic patterns become visible almost overnight. The finish is blamed. Workmanship is questioned. In some cases, the wood itself is assumed to be defective. In reality, early spring surface impressions are rarely about finish softness or installation quality. At Huggins Wood Floor Specialists, this condition is most often observed during the moisture rebound period that follows prolonged winter drying. As wood begins to rehydrate, its surface behavior changes temporarily—making it more susceptible to compression at exactly the moment when many assume the floor is “recovering.” This article explains why surface impressions appear after winter rather than during it, how wood fiber behavior changes during moisture rebound, and why understanding this transitional vulnerability is critical for proper specification and protection. Schedule a Virtual Consultation Why Surface Impressions Appear in March, Not Winter

New York City Wood Floors Crowning in Early Spring When Moisture Rebound Reverses Winter Movement Crowning almost never appears in winter. It emerges quietly, often in March, just as heating systems run less aggressively and interior humidity begins to rise. Floors that showed winter gapping or edge stress start to look different. Board centers lift slightly. Light reflects unevenly. Concern returns—this time with a different diagnosis. Crowning is frequently attributed to sanding error, finish buildup, or poor workmanship. In early spring, those assumptions are often wrong. At Huggins Wood Floor Specialists, crowning observed in March is one of the most consistently misinterpreted flooring conditions we evaluate. In many cases, the floor is not developing a new problem. It is responding predictably to moisture rebound after winter drying. Understanding why this happens—and why intervention at this stage often causes permanent damage—is critical for specifiers, inspectors, and anyone responsible for long-term performance. Schedule a Virtual Consultation Why March Is the Crowning Month Winter Shrinkage Sets the Stage By the end of winter, most wood floors have already reached their driest seasonal condition. Boards have contracted across their width. Stresses have either relieved themselves or been redistributed elsewhere in the system. As spring

New York City Wood Floors Filler Popping Out in Winter: Why Seasonal Repairs Fail—and Can Cause Permanent Damage By mid-winter, visible gaps in wood flooring often trigger a familiar response: fill them. The reasoning feels sound. Gaps are visible. Occupants are concerned. The floor looks incomplete. A temporary repair seems harmless—especially when it promises immediate visual improvement. In February, this instinct causes more long-term damage than almost any other winter intervention. At Huggins Wood Floor Specialists, filler popping out is one of the most common secondary failures we evaluate during and after heating season. What begins as a cosmetic winter “fix” frequently becomes the mechanism that locks in permanent deformation, compression-set, or spring-time fracture. This article explains why filler repairs fail in winter, how filler rigidity interacts with seasonal wood movement, and why attempting to correct winter gaps often converts a temporary condition into irreversible damage. Schedule a Virtual Consultation Why Filler Repairs Peak in February Visibility Meets Pressure February is when winter movement is most visible and patience is at its lowest. By this point: Wood floors have completed most seasonal shrinkage Gaps are fully expressed Clients expect conditions to be addressed Schedules pressure teams to “resolve” open issues

New York City Wood Floors White Lines in Wood Floor Finishes Understanding Finish Fracture Under Winter Stress By February, many winter wood flooring concerns have moved beyond movement and noise and into appearance. Fine white lines appear along board edges. Hairline fractures show up at end joints. Under raking light, the floor suddenly looks stressed—sometimes dramatically so. The immediate reaction is almost universal: something must be wrong with the finish. In mid-winter, that conclusion is often incorrect. At Huggins Wood Floor Specialists, white lines in wood floor finishes are one of the most frequently misdiagnosed conditions we evaluate during February. They are routinely attributed to finish chemistry, application error, or coating failure. In reality, they are far more often a stress indicator—a visible signal that the wood beneath the finish has exceeded what the finish film can elastically tolerate. This article explains why white lines appear after weeks of dry winter conditions, why they are rarely caused by defective finishes, and why mid-winter attempts to “fix” them often make the condition worse rather than better. Schedule a Virtual Consultation Why White Lines Appear in February Finish Fracture Is a Delayed Response White lines almost never appear at installation or immediately

New York City Wood Floors Sidebonding in Winter Conditions When Adhesives Restrict Natural Wood Movement By February, most winter wood flooring problems are no longer theoretical. The building has been heated for weeks. Interior relative humidity has reached its seasonal low. Wood flooring has already done most of its seasonal contraction. What remains is not the initial response to winter, but the consequences of restraint. This is the point in the season when sidebonding begins to reveal itself. At Huggins Wood Floor Specialists, sidebonding is one of the most frequently misdiagnosed mid-winter flooring conditions we evaluate. It is commonly attributed to poor installation, improper adhesive use, or product failure. In reality, sidebonding is rarely the result of a single mistake made on the day of installation. It is the outcome of adhesive behavior, perimeter restraint, and winter shrinkage interacting over time. This article explains why sidebonding almost never appears immediately, why it emerges mid-winter, and why it should be understood as a system-level design issue—particularly in glue-down specifications—rather than an isolated installation error. Schedule a Virtual Consultation Why Sidebonding Is a February Problem Sidebonding Requires Time and Shrinkage Sidebonding does not occur at installation. It develops gradually as wood flooring

New York City Wood Floors Engineered Flooring Is Not Dimensionally Inert The Winter Limits of “Stability” in Engineered Wood Systems Engineered wood flooring is frequently specified in winter for one primary reason: stability. Compared to solid wood, engineered flooring is widely understood to be more dimensionally stable, less reactive to seasonal change, and therefore more forgiving under challenging environmental conditions. In many cases, this understanding is directionally correct. The problem arises when “more stable” is interpreted as dimensionally inert. At Huggins Wood Floor Specialists, winter failures involving engineered flooring are among the most complex issues we are asked to evaluate. These are often projects where solid wood was intentionally avoided, proper products were selected, and installation followed manufacturer guidelines—yet movement, distortion, or bond-related issues still appeared. In nearly every case, the failure did not stem from misunderstanding what engineered flooring is.It stemmed from misunderstanding what engineered flooring is not. This article explains why engineered flooring still moves in winter, how that movement expresses itself differently than solid wood, and why treating engineered products as a risk-elimination strategy—rather than a system with limits—leads to avoidable problems. Schedule a Virtual Consultation The Myth of Dimensional Inertia Stability Is Relative, Not Absolute Engineered

New York City Wood Floors Lathe Checks Are Not Cracks Understanding Veneer Behavior in Dry Winter Environments Few winter flooring discoveries cause more alarm than visible lines appearing in engineered wood planks. Homeowners notice what look like cracks running with the grain. Designers worry about veneer failure. Builders fear product defects. Replacement is often discussed before the floor has been properly evaluated. In many cases, what is being observed are lathe checks—a natural characteristic of certain engineered veneers that becomes visible under dry winter conditions. At Huggins Wood Floor Specialists, we are frequently asked to evaluate these conditions during January and February, when interior humidity is at its lowest. In most instances, the issue is cosmetic and seasonal. In others, it reflects a mismatch between veneer construction, environmental conditions, and expectations. Understanding the difference is critical. Misinterpreting lathe checks as structural cracks leads to unnecessary replacements, disputes, and costly mistakes. This article explains what lathe checks are, why they appear most often in winter, and when they do—and do not—justify corrective action. Schedule a Virtual Consultation What Lathe Checks Actually Are Veneer Creation Matters Lathe checks are not installation defects, finish failures, or structural fractures. They originate during veneer production,

New York City Wood Floors Hollow Sounds in Wood Floors Mid-Winter Loss of Contact Without Loss of Attachment By February, many wood floors are no longer changing rapidly—but they are behaving differently. Movement has largely occurred. Shrinkage has stabilized. Interior conditions have remained dry for weeks. It is at this stage of winter that occupants begin to notice something subtle but unsettling: areas of the floor that sound hollow underfoot. There is often no visible movement. No gapping. No lifting. Yet the acoustic response has changed. At Huggins Wood Floor Specialists, hollow-sounding floors are one of the most common mid-winter conditions we are asked to evaluate. These situations are frequently escalated as adhesive failures or installation defects. In many cases, neither conclusion is accurate. This article explains why hollow sounds often appear after prolonged winter dryness, how a floor can lose contact without losing attachment, and why this condition occupies a gray zone between acceptable performance and true failure. Understanding that distinction is critical—particularly in February, when premature conclusions often lead to unnecessary remediation. Schedule a Virtual Consultation Why Hollow Sounds Are a February Phenomenon Prolonged Dryness Changes Contact Dynamics Hollow sounds rarely appear at installation. They emerge after weeks

New York City Wood Floors Finish Adhesion Failures in Winter When the Problem Isn’t the Finish Finish failures are often treated as surface problems. A coating peels, flakes, or separates. Wear patterns appear prematurely. Sheen becomes uneven or cloudy. The immediate assumption is that something went wrong with the finish itself—its formulation, application, or cure. In winter conditions, that assumption is frequently incorrect. At Huggins Wood Floor Specialists, we are often asked to evaluate finish adhesion failures during or shortly after heating season. In many of these cases, the finish performed exactly as it was capable of performing. The failure originated elsewhere—in the substrate, the environment, or the timing of the work. Winter conditions are uniquely effective at exposing weak bonds and marginal conditions. Low humidity, cold substrates, static charge, and seasonal movement combine to stress the interface between wood and finish. When that interface fails, the finish is blamed, even when it was never given a reasonable opportunity to succeed. This article explains why finish adhesion problems are common in winter, how to distinguish different types of failure, and why recoating during heating season often compounds the issue rather than resolving it. Schedule a Virtual Consultation Understanding Adhesion vs

New York City Wood Floors Dry Winter Air and Wood Flooring How Shrinkage Creates Gaps, Noise, and Structural Stress During winter, many wood flooring concerns are dismissed as cosmetic or seasonal. Small gaps appear. Floors begin to sound hollow or squeak. Boards feel slightly less solid underfoot. These changes are often explained away as “normal winter behavior.” Sometimes, that explanation is accurate. Often, it is incomplete. At Huggins Wood Floor Specialists, we evaluate winter flooring issues every year that begin with shrinkage-related symptoms and later reveal deeper system stress. What starts as visible gapping frequently progresses into noise complaints, fastener fatigue, or permanent deformation that does not recover when seasons change. Dry winter air does more than open gaps between boards. It places wood flooring systems under mechanical and structural stress—stress that may be temporary, cumulative, or irreversible depending on how the floor was designed, installed, and restrained. This article explains how winter shrinkage affects wood flooring beyond appearance, and when those effects signal the need for professional evaluation. Schedule a Virtual Consultation Why Dry Winter Air Affects Wood So Aggressively Shrinkage Is a Moisture Event, Not a Temperature Event Winter shrinkage is driven primarily by low interior relative humidity,

New York City Wood Floors Squeaks, Pops, and Movement in Winter What Low Humidity Reveals About the Subfloor System Few winter flooring complaints are as frustrating—or as misunderstood—as noise. Floors that were quiet for months begin to squeak, pop, or shift underfoot as heating season sets in. The sound may be intermittent, localized, or widespread. Homeowners worry something is failing. Builders suspect fastening issues. Designers are often told it will “go away in spring.” Sometimes it does. Sometimes it doesn’t. At Huggins Wood Floor Specialists, winter noise complaints are one of the most common reasons we are asked to evaluate wood floors. In many cases, the noise itself is not the primary problem. It is a symptom—one that low winter humidity has revealed by removing moisture from the system and exposing how the subfloor and flooring actually behave under stress. This article explains why squeaks and movement appear in winter, what they reveal about the subfloor system, and when noise should be considered a warning rather than a seasonal inconvenience. Schedule a Virtual Consultation Why Winter Makes Floors Noisy Low Humidity Changes the Entire Assembly Winter noise is not caused by cold temperatures. It is caused by moisture loss. As

The last time the green movement was this hot, you might have been wearing bell-bottoms and a peace symbol around your neck.Today, sustainability is not just a trend—it’s a way of life. From LEED-certified construction to eco-conscious interior design, “green” has become the new gold standard. If you’re ready to go green with wood flooring, you’re part of a growing movement toward eco-friendly, healthier homes. Sustainability is shaping design trends in 2025 and beyond—from FSC-certified materials to zero-VOC finishes. At New York City Wood Floors, we’ve specialized in environmentally responsible hardwood floors for over two decades, helping clients bring natural beauty and sustainability together. 1. Why Go Green With Wood Flooring? The concept of going green with wood flooring isn’t just about aesthetics—it’s about choosing healthier, longer-lasting materials. Eco-friendly floors reduce chemical exposure, support responsible forestry, and often outlast synthetic alternatives. By selecting green flooring systems, homeowners enjoy: Improved indoor air quality Lower carbon footprint Timeless design that aligns with modern values (Outbound link: Learn about FSC certification) 2. Eco-Friendly Materials for Sustainable Floors Choosing the right material is essential when you go green with wood flooring. FSC-certified wood ensures responsible forestry. Reclaimed wood minimizes waste while offering character and

Investing in luxury wood flooring is about more than choosing a product – it’s a long‑term decision that affects your home’s beauty, durability and value. Whether you’re a homeowner planning a remodel or an architect specifying finishes for a high‑end project, asking the right questions ensures the finished floor suits your lifestyle and design vision. Below are ten essential questions to consider before you commit. 1. Should I choose solid or engineered wood? Solid hardwood consists of planks cut from a single piece of timber. It can be sanded and refinished multiple times and works well above grade, but isn’t ideal in basements or over radiant heat. Engineered hardwood has a real wood veneer over multiple layers of plywood; it’s more dimensionally stable and suitable for basements, slab foundations and humid climates. Knowing where your floor will be installed and how often you may want to refinish it helps determine the right construction. 2. Is site‑finished or factory‑finished better? Site‑finished flooring is sanded and finished in place. It offers endless customisation options for stain colour, sheen and finish type, but the process creates dust and requires curing time. Factory‑finished flooring arrives pre‑stained and sealed, making installation faster with less disruption.

New York City Wood Floors Engineered vs. Solid Wood Floors: What Works Best in Alpine’s Climate? Alpine, New Jersey is known for its sprawling estates, architectural distinction, and a lifestyle defined by comfort, privacy, and sophistication. When it comes to wood flooring, Alpine homeowners are not just choosing a surface—they’re selecting a long-term design feature that must withstand both aesthetic expectations and environmental conditions. One of the most common questions we hear is: “Should I install engineered or solid wood flooring in my home?” The answer depends on several factors, including Alpine’s climate, the structure of the home, subfloor conditions, and the homeowner’s personal design goals. In this article, we explore both options in detail and explain what works best for luxury homes in this unique region. Understanding the Basics: Engineered vs. Solid Wood Flooring Before diving into performance and climate considerations, let’s define the two types: Solid Wood Flooring Made from a single, solid piece of hardwood Typically ¾” thick Can be sanded and refinished multiple times Installed with nails or staples over wood subfloors Engineered Wood Flooring Composed of multiple layers: a hardwood wear layer on top and a plywood or hardwood core beneath More dimensionally stable Can

New York City Wood Floors The Definitive Guide to Luxury Wood Flooring Installation in Alpine, New Jersey In Alpine, New Jersey—a town known for its discreet luxury, expansive estates, and elevated lifestyle—the details of home design are never an afterthought. For those crafting or refining their dream home, the foundation of exceptional interior design begins beneath your feet. Luxury wood flooring is more than a surface; it’s an experience—one that speaks to quality, refinement, and permanence. When installed with care and expertise, custom hardwood floors create a tactile and visual richness that enhances every square inch of your residence. Whether you’re constructing a new estate or restoring a historic manor, this guide reveals why Alpine’s most prestigious homeowners choose expert wood flooring installation as the cornerstone of interior sophistication. Why Wood Flooring is the Gold Standard in Luxury Homes Unlike tile, carpet, or vinyl, wood flooring is timeless. It breathes, it ages gracefully, and it tells a story. In homes where luxury is defined not just by what’s visible—but by what’s authentic—wood brings a depth and warmth that synthetic materials simply cannot replicate. The Signature of a Well-Crafted Home In Alpine’s estate homes, every element is curated—from imported lighting fixtures

New York City Wood Floors Luxury Vinyl Plank in Greenwich: A Smart, Stylish Flooring Solution for Sophisticated Homes Greenwich is known for its elegant architecture, world-class design, and homes that blend beauty with lasting value. When it comes to flooring, homeowners and design professionals are often torn between aesthetics, durability, and practicality. That’s where Luxury Vinyl Plank (LVP) flooring steps in—not as a compromise, but as an elevated solution. At New York City Wood Floors, powered by Huggins Wood Floor Specialist, we understand that true luxury is not just what looks good today, but what lives beautifully over time. That’s why we offer a curated LVP collection, tailored to meet the expectations of Greenwich’s most discerning clients. Whether you’re renovating a waterfront estate in Riverside, building new in Belle Haven, or designing a family-friendly interior in Cos Cob, LVP offers the look of hardwood with unmatched resilience. From texture to tone, every detail of ourLVP is designed for high-end spaces. A true marriage of luxury aesthetics and real-world practicality. LVP captures the subtle movement and natural beauty of Ash wood—engineered for performance, yet indistinguishable from real hardwood underfoot. This is not ordinary vinyl. Our Conch Ash LVP is crafted for

New York City Wood Floors The Luxury Homeowner’s Guide to Wood Floor Refinishing Finishes When it comes to refinishing hardwood floors in high-end homes, the finish you choose is just as important as the wood itself. Today’s discerning homeowners, architects, and interior designers demand more than just durability—they seek finishes that enhance the natural beauty of the wood, maintain air quality, and align with the aesthetics of the space. Whether you’re restoring original planks in a historic townhouse or selecting a finish for newly sanded wide-plank European oak, understanding the differences between today’s leading refinishing products is essential. From the organic appeal of plant-based oils to the high-performance clarity of waterborne polyurethanes, this guide compares the most respected brands in the industry, including WOCA, Bona, Rubio Monocoat, and Vermeister. https://videos.files.wordpress.com/uNevHT5u/img_5759.mp4#t=,17 WOCA Oil Finishes: Natural, Matte, and Timeless WOCA, based in Denmark, is known for its plant-based penetrating oils that emphasize a soft, natural aesthetic. Rather than forming a film on top of the wood, WOCA oils soak into the grain, enhancing the texture and creating a breathable, organic finish. These finishes are ideal for homes where a subtle, matte look is desired. They are particularly well-suited for wide-plank and European-style

New York City Wood Floors From Alpine to Saddle River: Designing One-of-a-Kind Wood Floors for Bergen County’s Finest Homes They say it’s custom flooring — but it’s just another factory finish.Here’s how to spot the difference. In Bergen County’s luxury market—where no detail goes unnoticed—flooring should never be an afterthought. Yet too many companies promise “custom” and deliver prefinished planks with minor tweaks. You pick a color, choose a width, maybe get an oil or matte finish — and they call it bespoke.But that’s not craftsmanship. That’s a template with your name on it. At New York City Wood Floors, powered by Huggins Wood Floor Specialist, we design wood floors that are made for how you live — not how fast they can ship. A real custom floor doesn’t begin in a showroom. It starts with a conversation about your home in Alpine, your natural light in Franklin Lakes, your design goals in Saddle River, or your modern aesthetic in Englewood Cliffs. If your flooring provider isn’t asking about your space, your style, and your lifestyle first — they’re not creating a floor. They’re selling a product. What Most Flooring Companies Get Wrong About “Custom” in Bergen County In high-end