Warm White vs Cool White Kitchen Lighting: Which Colour Temperature Suits Your Kitchen Remodel?

Of all the decisions in a kitchen remodel, colour temperature is the one most homeowners never think about until the lights go on for the first time — and by then it is too late to change cheaply. The cabinets are fitted, the worktops are in, the splashback is grouted, and then someone flips the switch and the room looks wrong. The white cabinets read yellow. The grey worktop looks blue. The warm oak island suddenly looks orange. Nothing is broken, nothing was installed badly, and yet the kitchen does not look like the one in the design drawings. The culprit is almost always the colour temperature of the lighting.

Colour temperature is measured in Kelvin (K), and it describes whether a light looks warm and golden or cool and blue-white. Warm white light sits around 2700K to 3000K. Cool white sits around 4000K and above, with daylight bulbs reaching 5000K to 6500K. The number has nothing to do with how bright a bulb is — brightness is measured in lumens — and nothing to do with how hot it runs. It is purely about the colour of the light, and it changes how every surface in the room appears.

This matters more in a kitchen than in almost any other room, because a kitchen is the one room where you need two contradictory things from the same lighting. You need bright, accurate light to chop, read recipes, check whether meat is cooked and spot a spill on the floor. You also need soft, flattering light for the hours when the kitchen is a living space — breakfast with the family, coffee with a friend, a glass of wine while dinner simmers. Warm light gives you the second. Cool light gives you the first. A good remodel plans for both, zone by zone, instead of picking one temperature for the whole room and hoping for the best.

This guide explains what warm white and cool white actually mean, how each behaves across the Kelvin scale, which temperature suits each kitchen zone, how colour temperature interacts with cabinets, worktops and flooring, and how dimmers and colour-temperature-selectable fittings let you stop choosing altogether. It is written for homeowners planning a full kitchen remodel in Kentucky or Ohio, but the principles apply to any kitchen.

What Colour Temperature Actually Means

Colour temperature describes the colour of white light on a scale measured in Kelvin. Low numbers look warm: 2700K is the soft golden glow of an old-fashioned filament bulb or late-evening sun. High numbers look cool: 5000K is the crisp blue-white of an overcast sky at noon. The scale runs backwards from what the words suggest — "warm" light is low Kelvin, "cool" light is high Kelvin — which is why so many people buy the wrong bulbs.

The labels on the box add to the confusion, because manufacturers do not all use the same words for the same numbers. In most shops you will see roughly these bands: warm white at 2700K to 3000K, neutral or natural white at 3500K to 4000K, cool white at 4000K to 5000K, and daylight at 5000K to 6500K. Some brands call 4000K "cool white" while the trade calls it neutral. Some call 3000K "soft white" and others call it "warm white". The only reliable guide is the Kelvin number printed on the box, usually next to the lumens. Always buy by the number, never by the name.

Two more numbers on the box deserve attention. The first is CRI, the Colour Rendering Index, which measures how accurately a light shows colours compared with natural daylight. A CRI of 90 or above is what you want in a kitchen: it keeps tomatoes red, leafy greens green and wood tones true. A cheap bulb with a CRI of 80 can make food look dull even at the right colour temperature, and no amount of Kelvin adjustment fixes that. The second is lumens, the actual brightness. A 2700K bulb and a 5000K bulb can both be 800 lumens — equally bright, completely different in colour. People often describe cool light as "brighter", but what they are really noticing is the colour, not the output.

The Kelvin scale at a glance

The practical bands for a kitchen look like this. At 2700K, the light is soft, amber and deeply warm — the glow of candlelight or a traditional living room lamp. It flatters skin, warms up wood and makes a room feel intimate, but it can make white cabinets look cream and pale worktops look yellow. At 3000K, the light is still warm but noticeably cleaner: the most popular single choice for residential kitchens, because it sits close enough to warm to feel homely and close enough to neutral to work at. At 3500K, the light is neutral white — no obvious yellow, no obvious blue — a useful middle ground for task areas. At 4000K, the light is crisp and cool-neutral: whites read as true white, food colours read accurately, and the room feels alert and businesslike. At 5000K and above, the light is daylight — blue-white, clinical, excellent for a workshop or a garage, and usually too stark for a room where people eat and linger.

Most kitchen designers who work in real homes, rather than showrooms, settle on 3000K as the default for the room as a whole, then go cooler in specific task zones. That single sentence is the short version of this entire guide, but the reasons behind it — and the exceptions — are worth understanding before you order a single fitting.

Warm White Kitchen Lighting: What It Does Well

Warm white light, at 2700K to 3000K, is the light of the evening. It makes a kitchen feel like a room to be in, not a room to work in. It flatters faces around the table, deepens the colour of timber, warms cream and stone tones, and takes the edge off a long day. In an open-plan home, where the kitchen flows into the dining and living areas, warm light is what stops the kitchen from looking like a laboratory attached to the lounge.

Warm light is at its best in the zones where people gather rather than work. Pendant lights over an island or a dining table are the classic warm-white fitting: they hang at eye level, they light faces as much as surfaces, and a 2700K bulb inside a pendant gives the glow of a candlelit dinner without the candles. Decorative wall lights, plinth lights that wash the floor, and the glow inside a glass-fronted cabinet all suit warm white. In a traditional or Shaker kitchen with painted cabinets in cream, sage or navy, warm light deepens the paint colour and makes the room feel settled and lived in rather than newly fitted.

There is a practical reason warm light suits these zones: it hides things. Warm light softens shadows, mutes fingerprints on cabinet doors, forgives a worktop that is not perfectly clear, and makes a busy family kitchen look calm in the evening. That is not a flaw — it is a feature, and it is why restaurants light their dining rooms warm. The trade-off is that warm light also hides the things you need to see when you are working: the difference between a shallot and a garlic clove, whether chicken is cooked through, whether the floor is actually clean. Which is why warm white should be a zone choice, not a whole-room choice.

Warm light also has a real effect on how materials read. Under 2700K, white painted cabinets take on a creamy tone, and a cool grey worktop can look beige. Under 3000K the shift is gentler. This is why it is worth testing bulbs against your actual materials before the electrician fits a dozen of them: hold a sample of your cabinet door and a sample of your worktop under the bulb you plan to use, at the time of day you will actually use the room. A five-minute test in the showroom can save a year of quietly disliking your kitchen.

Where warm white works best

Warm white earns its place over the dining end of an island, above a breakfast table, inside display cabinets, along plinths as low evening light, and in any fitting whose job is atmosphere rather than accuracy. In homes across Kentucky and Ohio, where kitchens often double as the family gathering room through long winter evenings, a warm layer that can be switched on alone after dinner is one of the most appreciated features of a remodel. It turns the kitchen from a workplace into a living room at the flick of a switch — provided the task lighting underneath the cabinets is on a separate circuit, ready for the morning.

Cool White Kitchen Lighting: What It Does Well

Cool white light, at 4000K and above, is the light of the working kitchen. It is crisp, clear and honest: it shows colours as they are, sharpens edges, and makes detail easy to see. Under 4000K, white cabinets read as true white, stainless steel looks clean, a grey quartz worktop shows its real tone, and the difference between raw and cooked is obvious at a glance. For the hours spent preparing food, cleaning up and reading small print on packaging, cool light is simply the better tool.

Cool light suits the task zones: under-cabinet strips over the worktops, downlights over the hob and the sink, and any fitting whose job is to light a surface you work on. It suits contemporary kitchens in particular — handleless cabinets in white, grey or black, gloss finishes, concrete-look worktops, stainless steel appliances — because those materials were designed to be seen under neutral to cool light, and warm light can make them look muddy or yellowed. A modern kitchen in Columbus with flat-front grey cabinets and a white quartz worktop will look sharper and more intentional under 4000K task lighting than under 2700K.

Cool light also has a psychological effect that is easy to underestimate. It keeps people alert. Kitchens lit cool feel energetic and efficient in the morning, which is when most of the serious cooking and cleaning happens. The same room lit warm at 7 a.m. can feel sleepy. None of this means the whole kitchen should be cool — it means the working zones should be, while the gathering zones stay warm.

The risks of cool light are real, and they are the reason whole-room 5000K kitchens are a mistake. At 5000K and above, the light turns blue-white and clinical: skin looks washed out, wood looks grey, food looks less appetising, and the room feels like a shop or a surgery rather than a home. Even 4000K can feel stark if it is the only light in the room and it is run at full brightness in the evening. Cool light needs dimming and layering more than warm light does, because its flaws show up when it is the only source and it is too bright for the hour.

Where cool white works best

Cool white earns its place under wall cabinets over the main preparation run, above the sink and the hob, inside deep pantry cupboards and drawers, and in utility areas and laundry corners attached to the kitchen. In a small kitchen, where every centimetre of worktop has to work hard, cool task lighting makes the space feel larger and more usable — the visual equivalent of clearing the decks. Paired with a warm layer over the seating area, it gives you a kitchen that works hard in the morning and relaxes in the evening, without either layer compromising the other.

Warm White vs Cool White: Head-to-Head

The honest answer is that neither wins outright, because they are tools for different jobs. The table below compares them across the dimensions that matter in a real kitchen.

Read the table as a zoning guide, not a verdict. The kitchen that scores well on every row is the one that uses warm light where people sit and cool light where people work — and, crucially, puts them on separate switches so each layer can be used alone.

The case for 3000K as the default

If you are forced to pick one colour temperature for the whole kitchen — because the budget allows only one circuit, or because the existing wiring cannot be split — 3000K is the choice most designers recommend for a residential kitchen. It is warm enough to feel homely in the evening and clean enough to work under in the morning. It sits close to the colour of late-afternoon daylight, so it looks natural at the hours when the kitchen is used most. It flatters timber without yellowing white cabinets too badly, and it keeps food looking appetising.

3000K is also the safest choice for resale thinking: it is the temperature most buyers expect in a home kitchen, and it photographs well for listings. A kitchen lit entirely at 4000K can photograph as cold, while one lit entirely at 2700K can photograph as dingy. 3000K threads the needle. None of this makes 3000K perfect — it is a compromise, and like all compromises it is slightly worse than the right specialist light in each zone — but as a single choice it is the one with the fewest regrets attached.

Choosing Colour Temperature Zone by Zone

A kitchen has four lighting layers, and each one has its own ideal temperature. Planning them separately is the difference between a kitchen that looks designed and one that looks like a row of identical downlights.

Task lighting: go cooler

Task lighting is the light that falls on the surfaces where you work: the preparation run, the hob, the sink, the chopping board. Under-cabinet LED strips are the workhorse here, and 3500K to 4000K is the sweet spot. At 3500K you get neutral white that is still comfortable in the evening; at 4000K you get maximum clarity for detailed work. Either is a large improvement over 2700K under a cabinet, where warm light pools yellow on the worktop and makes it hard to tell whether a surface is clean.

The key detail is that under-cabinet lights should be on their own switch or dimmer, separate from the ceiling lights. That way the cool task layer can be switched off entirely in the evening, leaving only the warm pendants and plinth lights. Many homeowners who complain that their kitchen feels cold in the evening are not complaining about the colour temperature at all — they are complaining that the cool task lights are still on at 9 p.m. because they share a switch with everything else.

Ambient lighting: go warmer

Ambient lighting is the general light that fills the room: ceiling downlights, a central pendant, flush fittings. For this layer, 3000K is the usual choice, dropping to 2700K in a traditional kitchen or a room that opens directly onto a dining area. The ambient layer sets the mood of the room, so it should lean warm — it is the light you live under, not the light you work under.

One common mistake is to fit the same 4000K downlights across the whole ceiling and call the job done. The result is a room that is bright but unwelcoming, with no warm layer to switch to in the evening. Another mistake is the opposite: all-2700K downlights that make the room glow amber at night but leave the worktops dim and yellow by day. The fix in both cases is the same — separate the ambient layer from the task layer and give each its own temperature.

Accent and decorative lighting: warmest of all

Accent lighting is the jewellery of the kitchen: pendants over the island, lights inside glass-fronted cabinets, LED strips along a floating shelf, plinth lights that wash the floor. This layer is almost always warmest, at 2700K to 3000K, because its job is beauty, not work. A pendant over an island at 2700K gives the glow of a restaurant table; the same pendant at 4000K gives the glow of a service counter. The difference is entirely in the bulb.

Plinth lighting deserves a special mention for small kitchens and for homes where the kitchen is used late into the evening. A low, warm strip along the base of the cabinets gives enough light to move around safely without switching on the ceiling, and it makes the cabinets look as though they float. It is a small detail that costs little in a remodel and gets used every single day.

Natural light: the variable nobody controls

Every kitchen also has a fifth light source that changes colour temperature through the day for free: the window. Morning daylight is cool and blue-white; late-afternoon sun is warm and golden; an overcast day in Ohio in January is flat and grey. A kitchen with a large window over the sink will look different at 8 a.m. and at 6 p.m. no matter what bulbs you fit, and the artificial lighting should be chosen with that in mind.

North-facing kitchens get cool, steady daylight and almost never get direct sun, so they benefit from warmer artificial light to compensate — 3000K ambient, 2700K pendants. South-facing kitchens get strong warm sun for much of the day and can carry cooler artificial light without feeling cold — 3500K to 4000K task lighting feels natural there. Kitchens with almost no natural light, common in galley layouts and basement conversions, need the most careful planning of all: without daylight to balance them, a single-temperature scheme shows its flaws all day long, and a layered warm-plus-cool scheme matters most.

How Colour Temperature Changes Your Cabinets, Worktops and Flooring

Colour temperature is not an abstract choice. It changes the apparent colour of every material in the room, and the wrong combination is the most common reason a finished kitchen looks different from its samples.

White and pale cabinets are the most sensitive. Under 2700K, a bright white painted cabinet reads cream; under 4000K it reads as the white on the sample. If you chose white cabinets because you wanted a crisp, bright kitchen, cool task lighting protects that choice, and warm ambient lighting will quietly undo it in the evening. The practical answer is not to abandon warm light but to make sure the cabinets are seen under both: test the cabinet sample under 3000K and 4000K before ordering, and decide which version of the colour you actually like.

Timber and wood-tone cabinets run the other way. Warm light deepens oak, walnut and cherry, bringing out the grain and making the room feel richer. Cool light can drain timber, making oak look grey and walnut look flat. In a kitchen with a timber island or timber open shelving, warm pendants over the island protect the material choice, while cool under-cabinet strips over the worktops keep the working surfaces honest. The island is a showpiece; the worktop is a tool. Light them accordingly.

Worktops follow the same logic. White quartz and marble-look surfaces need neutral to cool light to show their true tone — under warm light they yellow, and a veined quartz that looked crisp in the showroom can look tired at home. Dark worktops, black granite or soapstone-look quartz, absorb warm light and can look heavy under 2700K; they open up under 3500K to 4000K. Butcher block and timber worktops, on the other hand, glow under warm light and can look washed out under cool light. The worktop and the light above it should be chosen together, not separately.

Flooring is the largest surface in the room and the one most affected by light colour. Pale oak flooring warms beautifully under 2700K to 3000K and can look washed out under 4000K. Grey large-format tile, popular in contemporary kitchens, stays true under 3500K to 4000K and can look beige under warm light. If your remodel includes new kitchen flooring, take the flooring sample home, lay it on the floor, and look at it under the bulbs you intend to fit — in the morning and in the evening. Flooring is expensive to change and cheap to test.

The same test applies to the splashback. Gloss tiles bounce light around the room and amplify whatever colour temperature they reflect, so a warm bulb behind a white gloss splashback doubles the warmth. Matt tiles absorb more light and soften the effect. A mirrored or metallic splashback will throw coloured reflections across the room. None of this is a reason to avoid any material — it is a reason to test the combination before committing, because the interaction between material and light is where kitchens are won or lost.

Dimmers and CCT-Selectable Fittings: Stop Choosing

The best answer to the warm-versus-cool question, where the budget allows it, is to stop choosing. Two technologies make that possible, and both are worth discussing with your electrician during the first-fix stage of a remodel, when adding circuits and control wiring is cheap.

The first is dimming. A dimmer does more than change brightness: on most LED fittings, dimming also warms the colour slightly, mimicking the way a filament bulb glows warmer as it dims. A 3000K downlight dimmed to half brightness in the evening feels closer to 2700K, which is exactly the shift you want after dinner. Dimming the cool task layer in the evening takes the edge off it without changing a bulb. Every layer in the kitchen — ambient, task, accent — should be dimmable, on its own control. It is one of the cheapest upgrades in a remodel and one of the most used.

The second is CCT-selectable fittings, sometimes called tunable white. These are LED fittings that can switch between colour temperatures — typically 2700K, 3000K and 4000K — either with a small switch on the fitting itself or through a wall control or app. Fitted throughout the kitchen, they let you run the room cool at 4000K for a morning of serious cooking and warm at 2700K for a dinner party, with no bulb changes. The fitting-level switch versions cost little more than standard fittings; the app-controlled versions cost more and need a hub, but they also allow scenes — "cooking", "dining", "evening" — that set every layer at once.

There is a catch worth knowing. CCT-selectable fittings are only useful if the household actually uses the control. A fitting set to 3000K on installation day and never touched again is just an expensive 3000K fitting. If you fit them, set up the scenes on day one, label the switches clearly, and show everyone in the house how to use them. The technology only pays off when it is used, and the simplest version — a wall switch with three positions — is often the one that gets used most, because it needs no phone and no app.

Smart bulbs are a cheaper route to the same idea, but they have a weakness in kitchens: they need the wall switch left on to work, and the first person who flips the switch off out of habit kills the smart control for the whole circuit. In a kitchen, where switches get used dozens of times a day by different people, dedicated CCT fittings on normal dimmer switches are usually the more reliable choice.

Common Colour Temperature Mistakes in Kitchen Remodels

The most common mistake is fitting a single colour temperature everywhere. It usually happens because the electrician orders one box of downlights and fits them throughout, and nobody questions it until the room is finished. The fix is planning: decide the temperature for each layer before the first fix, write it on the lighting plan, and check the boxes when they arrive.

The second mistake is mixing temperatures in the same visual field. Two downlights over the same island at different temperatures, or an under-cabinet strip at 4000K next to a pendant at 2700K shining on the same worktop, creates a visible clash — one patch of light looks yellow, the next looks blue, and the eye keeps noticing it. Different layers can be different temperatures, but fittings that light the same surface should match.

The third mistake is buying on price alone. Cheap LED bulbs often have poor colour rendering, flicker at low dimmer settings, or drift in colour as they age. In a kitchen, where the lights are on for hours every day, the difference between a cheap bulb and a good one shows up within months. Buy fittings with a CRI of 90 or above, from a brand that publishes its specifications, and check that they are marked dimmable if they will sit on a dimmer — a non-dimmable LED on a dimmer will buzz, flicker or fail early.

The fourth mistake is forgetting the rest of the house. A kitchen that opens onto a living room lit at 2700K will look wrong if the kitchen is lit at 4000K throughout — the boundary between the rooms becomes a visible line of cold light. In open-plan homes, the ambient layer of the kitchen should match, or sit close to, the lighting of the adjoining rooms, with the cooler light reserved for the task zones that the living room cannot see. The kitchen is part of the house, and its lighting should behave like it.

The fifth mistake is choosing colour temperature from a photograph. Inspiration photos are shot under studio lighting, edited, and viewed on a screen whose own colour settings change everything. A kitchen that looks warm and inviting in a photograph may have been lit at 4000K and warmed up in editing. Judge colour temperature in person, with your own materials, under the bulbs you will actually buy. It is the only test that counts.

Kitchen Lighting and Remodel Planning in Kentucky and Ohio

Colour temperature is a small line item in a remodel budget and a large factor in how the finished room feels, which is why it belongs in the planning stage rather than the snagging stage. The decisions that matter — how many circuits, where the dimmers go, which layers are warm and which are cool — are all first-fix decisions, made when the walls are open and the wiring is accessible. Changing them after the plastering is done costs a multiple of getting them right the first time.

For homeowners planning a remodel in Louisville, Cincinnati, Columbus or Dayton, the practical sequence is simple: choose the cabinets, worktops and flooring first, then choose the lighting to suit them, testing samples under the actual bulbs. A kitchen design plan that treats lighting as an afterthought will produce a kitchen that looks right in the drawings and wrong in the evening. A plan that treats lighting as a layer of the design — with its own temperatures, its own circuits and its own controls — produces a kitchen that works at 7 a.m. and at 9 p.m.

Local angles matter here too. Kitchens in older Kentucky homes often have smaller windows and lower ceilings, which means less natural light and more reliance on artificial layers — a layered warm-plus-cool scheme matters more, not less. Newer Ohio homes with large open-plan kitchen-dining spaces and big windows get more daylight, which means the artificial lighting has to work alongside a strong natural source that changes through the day. Either way, the principle is the same: plan the light for the room you have, not the room in the photograph.

If you are weighing a remodel and want to talk through the lighting plan alongside the cabinets, worktops and layout, a kitchen lighting specialist can help you map the layers to your room. For homeowners in Columbus and the surrounding Ohio cities, the Columbus kitchen remodeling pages set out the local service area, and the team can be reached on (607) 389-0071 to discuss a project. The kitchen remodeling service covers 74 cities across Kentucky and Ohio, so the same layered approach is available whether the kitchen is a compact galley or a large open-plan family space.

Frequently Asked Questions

What is the best colour temperature for a kitchen?

For most residential kitchens, 3000K is the best single choice: warm enough to feel homely, clean enough to work under. The better answer is layered — 3500K to 4000K for task lighting under the cabinets, 3000K for ambient ceiling light, and 2700K to 3000K for pendants and accent lighting. That combination gives you accuracy where you work and warmth where you gather.

Is warm white or cool white better for kitchen cabinets?

It depends on the cabinet colour. Warm white flatters timber and cream-painted cabinets, deepening their tone. Cool white keeps white and grey cabinets true to their sample colour. If your cabinets are white, cool task lighting protects the colour; if they are timber or cream, warm ambient lighting suits them. Test the cabinet sample under both temperatures before ordering.

Is 4000K too bright for a kitchen?

4000K is a colour temperature, not a brightness level, so it is not inherently "too bright" — brightness depends on lumens and on dimming. 4000K task lighting over worktops is a good choice, but 4000K as the only light in the room, run at full brightness in the evening, will feel stark. Fit it on a dimmer, keep it on the task circuit, and pair it with a warm ambient layer.

Should kitchen pendant lights be warm or cool?

Warm, almost always — 2700K to 3000K. Pendants hang at eye level over islands and tables, where they light faces as much as surfaces, and warm light flatters people and food. A cool pendant over a dining table makes the meal look clinical. Keep the cool light under the cabinets, where it belongs.

What does 3000K look like in a kitchen?

3000K looks like warm, clean white light — close to late-afternoon daylight. It is the most popular kitchen colour temperature because it sits between cosy and clinical: white cabinets stay near-white, timber stays warm, and food looks appetising. If you are unsure where to start, start at 3000K and adjust zone by zone.

Can you mix warm and cool white lights in the same kitchen?

Yes, and you should — but mix them by layer, not by accident. Use cool light for task zones and warm light for ambient and accent zones, each on its own switch. What you should not do is mix temperatures on the same surface, such as two different downlights over one island, because the clash will be visible.

Is daylight 5000K lighting good for kitchens?

For most homes, no. 5000K to 6500K daylight bulbs are blue-white and clinical: they wash out skin tones, make food look less appetising and make the room feel like a workspace rather than a home. They suit garages, workshops and utility rooms. In a kitchen, 4000K is the practical ceiling for task lighting, and the rest of the room should be warmer.

Do dimmers change the colour temperature of LED lights?

On many LED fittings, dimming warms the colour slightly, which is a useful effect in the evening. Dedicated "dim-to-warm" fittings do this deliberately, shifting from 3000K at full brightness towards 2200K when dimmed. If you want that effect, check the fitting is marked dim-to-warm or warm-dim; a standard dimmable LED warms only slightly.

What CRI should kitchen lighting have?

Aim for a CRI of 90 or above. Colour Rendering Index measures how accurately a light shows colours compared with natural daylight, and in a kitchen that means the difference between food looking fresh and food looking dull. A high CRI matters more than a small difference in Kelvin, and it is worth paying for.

How do I choose kitchen lighting colour temperature for a small kitchen?

In a small kitchen, lean on cool task lighting under the cabinets to make the worktops feel bright and usable, and keep one warm layer — a pendant, a plinth strip, or a dimmable ambient fitting — so the room does not feel clinical. Small kitchens benefit most from layering, because a single temperature shows its weaknesses fastest in a small space. Our kitchen lighting design guide covers the layering approach in more detail.

Final Thoughts

Warm white versus cool white is not a contest with a winner. It is a planning question, and the right answer is almost always "both, in the right places". Warm light where people sit, eat and talk. Cool light where people chop, read and clean. Separate switches, separate dimmers, and a test of your actual materials under the actual bulbs before anything is fitted.

Get that right and the kitchen works twice a day: bright and accurate in the morning, soft and welcoming in the evening. Get it wrong and the most expensive cabinets and worktops in the world will look slightly off, every day, for reasons nobody can quite put their finger on — until someone finally changes a bulb and the whole room comes right.

If you are planning a kitchen remodel and want the lighting planned as part of the design rather than added at the end, start with a proper consultation with the kitchen remodeling team. Call (607) 389-0071 to discuss your project. The right colour temperature is a small decision; the right kitchen is a series of small decisions made well, and lighting is one of the ones that pays you back every single day.