Do Acoustic Wall Panels Work? A Practical Guide for Homes & Small Spaces

Yes, acoustic wall panels work for sound absorption inside a room. They cut echo and reverberation, which makes voices clearer and listening more comfortable. They are not a barrier to stop noise passing through walls. If you need to block sound from next door, you need soundproofing, not just acoustic panels. This guide explains how panels achieve results, where they help most, how to choose and place them, and what to expect from slatted designs in real homes and small commercial spaces in the UK.

Short answer, absorb sound not soundproof

Acoustic panels are designed to absorb some of the sound energy that would otherwise bounce around a room. By soaking up reflections, they reduce reverberation, which is the lingering tail you hear after a clap or a spoken word. Less reverberation means fewer overlapping echoes, better speech intelligibility, and a calmer sound. That is different from soundproofing, which is about stopping sound travelling between spaces by adding mass, sealing gaps and breaking vibration paths. Most decorative acoustic wall panels improve what you hear inside the same room, they do not block a neighbour’s TV.

 

 

Mechanism of acoustic wall panels

Sound is a vibration in air. When it hits a hard surface like plaster, glass or timber, most of it reflects back into the room. Panels change that interaction. Materials such as acoustic polyester felt, mineral fibres, foam and open wood structures turn part of the sound energy into small amounts of heat through friction inside their fibres and pores. This is why panels are often called absorbers. The effect depends on thickness and porosity, where thicker and more open materials absorb more at lower mid frequencies; surface design, because slats and grooves can scatter and slow reflections; any air gap behind the panel, which tends to lift lower mid absorption; and simple coverage, since the percentage of wall area treated drives the total reduction in reverberation.

You will sometimes see a Noise Reduction Coefficient, abbreviated to NRC. This is a single number from 0.0 to 1.0 that represents average absorption across several mid to high frequencies. A panel with NRC 0.8 absorbs about 80 percent of incident sound energy across the test bands. It is a useful guide, but two products with the same NRC can behave differently at specific frequencies, and performance on a real wall can vary based on installation.

Absorption versus soundproofing, the key difference

Absorption reduces internal reflections. Soundproofing reduces sound transmission through structures. The key difference is purpose and physics.

Absorption relies on porous or fibrous materials that turn part of the sound wave into heat, reducing reflections and reverberation. This improves clarity and comfort inside the treated room.

Soundproofing relies on mass, airtightness and decoupling to resist and break the path of vibration through walls, floors and ceilings. That limits how much noise gets in or out.

Panels on a wall will not suddenly make a party wall block deep bass from a subwoofer next door. For that, you would need a soundproofing build up such as extra mass layers, resilient fixings, sealed perimeters and attention to flanking paths. Many homes do not need that level of work for daily comfort. If your issue is echo in a kitchen diner or poor clarity on video calls, wall panels are the correct tool.

Where panels make the biggest difference at home

Reverberation worsens wherever there are large hard surfaces. Modern interiors amplify this, think plasterboard or skimmed plaster walls, hard floors, full height glazing, and minimal soft furnishings. In these rooms, voices smear together, clatter feels sharp, and TV dialogue can be tiring.

Acoustic wall panels improve these spaces by shortening the decay time of sound. You notice this as a room that settles quickly after a sound stops. People do not need to raise their voices as often. TV and music can be listened to at a lower volume for the same clarity. Phone calls sound more natural because the microphone picks up fewer room reflections.

The change is particularly strong in open plan kitchen diners with tiled or wood floors and hard surfaces, living rooms with large TVs or media walls where dialogue clarity matters, home offices and study spaces used for video calls, bedrooms with minimal fabric furnishings where a calmer acoustic is welcome, and hallways and stairwells that ring or sound boomy.

Coverage matters. A single small panel on a large wall will have a modest effect. Treating a meaningful portion of the wall area, for example a full height feature section behind a sofa or TV, has a far more noticeable impact.

What to know about slatted acoustic wall panels

Slatted acoustic wall panels combine two acoustic behaviours in one decorative product. The face is a series of vertical or horizontal slats, usually timber or a wood wrapped MDF, mounted on an acoustic felt or polyester backing. The gaps between slats allow sound to reach the absorber behind, while the slats themselves break up reflections.

The slatted face can act like a shallow diffuser at some frequencies, softening glare by scattering reflections so they are less direct and less coherent. The felt or polyester backing absorbs mid and high frequencies that would otherwise ping around the room. An air gap behind the felt, created by battens or spacing strips, increases absorption at slightly lower frequencies than the felt alone.

This combination gives slatted panels a pleasant, natural sound character. They remove harshness and flutter echo while keeping a sense of liveliness, which suits living spaces. They also deliver a clear visual benefit. Real wood veneers in natural oak, smoked oak or walnut bring warmth and texture, while concrete effect finishes add a calm architectural look without the cold ring of real concrete.

Newland Floors and Doors offers slatted designs built with an MDF core and an acoustic polyester backing, in real wood wrapped slats or a concrete effect foil. The materials are selected to balance performance, durability and finish, and FSC certified sources support responsible timber use.

Choosing the right panel, material, thickness and ratings

A panel’s job is to reduce unwanted reflections across the range of sound that matters most for the room. In a home, that is speech and TV dialogue through the mid band, plus the higher frequencies that cause sharpness in plates, footsteps and clatter. For music or cinema, control of early reflections is still important, while deep bass often needs separate measures.

When comparing options, consider the absorber and backing. Polyester felt and mineral fibre are both common, and each acts differently across frequency. Felt is popular in slatted panels because it absorbs well in the mids, is stable, and handles fixing without shedding fibres. Thickness also matters. The combined thickness of slats, felt and any air gap determines how low into the mid band the system will absorb. Many decorative panels sit around 18 to 25 mm thick on the face, and spacing them off the wall improves performance. If a manufacturer publishes an NRC or an absorption class, a figure around 0.6 to 0.9 suggests strong mid to high frequency control. If no lab number is available, look for sensible guidance on coverage and placement, and expect real room improvements with good positioning. Finish and durability come next. Real wood veneers offer depth and a natural touch, while concrete effect foils create a crisp architectural look with easy maintenance. In family spaces, a sealed or lacquered finish resists marks and cleans easily. For fire and moisture, typical domestic walls are suitable but avoid areas like showers or immediately above hobs. Wipe clean finishes are helpful in kitchens and hallways.

For UK homes, slatted panels in oak or walnut finishes are a sound choice for living spaces and studies because they match common furniture and flooring tones. Concrete effect works well for media walls and modern kitchens. In a cinema room, you might combine larger absorber areas with slatted sections to maintain a natural feel.

Strategic placement, walls, corners and ceilings

Placement influences performance more than most people expect. You get the fastest audible gains by treating the first reflection paths and the largest hard areas. In a typical living room, this means the wall behind the main seating or the TV, and possibly one adjacent wall. In a kitchen diner, it is often the dining wall and the return of a peninsula. In a home office, the wall in front of or behind the desk helps the microphone and your ears.

A few quick principles guide most layouts. Treat a meaningful area, because a full height field or a broad band across the wall is more effective than scattered small tiles. Prioritise bright spots where a clap produces a metallic ring or where you notice glare when facing the TV. Use symmetry around a media wall or desk where it creates a consistent result. Consider mounting on shallow battens to create a neat shadow line and improved low mid absorption. Keep edges tidy and sealed rather than leaving wide bare perimeters that reflect strongly right next to a treated area.

Ceilings matter too in echoey rooms, but many homes do not suit ceiling panels visually. If you cannot treat the ceiling, placing panels higher on the wall can still pick up some ceiling reflections that come down at an angle. Corners and junctions can be boomy in some rooms. Slatted wall panels are not bass traps, but wrapping a treated wall around a corner can help.

Room by room guidance for the UK home

Practical decisions depend on how the space is used, the surfaces present, and the distance between listeners and sound sources. The following guidance balances acoustic results with typical British layouts and tastes.

Living rooms and media walls

A media wall concentrates attention and sound at one end of the room. Placing slatted panels around the TV or on the opposing wall improves dialogue clarity and reduces the feeling that the room is shouting back at you. If your sofa sits close to the back wall, treating that wall is effective because it catches reflections arriving just after the direct sound from the TV. Panels flanking a TV also help reduce specular glare from the screen area.

Practical tip, in long, narrow lounges, a continuous run of slatted panels along part of the longest wall calms the space without making it feel boxed in. If a full run is not possible, position a broad band behind the main seating height.

Open plan kitchen diners

Tiled splashes, hard worktops and open floors create strong reflections. Focus on the dining side of the space where people talk. A feature wall with slatted panels behind the table reduces clatter and keeps conversation clear. If the ceiling height is generous, run panels to full height to catch more of the energy moving across the room. Rugs and curtains complement the effect well here.

Home offices and study spaces

Speech clarity and microphone quality are the priorities. Panels on the wall you face while speaking reduce the early reflections that can cause comb filtering and a hollow sound on calls. A smaller secondary area opposite your desk can help when you turn in the chair. If your room has bare shelving, mix books and soft items to add scatter and absorption alongside a treated wall area.

Bedrooms and quiet corners

Bedrooms often sound fine to begin with because of bedding, but painted plaster and fitted wardrobes can still add a ring. A headboard height band of slatted panels behind the bed calms the space and adds texture without over treating. For a reading nook, panels behind the chair make voices on audiobooks clearer at low volumes.

Hallways and stairs

Narrow hard walled spaces can sound harsh. A vertical slatted run along one side of a hallway or a half height treatment up a stair return reduces brightness and softens footfall noise. Keep finishes durable and easy to wipe.

 

 

Measuring improvement, simple ways to judge results

You do not need lab gear to confirm a change. Three simple checks give useful feedback. The clap test works well. Before and after installation, clap once and listen to the tail. A shorter, less metallic decay signals improved absorption and fewer flutter echoes between parallel walls. A practical listening check is to see whether TV dialogue is easier to follow at a slightly lower volume. If it is, speech intelligibility has improved, which points to reduced reverberation around 1 to 4 kHz where consonants live. Basic smartphone apps can estimate reverberation time, often labelled RT60. They are not perfect, but a reduction in the displayed figure after installing panels usually correlates with what you hear.

Objective numbers help, but do not let them distract from living with the room. If the space feels calmer and conversation is easier, the panels are doing their job.

Aesthetics and design, finishes that earn their place

Acoustic treatment in living spaces must justify its place visually. Slatted panels do this well. Real wood finishes bring warmth and pair with flooring, tables and cabinetry. Oak offers a light, timeless look. Smoked oak adds depth and contrast. Walnut reads richer and suits mid century furniture. Concrete effect designs give a crisp, monolithic feel without the weight or cold echo of real concrete, and they work with black frames and modern kitchens.

Patterns can be subtle or bold. A single full height field creates a strong feature. Breaking the area into framed sections gives a crafted look and allows for picture hanging between fields. Vertical slats heighten a low room. Horizontal slats can widen a narrow wall. Lighting adds drama. Grazing light from a ceiling or floor throws gentle shadows that emphasise texture. Keep cable management tidy around media walls so the clean look is maintained.

If you prefer a quieter appearance, choose a finish close to the wall colour. The texture will still do its acoustic work while blending in.

Installation, fixing methods and avoiding mistakes

Most decorative acoustic wall panels are straightforward for competent DIYers or tradespeople. Two common methods are direct fixing with a suitable adhesive and mechanical fixing with screws into studs or battens. Direct adhesive is quick on sound substrates such as plasterboard or masonry. Mechanical fixing allows removal or repositioning and makes it easy to create an air gap, which can boost low mid performance.

A few practical notes help the result:

• Plan the layout, measure from a reference edge and dry fit the first two panels to confirm slat alignment and any cuts around sockets or skirtings.

• Prepare the wall, remove loose paint and dust. Slight undulation is often masked by the slats, but large bumps can telegraph through and misalign joints.

• Keep the face clean, protect the slatted surface during handling. A soft cloth prevents finger marks on oiled or lacquered wood.

• Mind the gap, if using battens, choose a consistent depth and fix them level. Even a 10 to 20 mm gap helps absorption and produces a neat shadow line.

• Finish edges, consider matching trim or a neat painted edge. A scribed fit to skirtings and architraves looks intentional.

Newland’s range is designed to be lightweight and easy to cut, with MDF slats wrapped in real wood or a foil and an acoustic polyester backing. Panels can be vacuumed or wiped after installation to remove dust.

Maintenance and care for long lasting results

Most acoustic wall panels need little attention once fitted. Regular light cleaning keeps them fresh. A vacuum with a soft brush removes dust from slats and felt. A slightly damp cloth deals with marks on lacquered or foil surfaces. Avoid saturating the backing felt with water. Do not use abrasive pads or strong solvents on real wood veneers. In high traffic areas like halls, a clear lacquered finish resists scuffs. Sunlight can warm wood tones over time, so expect a gentle mellowing similar to other timber items in the room.

Cost factors and value, are acoustic panels worth it

Decorative acoustic panels range in price based on materials, finish and size. People often ask whether they are worth it. If your problem is echo, muddled dialogue or a harsh feel in a room, panels are a cost effective answer compared with structural changes or full soft refits. They also deliver visual impact, so the spend serves two purposes at once.

What tends to drive price and value is the finish and veneer, since real wood such as oak or walnut usually costs more than printed foils but brings greater depth and natural variation. Panel size and the total coverage area affect both impact and cost, with larger fields giving a clearer audible return. Backing material and construction thickness can lift absorption and add cost, while spacing on battens is a performance boost without expensive materials. Installation method influences labour, because DIY adhesive fixing is quicker than a scribed, framed and lit fit out. Finally, sealed finishes can reduce maintenance over time in busy spaces.

Many UK homeowners find that a focused panel scheme, such as a feature wall behind the sofa or dining table, lowers fatigue and improves daily comfort. For people who work from home, the difference on calls can be immediate and noticeable.

Sustainability considerations for materials

Sustainability matters for building products, and it is encouraging to see acoustic wall panels using responsible materials. Real wood veneers sourced from FSC certified forests support better forestry practices. MDF cores can use recycled fibres. Acoustic polyester felts are often made with recycled content and are stable in use. Durable panels that do not need frequent replacement reduce waste over time. Choosing a classic finish like oak or concrete effect makes the installation easy to live with across redecorations, extending the useful life.

Newland’s slatted collection uses FSC certified materials and an acoustic polyester backing, balancing performance with responsible sourcing. If sustainability is a priority for you, these details are worth checking when comparing options.

Limits and when you need soundproofing instead

Panels do not solve every noise issue. Where transmission through structures is the primary complaint, such as hearing conversation or bass from a neighbour, absorption will not stop sound passing through walls. Transmission loss needs mass, airtightness and often decoupling. That is a different job. Deep low frequency control is another limit. Decorative slatted wall panels reduce mid and high frequency reflections but have limited effect on deep bass booms, which usually require larger volumes of absorber in corners or tuned measures. Very large or very live spaces also need more treatment. Huge open atria or halls may require substantial coverage and ceiling treatment that goes well beyond a small feature wall. In homes, most open plan rooms respond well to a sensible, well placed feature wall.

If your goal is primarily to reduce echo, improve TV clarity, calm a bright kitchen or make calls sound better, acoustic wall panels are the right approach. If your goal is to block external noise, look at soundproofing systems, secondary glazing and sealing air paths.

Combining panels with other quick wins

Acoustic panels are powerful on their own, and they work even better alongside simple soft treatments. Rugs over hard floors, lined curtains across large windows, and fabric seating all add useful absorption. Bookcases with varied depths scatter sound. Plants break up flat surfaces. These items complement a slatted feature wall by addressing reflections at different heights and angles. In small rooms, a well chosen mix of panels and soft furnishings reaches a comfortable balance without over treating.

Practical coverage guidelines without lab maths

People often ask how much to install. There is no single rule because rooms and preferences vary. A sensible starting point in a lively living space is to treat around one fifth to one third of one or two hard wall surfaces that dominate the reflections you hear. In a home office, even a modest field of panels behind or in front of your desk can make calls cleaner. Add more if you still hear a long tail on claps or if voices sound smeared.

Spacing panels off the wall on battens helps them absorb lower into the mid band, which increases the sense of calm at a modest extra cost and depth. If you want a lighter touch, direct fixing still delivers a clear benefit over bare plaster.

Slatted panels and sound character

Different absorber types shape the room’s sound. Full fabric wrapped absorbers create a very controlled, quiet acoustic, which is excellent for studios and dedicated cinemas. In family living spaces many people prefer some liveliness. Slatted panels achieve this balance. The slats keep some early reflections, so the room does not feel dead, while the backing removes the harshness and flutter. This is why a slatted media wall often sounds natural for TV and music without extra panels elsewhere.

You can tune the character by coverage and placement. More area and more symmetrical placement lead to a tighter, more even response. Less area focused near sources or listeners provides targeted clarity with a softer visual footprint.

Safety and suitability in typical domestic settings

Decorative acoustic panels are suitable for most internal domestic walls. Follow common sense around heat sources, keep clear of open flames and do not mount immediately above hobs. For bathrooms and utility rooms, only use panels rated for humid environments, and consider how you will manage moisture. In children’s rooms and hallways, fix panels securely. Many slatted panels are light enough for adhesive fixing, but screws into studs or battens provide belt and braces security on busy walls.

If you are in a leasehold flat, decorative wall panelling on internal walls is usually acceptable. Structural changes intended for soundproofing may need consent, so always check your paperwork before any heavy build up.

Colour, contrast and coordination

Finishes influence not only style but perceived size and light. Lighter oaks keep rooms airy and are forgiving in smaller spaces. Darker smoked oak or walnut delivers contrast, which looks striking behind a TV or in a reading corner. Concrete effect panels pair well with monochrome schemes and metal accents. Coordinate with floors and doors for a cohesive look. A run of oak slats can tie together oak skirtings or door linings in nearby rooms. If you prefer minimal contrast, paint adjacent walls and trims to match the lighter tones within the veneer.

Resale and long term flexibility

Feature walls are common in UK property listings now. Acoustic slatted versions carry broad appeal because they add both texture and function. They are easy to repaint around and can be removed or shortened if future owners want a change. Panels fixed to battens come away with less wall repair than directly adhered versions. Consider modular layouts in rented or flexible spaces, which allow reconfiguration.

Panels for small businesses and shared spaces

Acoustic comfort matters in more than homes. Small offices, meeting rooms, cafés and salons benefit from reduced clatter and clearer conversation. The same principles apply. Treat a meaningful portion of key walls, often those facing the seating or front desk. Slatted finishes add a premium feel for customers and clients without looking like studio kit. Keep cleaning practical with lacquered or foil faces, and use colours that suit brand identity. In small meeting rooms, a panel on the wall behind the screen reduces echo on video calls for both sides.

Evidence you can feel without technical jargon

If you prefer to avoid lab numbers, trust your ears. After installing panels you should be able to speak at a comfortable level with fewer repeats. Young children’s play sounds less piercing. TV dialogue stands out from background music and effects. Phone microphones pick up less roomy tone, so people hear you more clearly. These are everyday outcomes of controlled reverberation, and they are the reasons absorption panels are widely used in education, healthcare and offices, not only in studios.

Materials and construction details worth noticing

When comparing slatted panels, a few construction notes are helpful. MDF cores provide dimensional stability and a smooth base for veneers and foils. Real wood wraps bring natural grain along three sides of each slat, which looks premium from different angles. An acoustic polyester backing, often grey or black, offers consistent absorption and resists shedding. Check how edges are finished at the factory and what trimming options exist. Consistent slat spacing and clean mitres make installation look tailored rather than pieced together.

Newland’s slatted panels use a three sided real wood wrap on the slats for a seamless appearance and an acoustic polyester backing for performance. The concrete effect option uses a durable foil wrap that gives the industrial look with easy upkeep.

A simple path to planning your project

Start with one room and one use case. Identify the main reflection point, often the broadest hard wall near where people sit or speak. Decide how much of that wall you can reasonably treat while keeping the look you want. Pick a finish that coordinates with floors and doors so the addition feels designed in. If you are unsure on placement, sketch the wall and mark furniture heights and electrical points. This helps you align slats with sockets and keep cuts tidy. Then decide on direct adhesion or battens based on your confidence and the wall surface.

If you would like inspiration on finishes and panel styles, explore Newland Floors and Doors’ range of acoustic slatted wall panels in real wood and concrete effect. The collection shows natural oak, smoked oak, walnut and concrete looks alongside key specifications, and it is a helpful next step once you have a plan for coverage and position.

Combining slatted panels with media features and storage

Media walls and built in storage benefit from integrated panels. Running slats across a niche or around a TV recess hides joints and softens the sound near the screen. Panels behind open shelving improve the acoustic contribution of a bookcase without hiding the books. Consider cable channels behind battens, which keep wiring out of sight while maintaining an air gap. For a neat frame, use painted trims in a matching tone or a slim timber bead that ties into the veneer.

Common mistakes and how to avoid them

Three issues crop up frequently and are easy to sidestep.

First, undersizing the treatment. One small panel on a large wall looks smart but delivers a modest acoustic change. Be realistic about coverage. A bolder field often looks better and sounds better.

Second, ignoring the primary reflection. If a room sounds bright while you sit on the sofa, treating a far corner may have limited impact. Focus on the wall area most directly involved in the listening zone.

Third, compressing the absorber. Over tightening fixings that squash the felt backing reduces its porosity. Fix firmly and evenly, but do not crush the backing.

Thoughtful placement, sensible coverage and tidy fixing produce a professional result.

Who benefits most and who might need more

Homes with modern hard finishes benefit immediately. People who spend hours on calls notice a change in microphone tone and listening comfort. Families with open plan living reduce clatter without covering every surface in fabric. Film and TV lovers gain clearer dialogue.

Some people do need more than panels. If your property suffers from noise ingress through the building fabric, a soundproofing strategy is appropriate alongside or instead of decorative panels. In basements or dedicated cinemas chasing very tight bass response, you may add specialist bass control. Panels remain useful in these projects for first reflection control and visual design.

Why slatted panels are popular in UK interiors

Beyond performance, slatted panels match current interior trends. Natural materials, texture and vertical rhythm are all in favour. They deliver a crafted look with a repeatable module, which suits DIYers and professionals. They also sit well with the floors and doors that anchor a home’s palette. Many people find that a slatted feature wall becomes the room’s focal point that ties disparate items together, which makes the purchase feel like more than an acoustic fix.

From idea to action, explore options and finishes

If you have reached this point, you probably have a candidate wall in mind. The next helpful step is to compare finish options, confirm panel sizes, and sketch coverage. Newland Floors and Doors stocks a curated selection suitable for UK homes and small businesses. Browse the acoustic slatted wall panels in real wood and concrete effect to see sizes, finishes and typical use cases, and to decide which look suits your space best.

Quick placement wins you can use this weekend

• Behind the sofa in a lounge, a full height field calms reflections arriving at ear height.

• On the dining wall in an open plan space, conversation carries with less clatter.

• Around a media wall, flanking panels reduce glare and sharpen dialogue.

• In front of a desk, calls sound less hollow to others on the line.

• Up a stair return, a vertical run cuts the ring on footsteps and voices.

The balanced view for UK homeowners

Acoustic wall panels do their job when the job is internal room comfort. They reduce echo and soften bright rooms, which makes daily life easier, calmer and less fatiguing. Slatted designs bring that performance together with finishes that work in real homes, so you do not have to choose between function and style. They are easy to plan, straightforward to fit and simple to look after. They are not a cure for neighbour noise, and they do not replace specialist bass control in a purpose built cinema. Within those limits, they are a reliable, good value solution that earns its place on the wall every day.

Frequently Asked Questions:

Do Newland’s acoustic slatted wall panels reduce neighbour noise?

No. They absorb sound inside the room by reducing echo and reverberation. To reduce noise transmission through a wall from next door you would need a soundproofing build up with added mass, airtightness and decoupling.

What sizes are your panels and how are they supplied?

Panels are approximately 565 mm wide, 2400 mm long and 18 mm thick, and are supplied in packs of two. This size is easy to handle and suits full height feature walls in typical UK homes.

How do I fit the panels, adhesive or screws, and can I leave an air gap?

Both methods work. You can bond directly to a sound wall with a suitable adhesive, or screw through into studs or battens. Fixing to shallow battens creates a 10 to 20 mm air gap that usually improves low mid absorption and gives a neat shadow line.

Can I cut panels to size and around sockets?

Yes. Mark the cut line with tape, support the slats, and use a fine tooth handsaw or a track saw. Cut slowly, especially through the slats, and de burr edges before refitting trims or socket surrounds.

Are the materials FSC certified and easy to maintain?

Yes. The range uses FSC certified real wood veneers with MDF slats and an acoustic polyester backing. Maintenance is simple, vacuum dust with a soft brush and wipe lacquered or foil faces with a slightly damp cloth. Avoid saturating the felt and do not use abrasive cleaners.

Are the panels suitable for kitchens or bathrooms?

They are suitable for general kitchen and hallway walls. Avoid direct splash zones, showers and the area immediately above hobs. Choose wipe clean lacquered or foil finishes where regular cleaning is expected, and ensure ventilation in humid rooms.