How to remove soap drawer
Pull the drawer fully open, then look for a tab or latch at the back to press down or up to release it. If there is nothing obvious, some drawers simply require a firm pull to overcome a small stop at the base. Always check the instruction manual first – it will describe the exact method for that model.
Most washing machine soap dispenser drawers are designed to be fully removed for cleaning, but the release mechanism is not always obvious. This guide covers how to work out which type of release the drawer has and how to remove it safely.
Check the Instruction Manual First
The instruction manual will almost always describe exactly how to remove the soap drawer on that specific model. If the manual is not available, it can often be downloaded from the manufacturer’s website. Links to manufacturer manual download pages are available at: instruction books and user manuals.
How to Remove the Soap Dispenser Drawer
Every drawer has some kind of stop mechanism at the back to prevent it falling out during normal use. The method of overcoming this stop varies between manufacturers and models. Work through these steps in order:
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Pull the drawer fully open. Extend it as far as it will go before the stop engages.
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Look for a tab or lever at the back. Most drawers have something to press down at the back of the drawer – often a plastic tab or latch – which releases the stop and allows the drawer to pull all the way out.
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Check underneath the drawer. If there is nothing to press from above, look under the drawer at the back for something to push upward. Some cheaper machines use this arrangement instead.
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Try lifting and pulling simultaneously. Some older drawers have no button or tab at all and require the drawer to be lifted slightly while pulling, to ride over the stop at the base.
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If no mechanism is obvious, a firm pull may be needed. Some drawers – particularly on older machines – are designed to pull out with enough force to override a small plastic stop. However, see the caution below before attempting this.
The decorative front of the drawer is typically clipped on and will break off easily under force. If a firm pull is needed, grip the drawer by the sides close to the back, not by the front face.
Can’t find your instruction manual?
Frequently Asked Questions
How do I remove the soap drawer from my washing machine?
Pull the drawer fully open and look for a tab or latch at the back to press down or push up, which releases the stop and allows the drawer to pull all the way out. Some older drawers require lifting slightly while pulling, or a firm pull to override a small stop. Always grip the drawer by the sides near the back – never pull by the front panel as it will break off.
My soap drawer has no obvious release button – how do I get it out?
Some drawers have no button or tab. Try lifting the front of the drawer slightly while pulling – this can help ride over a stop at the base. Other drawers are designed to simply pull out with enough force to override the stop. Check under the drawer at the back for any upward-push mechanism before trying force. Always grip by the sides near the back, not the front face.
Where can I find the instructions for removing the drawer on my machine?
The instruction manual will describe the exact method for the specific model. If the original manual has been lost, it can often be downloaded from the manufacturer’s website. Links to manufacturer download pages are available at: instruction books and user manuals.
What causes black mould on washing machines?
Black mould in washing machines is caused by a combination of low wash temperatures, underdosing detergent, and leaving the door closed between washes. This creates a warm, damp environment lined with detergent and fabric residue – ideal conditions for mould growth. The solution is regular hot washes, correct detergent dosing, and leaving the door ajar after every wash.
Black mould inside a washing machine is a common problem and almost always preventable. It tends to build up gradually and is usually well established before it is noticed. Understanding what causes it makes it straightforward to stop it coming back.
Why Do Washing Machines Get Black Mould?
A washing machine is warm, damp, and regularly coated in detergent residue and grease from clothing. Left at low temperatures without adequate cleaning, the interior becomes an ideal environment for mould and bacteria. The problem has become more common as wash temperatures have fallen – a trend driven by energy efficiency standards and the growth of quick wash and cool wash cycles.
Low temperature washing
Washing consistently at 30°C or below does not get hot enough to kill bacteria or dissolve the greasy deposits that mould feeds on. Modern machines wash at lower temperatures than older ones, and the interior never gets a proper hot clean unless a high temperature cycle is run deliberately.
Quick wash cycles used too often
Short, cool cycles are useful for lightly soiled items but provide no cleaning benefit for the machine itself. Using quick washes as the primary cycle means the drum, seal, pipes, and drawer never receive the temperature or cycle length needed to remove built-up residue.
Incorrect detergent dosing
Using too little detergent leaves grease and soiling on drum surfaces. Using too much – particularly liquid detergent or capsules – can leave undissolved residue in the drum and pipes that provides food for mould and bacteria. Always follow dosing instructions for the water hardness in the local area.
Door kept closed between washes
A closed door after a wash traps moisture inside the drum and door seal. Combined with residual warmth and detergent residue, this creates exactly the conditions mould needs to establish. Leaving the door slightly open after every wash allows the interior to dry out between uses.
Liquid detergent and capsules
Powder detergent dissolves more completely and is less likely to leave residue. Liquid detergent and capsules – particularly multi-tab products – are more prone to leaving waxy, greasy deposits on drum surfaces and pipes over time, especially at lower temperatures.
Fabric softener build-up
Fabric softener used in excess, or used in machines that are not regularly cleaned at high temperatures, can leave a residue in the drum and soap drawer that contributes to mould and bacterial growth.
Where Does Black Mould Appear?
Black mould tends to accumulate in the areas of the machine that stay damp and are not exposed to the full wash action:
- Door seal (rubber gasket) – the folds of the rubber seal around the door trap water and lint after every wash and are the most common location for black mould growth.
- Soap dispenser drawer and housing – detergent and fabric softener residue builds up in the drawer and the recess it sits in, providing an ideal surface for mould. See: black jelly in the soap drawer.
- Drum interior – particularly in the areas behind the door seal and around the drum paddles where water collects.
- Internal pipes and sump hose – mould and biofilm can accumulate inside pipes where it is invisible but contributes to bad smells and transfers onto laundry.
How to Treat Existing Black Mould
Visible mould on the door seal and drawer can be treated directly. Internal build-up requires a maintenance wash.
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Clean the door seal. Pull back the folds of the rubber gasket and wipe away any visible mould with a damp cloth and a small amount of washing machine cleaner or a dilute bleach solution. Rinse thoroughly. A soft-bristled brush helps reach into the folds.
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Remove and clean the soap drawer. Pull the drawer fully out and wash it in warm soapy water. Clean the housing recess with a cloth or brush to remove detergent build-up. Leave both to dry before replacing.
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Run a maintenance wash. Run an empty drum cycle at 60°C or 90°C with a purpose-made washing machine cleaner, or with a scoop of washing soda crystals in the drum. This cleans the drum, pipes, and internal components that cannot be reached manually. Do this at least once a month if low temperature cycles are used regularly.
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Leave the door open after every wash. After removing the laundry, leave the door slightly ajar and pull the soap drawer out a few centimetres to allow air to circulate. This significantly reduces moisture build-up between washes.
Once black mould is well established in internal pipes and hoses, it can be very difficult to fully eliminate. Running regular hot maintenance washes from the start avoids this problem entirely.
How to Prevent Black Mould Coming Back
- Run at least one 60°C or 90°C wash cycle per week – this is the most effective single preventive measure.
- Leave the door and drawer open between washes.
- Use powder detergent rather than liquid where possible, and dose correctly for the water hardness in the area.
- Avoid overusing fabric softener.
- Run a monthly maintenance wash with a washing machine cleaner or soda crystals.
- Wipe down the door seal after the last wash of the day.
Still getting smells after cleaning?
Frequently Asked Questions
What causes black mould in a washing machine?
The main causes are consistently low wash temperatures, frequent use of quick wash cycles, incorrect detergent dosing, and keeping the door closed between washes. These conditions create a warm, damp, residue-lined environment that mould thrives in. The problem has become more common as modern machines wash at lower temperatures and shorter cycle times.
How do I get rid of black mould in my washing machine?
Clean the door seal manually by pulling back the rubber folds and wiping away visible mould. Remove and clean the soap drawer and its housing. Then run an empty 60°C or 90°C wash with a washing machine cleaner or soda crystals to clean internal pipes and components. Repeat monthly to prevent it returning.
How do I stop black mould coming back?
Run at least one hot wash per week at 60°C or above. Leave the door and soap drawer slightly open between washes to allow the interior to dry out. Use powder detergent correctly dosed for local water hardness. Run a monthly maintenance wash with a washing machine cleaner or soda crystals.
Is black mould in a washing machine harmful?
Black mould and the bacteria that accompanies it can transfer onto laundry, causing musty smells on clothing even after washing. Some types of mould can cause skin irritation or aggravate respiratory conditions in sensitive individuals. Treating and preventing mould build-up is important both for appliance performance and for the hygiene of the laundry washed in it.
Limescale In Washing Machines
The best way to prevent limescale in a washing machine is to use a good quality detergent at the correct dose for your water hardness. Using too little detergent in a hard water area is the most common cause of limescale build-up. Descaling products treat existing scale but cannot substitute for correct detergent use, and may be ineffective if the build-up is already severe.
Limescale affects washing machines in hard water areas across the UK. Understanding how it forms, where it causes damage, and how to prevent it saves money on repairs and extends the life of the appliance.
What Is Hard Water?
Hard water contains dissolved minerals – primarily calcium and magnesium salts – picked up as water passes through rock and soil before entering the water supply. How hard or soft the water is depends on the geology of the area. Around 60% of UK homes are in hard water areas, concentrated mainly in the south and east of England.
Soft water, conversely, has a much lower mineral content and causes far less limescale. You can find out the hardness of your water supply by contacting your water company – most will provide this information freely and some offer water hardness test kits on request.
How to Tell If You Have Hard Water
The signs of hard water are usually visible elsewhere in the home before limescale becomes a problem inside appliances. Limescale deposits inside a kettle, white staining around taps and sinks, and scale on shower heads and shower screens are all reliable indicators of a hard water supply.
If your kettle regularly develops a white or grey crust on the element, your water is hard enough to cause problems inside a washing machine over time. Using the correct detergent dosage for your water hardness is the most effective preventive step.
How Does Limescale Affect a Washing Machine?
The heating element is the most vulnerable component. Limescale acts as an insulator, causing the element to run hotter than it is designed to – which accelerates wear and leads to premature failure. A heavily scaled element is also less efficient at heating water, which increases electricity consumption and extends cycle times.
Beyond the element, limescale accumulates throughout the machine – on internal hoses, drum surfaces, seals, and valves. Scale deposits on rubber seals and hoses accelerate deterioration, shortening their lifespan and increasing the risk of leaks. Valves coated in scale can stick or fail to open and close correctly.
Heating ElementScale acts as an insulator, causing overheating and premature element failure. Also reduces heating efficiency and increases energy use.
Hoses and SealsLimescale deposits accelerate the deterioration of rubber hoses and door seals, increasing the risk of leaks over time.
ValvesScale build-up on inlet and pressure valves can cause them to stick or fail to operate correctly, leading to filling or water level faults.
LaundryWashing in hard water without adequate detergent can damage fabric fibres over time, shortening the lifespan of clothing and textiles.
The Best Way to Prevent Limescale
Modern washing machine detergents contain water-softening agents specifically designed to counteract hard water and prevent limescale. Used at the correct dosage, a good quality detergent provides effective protection without the need for additional products.
The critical detail is dosage. Detergent packaging specifies different amounts for soft, medium, and hard water – a distinction many people ignore. In a hard water area, using the soft water dose means the water-softening agents are insufficient for the mineral content of the supply, and limescale begins to build up despite the use of detergent.
Check the label on your detergent and adjust the dose to match your water hardness. For most households in hard water areas, this simple change is the most effective preventive measure available. For guidance on choosing the right detergent type, see our guide on which is the best type of washing machine detergent.
Do Anti-Limescale Products Actually Work?
Products such as dedicated washing machine descalers can help manage existing limescale, particularly as a periodic treatment. However, they address the symptom rather than the cause. If the root issue is consistently using too little detergent for the water hardness, descaling products will need to be used repeatedly without ever resolving the underlying problem.
For a detailed look at whether specific anti-limescale additives are worth buying, see our guide on whether Calgon is worth using.
Is Hard Water Bad for You?
Hard water is harmful to appliances but not to people. The calcium and magnesium dissolved in hard water are beneficial minerals, and research has suggested a link between hard water consumption and lower cardiovascular disease rates. One consideration when fitting a whole-house water softener is that it removes these minerals from the drinking water supply – a trade-off worth being aware of.
If you are considering connecting a softened water supply to your washing machine, see our guide on connecting a washing machine to a softened water supply for what manufacturers say about its effects.
Limescale Caused a Fault?
If limescale has damaged the heating element or caused another fault, Whitegoods Help can help with a repair or spare part.
Related Guides
Is Calgon Worth Using?A detailed look at anti-limescale additives – whether they work, when they are useful, and whether you actually need them.
Washing Machine Smells, Grease and MouldHow limescale and detergent residue contribute to bad smells inside washing machines – and how to prevent and clear them.
Which Is the Best Type of Washing Machine Detergent?Powder, liquid, or capsule – which detergent type is most effective and which works best in hard water areas.
Connecting to a Softened Water SupplyWhat manufacturers say about using softened water in a washing machine and whether it affects components or wash results.
Frequently Asked Questions
How does limescale damage a washing machine?
The heating element is most vulnerable – limescale acts as an insulator, causing the element to overheat internally and fail prematurely. It also reduces heating efficiency, increasing energy use. Beyond the element, scale accumulates on hoses, seals, drum surfaces, and valves, accelerating deterioration and increasing the risk of leaks and component failures over time.
How do I prevent limescale in my washing machine?
Use a good quality detergent at the correct dosage for your water hardness. Detergent contains water-softening agents that prevent limescale when used in the right amount. In hard water areas, this means using a higher dose than the minimum shown on the packaging. Most limescale problems are caused by consistently under-dosing detergent.
How do I know if I have hard water?
The most visible signs are limescale inside a kettle, white or grey staining around taps and sinks, and scale on shower heads. Around 60% of UK homes have hard water, concentrated mainly in the south and east of England. Your water company can confirm the hardness level for your area.
Do I need to use Calgon or a descaling product?
Not necessarily. If you are using a good quality detergent at the correct dosage for your water hardness, you should not need additional anti-limescale products. Descaling products are useful as a periodic treatment if scale has already built up, but they do not address the cause if the underlying issue is insufficient detergent dosage.
Is hard water harmful to people?
No – the minerals in hard water are not harmful to health. The calcium and magnesium dissolved in hard water are beneficial, and some research suggests a link between hard water consumption and lower rates of cardiovascular disease. The drawback of whole-house water softeners is that they remove these minerals from the drinking water supply.
How to remove stains from clothes
Pre-treat stains before washing normally. Never use hot water on protein stains such as blood, egg, or dairy – heat sets them permanently into the fabric. Treat each stain type differently before putting the garment in the machine. The sooner a stain is treated, the better the result.
These methods are widely published in laundry and household guides. Always test any solvent or treatment on a hidden area of the fabric first. Use at your own risk and follow the garment’s care label at all times. Some solvents are flammable – keep away from heat sources and ensure good ventilation.
All stain treatments below should be carried out before washing normally. Do not rub so vigorously that you damage the fabric fibres – dab and blot rather than scrub wherever possible.
General Rules Before Treating Any Stain
- Protein stains (blood, egg, milk): Always use cold water. Hot water permanently sets protein stains into fabric.
- Metal zips: Avoid soaking for extended periods – prolonged soaking can dissolve the adhesive holding some zip components.
- Hooks, eyes, and buttons: The cotton thread used to attach these may shrink with soaking.
- Do not soak: Wool, flameproof, elasticated, or non-colourfast garments should not be soaked to remove stains.
Stain Removal Guide
Light grass stains should come out through normal washing. For heavier stains, dab with methylated spirit and rinse with water before washing. Do not use methylated spirit on acetate or triacetate fabrics.
Ballpoint pen: Dab with methylated spirit before washing.
Felt tip pen: Dab small marks with methylated spirit before washing.
Fountain pen: Rinse immediately with cold water. Wash white cottons and linens straight away. For any residual stain, rub with lemon juice, cover with salt, and leave for up to an hour – then rinse and repeat until gone. For coloured fabrics, woollens, and silk, sponge with cold water and wash normally.
Place an ice cube in a plastic bag and hold it against the gum to harden it. Once hard, scrape off gently with a blunt knife. Dab with dry-cleaning solvent if available, then wash normally.
Scrape off as much chocolate as possible. Soak the garment in a biological detergent solution (such as Bio-tex or a biological washing powder) dissolved in warm water. Then wash normally according to the care label.
Carefully scrape off as much hardened wax as possible with a blunt knife. Place blotting paper over the remaining stain and iron over it with a warm iron – the wax will transfer to the paper. Repeat with fresh paper until no more wax transfers. Use a small amount of methylated spirit to remove any remaining colour.
Rinse immediately in cold water. For coloured fabrics, sponge with a borax solution (one tablespoon of borax to 500ml of warm water). For white fabrics, sprinkle borax powder onto the dampened stain, stretch the fabric over a basin, and pour boiling water through from a height.
Wipe away as much of the fresh stain as possible. Soak for 5 minutes in a weak ammonia solution (15ml – approximately one tablespoon – to 500ml of water). Rinse thoroughly.
Dab with diluted ammonia (1 part ammonia to 3 parts cold water). Rinse thoroughly with cold water.
Dab the stain with methylated spirit to break down the wax and pigment. Follow with soap and water, then rinse thoroughly before washing normally.
Dab with a non-oily nail varnish remover. On acetate or triacetate fabrics, use amyl acetate instead of standard remover – standard acetone-based removers will dissolve these fabrics. For heavy spills, professional dry cleaning is recommended.
Moisten the stain with turpentine and allow to soak for 10 minutes. Follow with white spirit or benzine, then rinse thoroughly in cold water before washing normally. Ensure good ventilation when using these solvents.
Oil-based paint: Dab fresh stains with white spirit, then sponge with cold water. Dried oil-based paint will require professional dry cleaning.
Emulsion paint: Sponge fresh stains immediately with cold water. Once emulsion paint has dried it cannot be removed from fabric.
Related Guides
Which Is the Best Type of Washing Machine Detergent?Powder, liquid, or capsule – which works best for stain removal and everyday washing.
Do Biological Detergents Damage Laundry?What biological enzymes do and whether they are safe for all fabric types.
White Streaks on Laundry After WashingCauses of white powder or detergent residue left on clothing after a wash cycle.
Holes in Clothes After WashingWhy fabric damage sometimes occurs in the washing machine and what causes it.
Frequently Asked Questions
Why should you never use hot water on protein stains?
Heat causes proteins to coagulate and bond with fabric fibres, permanently setting the stain. Blood, egg, milk, and similar protein-based stains must always be treated with cold water first. Once hot water has been applied to a protein stain, it becomes very difficult or impossible to remove.
Is methylated spirit safe to use on all fabrics?
No. Methylated spirit should not be used on acetate or triacetate fabrics, as it can dissolve or damage these materials. Always test on a hidden area of the fabric before treating a visible stain, and check the garment’s care label for fabric content.
Can you soak wool or flameproof garments to remove stains?
No. Wool should not be soaked – it can shrink, felt, or lose its shape. Flameproof garments should not be soaked as this can affect the flame-resistant treatment. Elasticated and non-colourfast items should also not be soaked. For these fabric types, spot treatment and gentle sponging is the safer approach.
What should I do if emulsion paint dries on clothing?
Unfortunately, dried emulsion paint cannot be removed from fabric. The only option once it has dried is to accept the stain or professionally assess whether any treatment is possible. Emulsion paint must be sponged with cold water immediately while still wet – acting quickly is the only effective approach.
Is nail varnish remover safe on all fabrics?
No. Standard nail varnish removers contain acetone, which will dissolve acetate and triacetate fabrics. On these materials, use amyl acetate instead. For heavy spills on any delicate fabric, professional dry cleaning is the safer option.
Clothes come out of washing machine hot
Laundry should always come out of the washing machine cold – the final rinse cycles use cold water. If clothes are coming out hot or noticeably warm, the most likely cause is that the cold water inlet hose is connected to the hot water tap instead of the cold. This is more common than it sounds and is sometimes not discovered for months or years.
A washing machine rinses with cold water in the final stages of every cycle. Laundry coming out genuinely hot – rather than just slightly warm – is always a sign that something is wrong with the water supply connection.
What Temperature Should Laundry Be Coming Out?
Clothes coming out of the washing machine should feel cold because they have been rinsed multiple times in unheated cold water. The exact temperature varies with the seasons – in winter the cold water supply is colder, so laundry will feel noticeably cold and wetter. In summer, the cold supply is warmer, so laundry may feel closer to room temperature and appear drier, but it should never feel genuinely warm or hot.
Normal: Cold or coolClothes feel cold to the touch after the final spin. In summer they may feel closer to room temperature. This is correct behaviour.
Problem: Warm or hotClothes feel noticeably warm or hot after the cycle. The rinse water has been heated – this should not happen and indicates a connection fault.
Why Clothes Come Out Hot: The Most Common Cause
If laundry is coming out hot, the cold water inlet hose is almost certainly connected to the hot tap rather than the cold. Most modern washing machines are cold fill only – they take in cold water and heat it themselves when needed. If the inlet hose is accidentally plumbed to the hot supply, every fill and rinse uses hot water, including the final cold rinses that are supposed to cool the laundry down.
This fault is more common than it appears. In some cases households use the machine for an extended period without realising the connection is wrong – particularly if the previous plumber or installer made the mistake and no one has checked since. The symptoms are often written off as the machine running hot, rather than being investigated as a plumbing fault.
Rinsing in hot water wastes significant energy, damages certain fabrics and dyes, causes laundry to come out badly creased, and over time can affect the machine’s internal components and seals. It should be corrected as soon as it is identified.
Why It Is Not Always Obvious From Looking at the Hoses
The hose connections may appear correct at first glance – hot tap on the left, cold on the right, matching the colour coding on the hoses. But in some installations the taps themselves are in the wrong position, or the pipes behind the wall are crossed, so the tap labelled cold is actually delivering hot water. The only reliable check is to turn the cold tap on with the machine disconnected and confirm that cold water flows out before reconnecting.
For a full explanation of how to check the connection and all the other possible causes of hot or creased laundry, see our guides on laundry coming out badly creased and misconnected washing machines.
Is the Laundry Just Warm Rather Than Hot?
If the laundry is slightly warm but not hot, this is usually normal and does not indicate a fault. Some warmth after a full wash cycle – particularly at higher temperatures – can persist into the final spin. See our guide on should the washing come out warm or cold? for a clear explanation of what is and is not normal.
Need Help With Installation or a Fault?
If the connection has been corrected but laundry is still coming out hot, there may be an internal fault with the machine’s temperature control system.
Related Guides
Misconnected Washing MachineHow to check whether a washing machine has been connected to the wrong water supply – and how to correct it.
Laundry Coming Out Badly CreasedDetailed guidance on all the causes of creased laundry after washing – including hot water connection faults.
Should the Washing Come Out Warm or Cold?What temperature laundry should be after a cycle – and what is and is not a cause for concern.
How to Connect a Washing Machine ProperlyA complete guide to connecting inlet and drain hoses correctly, including standpipe height requirements.
Frequently Asked Questions
Why are my clothes coming out of the washing machine hot?
The most likely cause is that the cold water inlet hose is connected to the hot tap instead of the cold. Modern washing machines are cold fill only and use cold water for rinsing. If the cold supply is actually hot water, every rinse cycle delivers hot water, and laundry comes out warm or hot rather than cold.
The hoses look correctly connected – how can it still be a plumbing fault?
The taps may be labelled correctly and the hoses colour-coded correctly, but the underlying pipework can still be crossed – meaning the cold tap delivers hot water and vice versa. The only reliable check is to disconnect the cold inlet hose, open the cold tap, and confirm that cold water flows from it before reconnecting.
Is warm laundry always a problem?
Slightly warm laundry after a high-temperature wash cycle is normal – some residual warmth can persist into the final spin. Genuinely hot laundry, or laundry that consistently comes out warm on all programmes, indicates the rinse water is being supplied warm or hot rather than cold. See our guide on whether washing should come out warm or cold for more detail.
What damage can rinsing in hot water cause?
Hot rinse water wastes significant energy, damages heat-sensitive fabrics and colour dyes, causes laundry to come out badly creased, and can over time affect internal rubber seals, hoses, and other components not designed to handle continuously hot water. It should be corrected promptly.
Washing not getting clean in washing machine
Most cases of poor wash results are caused by user factors rather than machine faults – overloading, insufficient detergent, the wrong programme, or the wrong detergent type. Actual machine faults that cause poor cleaning while the cycle appears to complete normally are uncommon, but do occur. Work through the user factors first before concluding the machine is at fault.
When laundry comes out dirty, marked, or poorly rinsed, the washing machine is the obvious suspect. But in the majority of cases the machine is working correctly and the cause lies elsewhere. Eliminating the user factors below takes minutes and may resolve the problem immediately.
Possible Machine Faults Causing Poor Wash Results
There are relatively few washing machine faults that allow the cycle to complete apparently normally while producing poor results. These are the main ones to check if user factors have been eliminated.
Machine heavily contaminated internally
A significant build-up of grease, black mould, or slime inside the drum and drum seal can deposit marks on laundry during the wash cycle. If laundry is coming out with greasy or dark marks that were not present before washing, the machine itself may be the source. See our guide on grease, slime, and black mould inside washing machines.
Drum not turning
If the drum is stationary or barely moving during the wash cycle, laundry will not be agitated and cleaning will be very poor. A drum that is not turning visibly during wash is a clear sign of a belt or motor fault. See our guide on washing machine drum not turning.
Heater not working
Some machines will continue to wash and complete the cycle normally even if the heating element has failed – without displaying an error code. The wash runs at cold temperature, producing noticeably poorer results, particularly on heavily soiled items. See our guide on washing machine not heating up water.
Partial drain blockage affecting rinsing
A partial blockage in the pump or filter may allow the machine to drain slowly enough to appear complete, while leaving enough dirty water to compromise the rinse cycles. Laundry comes out feeling soapy or with residue. See our guide on washing machine not draining properly.
User Factors: Check These Before Assuming a Machine Fault
Overloading the drum
A full drum prevents laundry from moving freely against itself and from circulating through the detergent solution. Cleaning depends on physical agitation and contact – an overloaded machine cannot provide this. See our guide on how to load a washing machine correctly.
Insufficient or poor quality detergent
Using too little detergent is one of the most common causes of poor results – particularly in hard water areas where the water itself works against the detergent. Use good quality detergent at the dose recommended on the packet for the soiling level and water hardness.
Using the wrong programme
Quick wash and economy programmes use lower temperatures and shorter cycle times – they are designed for lightly soiled or fresh laundry only. Using them for dirty clothes will produce poor results. For genuinely dirty laundry, a full cotton programme at the appropriate temperature is needed. See our guide on washing at 30 degrees – what you need to know.
Option buttons reducing water or temperature
Economy or water-saving options reduce cleaning effectiveness and are designed for light soiling and smaller loads – not for a full drum of dirty laundry. Read the instruction manual to understand what each option does before using it. Related guide: washing machines not rinsing properly.
Using the wrong type of detergent
Biological detergent works best at lower temperatures – its enzymes are deactivated by heat – but needs adequate cycle time. Non-biological detergent is less effective at low temperatures. Liquid and colour-safe detergents contain no bleaching agents, so whites washed exclusively in these will gradually turn grey. See our guide on choosing the right type of detergent.
Detergent in the wrong compartment
If powder or liquid is placed in the pre-wash or fabric softener compartment rather than the main wash compartment, it is released at the wrong point in the cycle – either too early or only on the rinse. This also exposes the heating element to limescale build-up if the detergent that normally inhibits it is absent at the correct stage. See our guide on soap dispenser or drum: where to put the detergent.
What If the Machine Is Simply Not Very Good at Washing?
Independent testing has found meaningful variation in washing performance between different washing machine models and brands. Some machines genuinely wash significantly better than others, even at equivalent price points. If all user factors have been checked and the machine is working mechanically – completing cycles at normal speed with no error codes, heating the water, and draining properly – but results are still poor, the machine itself may simply perform below average.
This is particularly likely when switching from one machine to another. A previous machine may have produced better results not because of any user error, but because it washed more effectively.
Which? carries out standardised washing performance testing across a wide range of machines (full results require a subscription). This kind of comparative data is the most useful guide when considering whether a machine is genuinely underperforming.
Need a Repair or Diagnosis?
If machine faults rather than user factors appear to be the cause, an engineer visit may be needed to confirm whether the heater, pump, or drum mechanism is at fault.
Related Guides
Which Is the Best Type of Washing Machine Detergent?Powder, liquid, biological, non-biological – which works best and when to use each type.
White Streaks on Laundry After WashingCauses of white residue or powder left on clothing – including detergent and rinsing issues.
Grease Marks on Clothes After WashingWhy greasy marks sometimes appear on laundry after washing – and whether the machine or detergent is the cause.
How to Load a Washing Machine CorrectlyCorrect loading technique for the best cleaning results and avoiding out-of-balance spin loads.
Frequently Asked Questions
Why is my washing machine not cleaning clothes properly?
The most common causes are user factors: overloading the drum, using too little or poor quality detergent, selecting an inappropriate programme (such as a quick wash for heavily soiled items), or using the wrong type of detergent for the wash temperature. Machine faults that affect cleaning while the cycle appears normal include a failed heater, a drum that is not turning, or internal contamination depositing marks on laundry.
Could the heater not working cause poor wash results?
Yes. Some machines continue the wash cycle at cold water temperature without displaying an error code if the heating element fails. The cycle completes in normal time but produces noticeably poor results, particularly on greasy or heavily soiled items. If results have suddenly deteriorated without any other obvious change, the heater is worth checking.
My new machine doesn’t wash as well as my old one – is something wrong?
Not necessarily a fault, but possibly genuine underperformance. Independent testing has found significant variation in washing performance between machines. It is also worth checking whether anything else has changed – detergent brand, dosage, programme selection, or load type. If all these match the previous routine and results are still worse, the machine may simply be a less effective washer than the previous one.
Can overloading really cause poor wash results?
Yes, significantly. Laundry needs room to move freely through the wash water, and items need to rub against each other for mechanical cleaning action. An overloaded drum prevents this movement. Detergent also needs space to dissolve and circulate. An overloaded machine may appear to wash normally but produces measurably worse cleaning results.