Category Articles: Cooker Services

Appliance Repair in Mombasa

Mombasa and Nairobi Kenya Appliance Repair For all Brands

Appliance Repair in Mombasa : Mombasa and Nairobi Kenya’s premier appliance repair services for Washing Machine Repair, Cooker Repair, Ovens, Dishwasher Repair, Tumble Dryer Repair, Oven Repair, Fridge, Refrigerator, Air conditioners, cooling systems and cold room installation, repair and maintenance.

Get parts and spares at the best rates in Mombasa and Nairobi Kenya , and Nairobi Kenya. With over 10 years experience in the market, you can never gowrong with us. Looking for Appliance Repair Services “Near Me” ? if you find yourself here, make a point to call 0725414578, inquire about how we can help with your appliance. You sure will be impressed by our assistance. We work Fix residential home appliances, appliances in Hotels, Schools and businesses in Mombasa and Nairobi Counties.

Top Appliance Repair Services in Mombasa and Nairobi Kenya

Mombasa’s premier appliance repair services for Washing Machine Repair, Cooker Repair, Ovens, Dishwasher Repair, Tumble Dryer Repair, Oven Repair, Fridge, Refrigerator, Air conditioners, cooling systems and cold room installation, repair and maintenance. Get parts and spares at the best rates in Mombasa, and Nairobi Kenya.
With over 10 years experience in the market, you can never gowrong with us. Looking for Appliance Repair Services “Near Me“ ? if you find yourself here, make a point to call 0725414578, inquire about how we can help with your appliance. You sure will be impressed by our assistance. We work Fix residential home appliances, appliances in Hotels, Schools and businesses in Mombasa and Nairobi Counties.

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1. WASHING MACHINE REPAIR IN Mombasa and Nairobi Kenya

Washing Machine Repair in Mombasa, Washing Machine Parts and spares, Washing Machine installation, Washing Machine Maintenance Services. Repair services for all washer brands including Bosch, Samsung, LG, Whirlpool, Mika, Miele and more, in Mombasa County and Nairobi Kenya

2. FRIDGE REPAIR IN Mombasa and Nairobi Kenya

Refrigerator Repair in Mombasa, Refrigerator Parts and spares, Refrigerator installation, Refrigerator Maintenance Services. Defrosting, Gas Refilling / Refrigerant Recharging, Repair services for all Fridge brands including Bosch, Samsung, LG, Whirlpool, Mika, Miele and more, in Mombasa County and Nairobi Kenya.

3. WATER DISPENSER REPAIR IN Mombasa and Nairobi Kenya

Water Dispenser Repair Services in Mombasa, Water Dispenser parts and spairs, Water dispenser services and maintenance, water dispenser problem diagnosis : Leaking, Smelly water, not heating, not cooling, dispenser refrigerant, dispenser taps and coils replacement in Mombasa Kenya. Call Mombasa Appliances Repair on 0725414579 for the best water dispenser repair and appliance repair services.

4. COOKER REPAIR IN Mombasa and Nairobi Kenya

Cooker Repair and Oven Repair in Mombasa, Microwave Oven Parts and spares, Inbuilt Oven installation, Electric Oven Maintenance Services. Repair services for all Ovens and Cooker brands including Kitchenaid, Bosch, Samsung, LG, Whirlpool, Mika, Miele and more, in Mombasa County and Nairobi Kenya

5. DISHWASHER REPAIR IN Mombasa and Nairobi Kenya

Dishwasher Repair in Mombasa, Dishwasher Parts and spares like motors, valves and sensors, Dishwasher installation, Refrigerator Maintenance Services. Dishwasher Services, Repair services for all Dishwasher brands including Bosch, Samsung, LG, Whirlpool, Mika, Miele and more, in Mombasa County

6. AIR CONDITIONER REPAIR IN Mombasa and Nairobi Kenya

Air Conditioner Repair in Mombasa, Air Conditioner Parts and spares, Inbuilt Air Conditioner installation, Air Conditioner Maintenance Services. Repair services for all Air Conditioner types for homes, hotels, schools, offices, warehouses, stores,  and more, in Mombasa County and Nairobi Kenya

7. COOLING SYSTEMS & REFRIGERATION REPAIR IN Mombasa and Nairobi Kenya

Cooling systems and refrigeration engineers and services in Mombasa. Cold Rooms, Shopping Mall Freezers, and refrigeration. Installation, maintenancee, repairs, parts and spares, accessories in Mombasa Kenya. Call Mombasa Appliances for inquiries and services, get a cooling systems engineer at your service

8. COLDROOM REPAIR IN Mombasa and Nairobi Kenya

Coldroom Installation, Cooldroom Maintenance, Coldroom parts, coldroom repair, coldroom services in Mombasa and Nairobi, Kenya.

9. OVEN REPAIR IN Mombasa and Nairobi Kenya

Oven Repair in Mombasa, Microwave Oven Parts and spares, Inbuilt Oven installation, Electric Oven Maintenance Services. Repair services for all Ovens and Cooker brands including Kitchenaid, Bosch, Samsung, LG, Whirlpool, Mika, Miele and more, in Mombasa County and Nairobi Kenya

Cooker Repair and Oven Repair in Mombasa, Microwave Oven Parts and spares, Inbuilt Oven installation, Electric Oven Maintenance Services. Repair services for all Ovens and Cooker brands including Kitchenaid, Bosch, Samsung, LG, Whirlpool, Mika, Miele and more, in Mombasa County and Nairobi Kenya

 

CALL US FOR APPLIANCE REPAIR SERVICES IN MOMBASA AND NAIROBI KENYA

Call Mombasa Appliances Repair for Washing Machine Repair, Cooker Repair, Oven Repair, Refrigerator Repair, Dryer Repair, Water Dispenser Repair, Air Conditioner Repair, Cooling Systems, Cold Rooms, Microwave Oven Repair, Dishwasher Repair and more. Have you been looking for the best appliances Repair “Near Me” to get here ? Welcome home. Here, you can find the best appliance repair and maintenance technicians and engineers at your service on call. Dial 0725414578 to Inquire and request about our appliances installation, repair, maintenance and repair services. The Best Appliance Repair Services in Mombasa for all appliance brands and models

Coldrooms Installation & Repairs

Mombasa Appliances Repair Cold Rooms

We need cold rooms to store perishable products, especially food, for a long time. Choosing the right equipment is very important for cold rooms. Mombasa Appliances Repair provides customized cold rooms according to customer requests and needs.

Adjustable dimensions.
Easy installation and assembly.
80 mm – 150 mm panel thickness options.
42 kg/m³ density polyurethane insulation.
Internal and external surface designed in accordance to hygiene standards.
Can be used health and food sector.
Advanced temperature management.
Ecological and sustainable choice.
Walk-In Chiller (Chiller Room) and Walk-In Freezer (Freezer Room) options.

Mombasa Appliances Repair Cold Room Solutions
We are specialists in the design and installation of chiller room and freezer rooms. Our experts are available to guide you through each stage of the process from the initial consultation through to the design and then the final installation. This ensures that the cold room you have specified meets with your expectations and requirements.

Walk-in Freezer – Freezer Room
Frozen products should be stored in freezer room in order to keep them intact for a long time. The temperature of these rooms is generally -18°C. It is called Walk-in Freezer or Freezer Room.

Temperature : -18°C / -20°C

Suitability : Frozen Foods, Meat, Chicken, Fish, Ice Cream etc.

Dimensions : Custom sizes according to customer requests.

Panels : PUR or PIR

Walk-in Chiller – Chiller Room
In order for the products to preserve their freshness for a long time, they should be stored in a chiller room. The temperature of chiller rooms is usually + 2°C. It is called Walk-in Chiller or Chiller Room.

Temperature : +2°C

Suitability : Fruits, Vegetables, Legumes, Milk, Dairy, Fruit Juices etc.

Dimensions : Custom sizes according to customer requests.

Panels : PUR or PIR

 

Walk-in Blast Freezer – Blast Freezer Room
It is used for shocking to preserve foods for a longer period of time. The temperature of the blast freezer rooms is generally -40°C. It is especially used for perishable foods. Meat, chicken, fish etc. It is called Walk-in Blast Freezer or Blast Freezer Room.

Temperature : -40°C

Suitability : Meat, Chicken, Fish etc.

Dimensions : Custom sizes according to customer requests.

Panels : PUR or PIR

Design & Consultation
At Mombasa Appliances Repair Services, we consider the needs of the customer to be of the highest importance and we aim to provide guidance to customers from the early stages of planning and will continue to work closely with you throughout the design process to make sure you achieve a satisfactory end result. We offer an initial consultation, with design advice, CAD drawings and a full quotation as part of the project package.

 

Cold Room Refrigeration Units
Produced in conformity with cold room and freezer room conditions.It conforms to European Union norms and manufactured with CE marking.

Cold Room Doors
Door preference is very important for cold rooms. We are here to suggest the most suitable door to you based on customer needs and room features.

Door Types:

• Hinged Cold Room Doors
• Sliding Cold Room Doors
• Service Doors
• Monorail Doors
• Controlled Atmosphere Doors

Our products are produced in conformity with cold room (walk in chiller)and freezer room (walk in freezer) conditions.It conforms to European Union norms and manufactured with CE marking.

Cold Room Panels
Cold room panels are made of 42 kg/m³ (± 2) Polyurethane. They have also a B2 non-flammable standard under TS EN 13501-1. Panels are connected in a puzzle form. Afterwards they can also be demounted. Wall and ceiling cold room panels are produced in different thicknesses (60 mm, 80 mm, 100 mm, 120 mm, 150 mm, 180 mm, 200 mm). They are 100-120 cm wide and can be manufactured according to your instructions optional long. With the purpose of use, wall and ceiling panel steel sheets can be manufactured with Cr-Ni, PVC, Galvanize and Polyester. Cold room panels are smooth, hygienic and are easily cleanable. As they are hygienic, they are commonly used in hospitals, in grocery storehouses and in medicament branches. Panels prevent the heat loss with its individual design and accessories.

* Optionally, It can be produced as camlock cold room panel.

 

Cold Room Shelves
Ventilation Efficiency Over 85%
Air flow; cooling, heating, dust, bacteria, removal, drying can easily perform tasks such as. It is the most suitable system especially in cold rooms.

Can See All Products
All rack products can be easily observed. Because the light of the environment does not interfere, the light is illuminated.

More Effective in Fire Extinguishing Systems
Existing fire systems in the neighborhood (CO2, springs, etc.) can interfere with the fire more effectively and timely.

 

Cold Room Accessories
We supply all necessary equipment for cold rooms.

PVC Curtain
Led Lighting Systems
Pressure Compensating Valve
Cold Room Accessories (U,interior,exterior, hygenic and ceiling accessories etc.)
Environmentally Friendly
Certified Products
Does not contain carcinogenic material
Can be used in health and food sector

 

 

Heating and Cooling System Basics

 

 

Most of us take heating and cooling for granted. We expect our heating systems to keep us warm during the winter, and we depend on air-conditioning to keep us cool during the summer.

When the house is cold in winter or hot in summer, the natural reaction is to call for professional service. Fortunately, there is an alternative. You can cut service costs drastically and keep your heating and cooling systems working efficiently by doing some maintenance and quick fixes yourself. But first, it’s important to know how the basics of how heating and cooling systems function.

 

How Heating and Cooling Systems Work
All climate-control devices or systems have three basic components: a source of warmed or cooled air, a means of distributing the air to the rooms being heated or cooled, and a control used to regulate the system (e.g., thermostat). The sources of warm air, such as a furnace, and cool air, such as an air conditioner, in a house often use the same distribution and control systems. If your house has central air conditioning, cool air probably flows through the same ducts that heat does and is regulated by the same thermostat. When a heating or cooling system malfunctions, any of these three basic components may be causing the problem.

Both heating and air conditioning work on the principle that heat always moves from a warm object to a cooler one, just as water flows from a higher to a lower level. Furnaces and heaters put heat into the air to make your home warmer; air conditioners remove heat to make your home cooler.

All heating and cooling units burn fuel. Air conditioners use electricity. Most home heating systems use gas or fuel oil; other systems use electricity. The heat pump — an electrically powered climate control unit — both heats and cools air. In summer it extracts heat from the air inside your home. In winter it pulls heat from the air outside and uses this heat to warm the air inside.

When the furnace is turned on, it consumes the fuel that powers it, whether it be gas, oil, or electricity. As fuel is burned, heat is produced and channeled to the living areas of your home through ducts, pipes, or wires and then is blown out of registers, radiators, or heating panels. Older systems use the heat they produce to heat water, which in turn heats the air in your home. These systems use a boiler to store and heat the water supply, which is then circulated as hot water through pipes embedded in the wall, floor, or ceiling.

When an air conditioner is turned on, electrical power is used to cool a gas in a coil to its liquid state. Warm air in your home is cooled by contact with the cooling coil, and this cooled air is channeled to the rooms of your home through ducts and out registers or — in the case of room air conditioners — directly from the unit itself.

In the next section, we’ll review the different distribution systems used for heating and cooling the home.

 

Heating and Cooling Distribution Systems

 

Once air is warmed or cooled at the heat/cold source, it must be distributed to the various rooms of your home. This can be accomplished with the forced-air, gravity, or radiant systems explained below.

Forced-Air Systems
A forced-air system distributes the heat produced by the furnace or the coolness produced by a central air conditioner through an electrically powered fan, called a blower, which forces the air through a system of metal ducts to the rooms in your home. As the warm air from the furnace flows into the rooms, colder air in the rooms flows down through another set of ducts, called the cold air return system, to the furnace to be warmed. This system is adjustable: You can increase or decrease the amount of air flowing through your home. Central air conditioning systems use the same forced-air system, including the blower, to distribute cool air to the rooms and to bring warmer air back to be cooled.

Problems with forced-air systems usually involve blower malfunctions. The blower may also be noisy, and it adds the cost of electrical power to the cost of furnace fuel. But because it employs a blower, a forced-air system is an effective way to channel airborne heat or cool air throughout a house.

Gravity Systems
Gravity systems are based on the principle that hot air rises and cold air sinks. Gravity systems, therefore, cannot be used to distribute cool air from an air conditioner. In a gravity system, the furnace is located near or below the floor. The warmed air rises and flows through ducts to registers in the floor throughout the house. If the furnace is located on the main floor of the house, the heat registers are usually positioned high on the walls because the registers must always be higher than the furnace. The warmed air rises toward the ceiling. As the air cools, it sinks, enters the return air ducts, and flows back to the furnace to be reheated.

 

 

Another basic distribution system for heating is the radiant system. The heat source is usually hot water, which is heated by the furnace and circulated through pipes embedded in the wall, floor, or ceiling.

Radiant Systems
Radiant systems function by warming the walls, floors, or ceilings of rooms or, more commonly, by warming radiators in the rooms. These objects then warm the air in the room. Some systems use electric heating panels to generate heat, which is radiated into rooms. Like gravity wall heaters, these panels are usually installed in warm climates or where electricity is relatively inexpensive. Radiant systems cannot be used to distribute cool air from an air conditioner.

Radiators and convectors, the most common means of radiant heat distribution in older homes, are used with hot water heating systems. These systems may depend on gravity or on a circulator pump to circulate heated water from the boiler to the radiators or convectors. A system that uses a pump, or circulator, is called a hydronic system.

 

Modern radiant heating systems are often built into houses constructed on a concrete slab foundation. A network of hot water pipes is laid under the surface of the concrete slab. When the concrete is warmed by the pipes, it warms the air that contacts the floor surface. The slab need not get very hot; it will eventually contact and heat the air throughout the house.

Radiant systems — especially when they depend on gravity — are prone to several problems. The pipes used to distribute the heated water can become clogged with mineral deposits or become slanted at the wrong angle. The boiler in which water is heated at the heat source may also malfunction. Hot water systems are seldom installed in new homes.

In the next section, learn how the thermostat and other controls are used to maintain the indoor climate created by your heating and cooling systems.

Controls for Heating and Cooling Systems
The thermostat, a heat-sensitive switch, is the basic control that regulates the temperature of your home.

It responds to changes in the temperature of the air where it is located and turns the furnace or air conditioner on or off as needed to maintain the temperature at a set level, called the set point. The key component of the thermostat is a bimetallic element that expands or contracts as the temperature increases or decreases in a house.

Older thermostats have two exposed contacts. As the temperature drops, a bimetallic strip bends, making first one electrical contact and then another. The system is fully activated when the second contact closes, turning on the heating system and the anticipator on the thermostat. The anticipator heats the bimetallic element, causing it to bend and break the second electrical contact. The first contact is not yet broken, however, and the heater keeps running until the temperature rises above the setting on the thermostat.

More modern thermostats have coiled bimetallic strip elements, and the contacts are sealed behind glass to protect them from dirt. As the temperature drops, the bimetallic elements start to uncoil. The force exerted by the uncoiling of the elements separates a stationary steel bar from a magnet at the end of the coil. The magnet comes down close to the glass-enclosed contact, pulls up on the contact arm inside the tube, and causes the contacts to close, completing the electrical circuit and turning on the heater and the anticipator. As the air in the room heats up, the coil starts to rewind and breaks the hold of the magnet on the contact arm. The arm drops, breaks the circuit, and turns off the system. As this point, the magnet moves back up to the stationary bar, keeping the contacts open and the heater turned off until the room cools down again.

The latest heat and air-conditioning controls use solid-state electronics for controlling the air temperature. They are typically more accurate and more responsive than older systems. However, repair to solid-state controls usually means replacement.

Understanding how the heating and cooling systems function in your home will help you head off problems before they become too serious.

 

Cooker and Oven Repair

Cooker and Oven Repair

Cooker and Oven Repair – Gas and electric ranges and ovens operate fairly simply, and they’re usually easy to repair, mainly because the components are designed for quick disassembly.

Most of the malfunctions that affect gas ranges involve the supply and ignition of gas in the burners and the oven. Most malfunctions that affect electric ranges and ovens involve faulty heating elements. In this article, we’ll discuss how the main parts should work on gas and electric ranges and ovens and how to service them regularly to avoid larger, more expensive problems.

The first step is taking a peek inside to assess the problem.Caution: Before doing any work on a gas range or oven, make sure it’s unplugged, or turn off the electric power to the unit by removing a fuse or tripping a circuit breaker at the main entrance panel or at a separate panel. If there is a grounding wire to the range, disconnect it. Also close the gas supply valve to shut off the unit’s gas supply.

 

How to Repair a Microwave Oven

 

Microwave ovens operate much like Microwaves. However, a Microwave oven is more complex and is typically more expensive to purchase. The higher cost means that repairs are easier to justify. You will probably think twice before tossing a $75 Microwave oven into the recycle bin.

And because Microwave ovens are less compact, they are often easier to work on than pop-up Microwaves. Some Microwave ovens simply toast bread and related food products horizontally rather than vertically as with pop-up Microwaves. Other Microwave ovens are actually miniature ovens.

The differences are identified by the wattage used — broilers require more watts of electrical power to operate — and by the controls. Some Microwave ovens allow you to bake and broil foods, offering precise temperature and function control.

How Microwave Ovens Work

To operate a Microwave oven, controls are set, the door is opened, food is placed on a tray, and the door is closed. If set for toasting, a Microwave thermostat operates the upper and lower heating elements as selected by the color controller.

If set for baking or broiling, the baking thermostat operates the heating elements as selected by the temperature controller and possibly by a timing mechanism. There are a variety of Microwave oven models, each with its own features. However, most operate in the same manner and can be diagnosed and repaired by applying the suggestions that follow.

How to Repair a Microwave Oven / Cooker

Typical Microwave oven repairs include servicing the main switch, the thermal fuse, the heating element, and the solenoid.

Servicing the Main Switch: The Microwave oven’s main switch is an important operating part, one that gets extensive use and is a frequent culprit when things go wrong. In many cases, all that’s required is cleaning the switch. In others, the switch must be replaced. To access and replace the main switch:

Step 1: Remove the side panel and, if necessary, the power cord.

Step 2: Check the contact points for pitting or discoloration.

If they are not making good contact, carefully rub them with very fine sandpaper, then clean them with an electrical

contact cleaner spray or isopropyl alcohol on the end of a cotton swab. Be careful not to bend the contact leaves out of alignment.

Step 3: If the contacts are fused or the leaves broken, remove and replace the main switch. Main switches are fastened to the chassis with clips, screws, or rivets.

Servicing the Thermal Fuse: A thermal fuse protects the Microwave oven’s main switch from damage caused by an electrical overload. If the main switch doesn’t work, check the thermal fuse using a continuity tester or multitester. The thermal fuse should show continuity rather than an open circuit. If defective, remove and replace the thermal fuse with one of identical rating. In most models, this means cutting the fuse leads or wires and replacing the fuse unit.

Some Microwave ovens use a bimetallic thermostat or thermal cutout to protect the adjacent main switch from damage. Inspect the thermal cutout for debris, distortion, or discoloration. Clean debris away with a can of compressed air. As needed, clean the contact points with emery paper.

Servicing Heating Elements: A heating element is vital to your Microwave oven. It may only be on for a few minutes to toast bread, or, in the case of a baking/broiling unit, it may be on for an hour or more at a time. A heating element is simply a high resistance wire that glows as electricity flows through it. Heating elements, then, are easy to test. Here’s how:

Step 1: Determine whether or not there is a clear path for electric current by touching a continuity tester or multitester probe to each end of the element.

Step 2: If there is no clear path, remove the heating element. Removing an element may be as easy as unscrewing both ends and any support brackets; however, it may also require that rivets be removed and replaced. Your decision to replace a defective element will then depend on how easy it is to remove as well as the value of the Microwave oven.

Step 3: Once the heating element has been removed, replace it with one of identical rating and structure. Be very careful not to distort the shape of the new element as it is installed. Element wires are fragile and can be damaged easily. Higher-wattage elements are of thicker wire, much like the element in your conventional oven.

Servicing a Solenoid: The solenoid turns the electric current to the heating elements on and off. If the heating elements stay on longer than they should and burn your food, or if opening the appliance door turns them off, the solenoid may be defective. To test and replace a solenoid:

Step 1: Look at the unit for visible damage and smell the area around the solenoid for obvious damage to components.

Step 2: Use a continuity tester or multitester to verify your findings.

Step 3: Replace the solenoid. In some units, this is easy. Simply unscrew the brackets and remove the unit. If replacing the unit requires cutting or desoldering, take the unit to an appliance-repair shop for service.

Mmm…what would go great with that hot buttered slice of toast? A hot cup of coffee, of course. So what do you do when your coffee maker is no longer cooperating with your morning routine? See the next page for suggestions.

 

COVERAGE LOCATIONS FOR REPAIR SERVICES IN MOMBASA & NAIROBI

St Michael RdArea 546487Adams ArcadeJKIA airportAmboseli Lavingtonathi river areaayany estatebalozi estatebarton estateBomas of KenyaBrookhouseBrooksideBuruburu centerchai roadChiromoDagorettiDeloitteDennis PrittDennis Pritt RoadDonholmDouble Tree EstateeastleighBanana Hilleastleigh Nairobiembul bulembulbulestateFedha EstateGachieGaleriaGalot EstateGardengarden cityFive Star MeadowsGigirigitangaGithungurigithuraiGithurai 44GreenspanGroganville EstateGwengwa GardensHamza Estateforest roadHighridgeHighriseHilton hotelHurlinghamImara DaimaJerusalem EstateIndustrial areaIsinyaJacaranda Estatejames gichuru roadJamhuri EstateJKIAJogoo RoadJujajuja roadjunctionk southKabasiran LaneKabeteKabiriakahawakahawa sukariKahawa WendaniKahawa WestkalimoniKoma RockkitisuruKinoo 87KiserianKinookitengelaKanjeruKangemiKarbasiran LaneKaren areakaren hardykaren kabwagikariobangikariobangi southKilimaniKileleshwaKimendeKiandakiberaKikuyukaruraKasaranikiambu RdKiambu Areakeraraponkenya israelkenyakayolekenolKawangwareKomarocklad broke groveLand Mawelandmawelangatalangata roadLavington AreaLenanaKariobangi Light IndustryLimuru AreaMakongenimakadaramajengo areamachakos junctionmadarakaMachakosLumumba DriveLower kabeteLoreshoLimuru RoadQuickmart mallmaringoMaruruimatasiaMaziwamiremamlolongoMombasa CityMombasa RoadMountain ViewMuchathaMumwe Oak SchoolMurangamusa gitauMuthaigaMwikiMuthangariMuthigaMwihokomwimutoNairobi CityNairobi Kenyanairobi cbdNairobi SchoolNairobi Southnaivasha roadNakumattnakuruNear MeNew LoreshongaraNgong AreaNgong RoadngumonhcNjirunsaNyarinyayoNyayo EstateObungaOthaya RoadOtiendePanganiPark PlaceParklandsPeponi RoadpipelineQuick MartKiambu Roadrace-courseracecourseRaphta RoadRedhillRegenRiara RoadRiara SpringsRirutaRidgewaysRiversideRosslynRoysambuRuaiRuakaRuiruRundaRunda MhasibuRungirisafari parksandtonsantonSatellitesigiriaSouth CSouth BSouthern BypassSpring ValleystrathmoresyokimauTasiaThigiriThikaThika RoadThogotoThompson EstateThoome estateumoja 1umoja 2trmtwo riversumojaUNEPupper hillUpper kabeteutawalaOuter Ring RoadUthiru vetvihiga roadWaiyaki WayWangigeWanyeWestgateWestlandswoodley estateYaya CenterZambeziZimmermanTappanThermadorTraulsenVikingWelbiltWhirlpoolWolfLennoxRheemTraneRuudYorkLavingtonKarenNgongAthi RiverThikaKiambuLimuruWestlandsEmbakasiNairobiShimo La TewaUtangeBomboluluMiritiniMto PangaBarshebaMshomoroniMajengoKisauniShanzuChangamweMikindaniMagongoGanjoniKibokoniKizingoTudorPort ReitzBamburiMalindiSamburuMariakaniUkundaDianiLikoniMtongweNyaliKongoweaTononokaMtwapaMombasa

BRANDS OF WASHING MACHINE, COOKER, OVEN, DISHWASHER, FRIDGE, WATER DISPENSER, AND APPLIANCES WE FIX IN MOMBASA & NAIROBI

CANDYHPARISTONBAUKNECHTELBAKITCHENAIDNEFFIKEAHOOVERVON HOTPOINTINDESITBRUHMSIEMENSELECTOROLUXGERAMTONSSMEGBEKOARMCOBUSHSANYOHitachiHKCHuaweiInsigniaLoeweMedionLeEcoMotorolaOK.OnePlusPanasonicPhilipsRCAJVCSceptreSharpSkyworthSonyTCLTelefunkenThomsonToshibaVestelVizioNokiaXiaomiEngelNevirTD SystemsHyundaiStrongRealmeOppoMetzAsusAmazonCocotecNilaitBang & OlufsenContinentalEdisonDenverEdenwoodBlueHisenseASKOGrundigDacorElectroluxGaggenauFisher & PaykelDCSEquatorHaierJenn-AirKenmoreHobartHotpointMarvelMaytagMagic ChefNorcoldRoperSub-zeroThermadorTraulsenVikingWelbiltTappanWolfFurnace & HVACAmerican StandardAmanaBryantCarrierColemanGeneral ElectricHeilGoodmanLennoxRheemTraneRuudYorkZanussiMikaMieleFrigidaireKitchenaidWhirlpoolDaewooSamsungBosch RepairLG