In today’s kitchen design, aesthetics and functionality go hand in hand. One appliance that perfectly embodies this balance is the integrated cooker hood. Designed to blend seamlessly with kitchen cabinetry, an integrated cooker hood offers a discreet yet effective solution for ventilation, making it an excellent choice for contemporary homes.
What Does Integrated Cooker Hood Mean?
An integrated cooker hood is a type of kitchen extractor fan that is built into cabinetry or a kitchen unit, making it discreet and seamlessly blending with the kitchen design. Unlike wall-mounted or island hoods, integrated cooker hoods remain mostly hidden when not in use.
What Types of Integrated Cooker Hoods are Available?
Integrated cooker hoods come in various styles, including telescopic, canopy, chimney, and downdraft hoods. The choice depends on your kitchen layout, preferences, and needs.
1. Canopy Cooker Hood
Designed to fit seamlessly into the underside of a kitchen cabinet.
Offers a sleek and discreet appearance.
Provides efficient extraction while maintaining a minimalist look.
Available in ducted or recirculating options.
2. Telescopic Integrated Cooker Hood
Features a pull-out mechanism that extends when in use and retracts when not needed.
Ideal for compact kitchens as it saves space.
Offers strong extraction power while remaining visually unobtrusive.
3. Integrated Cooker Hood 90cm
Suitable for larger cooktops, such as 5 or 6-burner hobs.
Covers a wider cooking area for improved smoke and odor removal.
Often available in stainless steel or black finishes for a modern look.
4. Integrated Cooker Hood 60cm
A standard size for most kitchens and compatible with 4-burner cooktops.
Provides effective extraction without taking up too much space.
Available in ducted and recirculating models, with various filtration options.
5. Black Integrated Cooker Hood
A stylish choice for modern kitchens, complementing black appliances and dark cabinetry.
Available in different types, including canopy, telescopic, and standard integrated hoods.
Offers the same powerful extraction as stainless steel models while adding a bold aesthetic.
Are Integrated Cooker Hoods Any Good?
Yes, integrated cooker hoods are a great option for many kitchens, especially if you prioritize a sleek and space-saving design.
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Hidden Design – Built into a cupboard or unit for a sleek, minimalist look.
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Space-Saving – Ideal for small kitchens where space is limited.
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Ducted or Recirculating Options – Can vent air outside or use carbon filters to recirculate clean air back into the kitchen.
- Pull-Out or Fixed Variants – Some models slide out when needed, while others remain stationary.
Are Integrated Cooker Hoods Noisy When in Operation?
No, integrated cooker hoods are generally quieter than larger extractor hoods like chimney or island models. However, the noise level depends on factors such as the motor power, extraction rate, and installation type (ducted vs. recirculating).
Ducted hoods (venting outside) tend to be quieter because they don’t rely on filters to process air. Recirculating hoods (with carbon filters) can be slightly noisier as they work harder to clean and recirculate air.
Most models have multiple speed settings—higher speeds generate more noise.
Typical Noise Levels:
Quiet models: Around 40-50 dB (similar to a normal conversation).
Standard models: 50-65 dB (comparable to background music or light traffic).
Louder models: 65 dB+ (more noticeable, like a running dishwasher).
How to Reduce Noise:
Choose a ducted model if possible for quieter operation.
Use lower fan speeds when full power isn’t needed.
Look for hoods with noise-reduction features (e.g., insulated motors).
How Do I Choose the Right Size of Integrated Cooker Hood for My Kitchen?
Choosing the right size of integrated cooker hood for your kitchen is essential to ensure effective ventilation while maintaining a sleek, functional design. Here are some key factors to consider when selecting the right size:
1. Match the Size to Your Cooktop
Width: The cooker hood should be at least as wide as your cooktop for optimal extraction.
For a 60cm cooktop, a 60cm integrated hood is ideal.
For a 90cm cooktop, choose a 90cm integrated hood for better coverage.
2. Extraction Power (CFM or m³/h)
The extraction power should suit your cooking style and kitchen size. A higher CFM (Cubic Feet per Minute) or m³/h (Cubic Meters per Hour) means more air is moved, which is helpful for heavy cooking (e.g., frying or grilling).
As a general guideline:
For normal cooking (light to moderate use), choose a hood with around 400-600 m³/h.
For heavy cooking (e.g., large family meals or frequent frying), opt for a model with 600 m³/h or higher.
Can I Use an Integrated Cooker Hood with Both Gas and Electric Cooktops or Induction Hobs?
Yes, you can use an integrated cooker hood with both gas and electric cooktops, but there are some important considerations to keep in mind for each type of cooktop:
For both gas and electric cooktops, you should select a hood with at least 400-600 m³/h of extraction power. For larger, more powerful cooktops or heavy cooking, opt for 600 m³/h or higher.
Check the Size: Ensure the hood is at least as wide as your cooktop for optimal performance.
Airflow Direction: If you're using a gas cooktop, it's best to choose a ducted hood (venting outside) for more effective removal of gases and odors. For electric cooktops, a recirculating hood (with carbon filters) may suffice if ducting is not an option.
How to Clean Integrated Cooker Hoods
Cleaning an integrated cooker hood is important to maintain its efficiency, improve air quality, and extend its lifespan. Here's a step-by-step guide on how to clean different parts of the cooker hood:
1. Turn Off and Unplug the Hood
Before cleaning, always turn off the cooker hood and, if possible, unplug it to ensure safety.
2. Clean the Exterior (Body)
Materials Needed: Soft cloth, mild dish soap, water, vinegar (optional), non-abrasive cleaner.
Steps:
Wipe down the surface using a soft cloth soaked in warm water and mild dish soap.
For stainless steel hoods, use a special stainless steel cleaner or a mixture of vinegar and water (50/50) to shine the surface. Always wipe with the grain of the steel to avoid scratches.
Dry the surface with a clean, dry cloth to avoid water spots.
3. Clean the Filters
There are typically two types of filters: grease filters (metal or aluminum) and carbon filters (in recirculating hoods).
Grease Filters (Metal/Aluminum)
Materials Needed: Warm water, dish soap, a non-abrasive brush or sponge.
Steps:
Remove the grease filter by gently sliding or lifting it out (check the manual for specific instructions).
Soak the filter in warm, soapy water for 15-20 minutes to loosen the grease.
Scrub with a soft brush or sponge to remove any remaining grease.
Rinse thoroughly with warm water and let it dry completely before reattaching it.
If the filter is very greasy, you can use baking soda or a specialized degreaser.
Carbon Filters (Recirculating Hoods)
Materials Needed: New replacement filters (since carbon filters cannot be cleaned, only replaced).
Steps:
Check the manufacturer’s guidelines for the lifespan of the carbon filter (typically every 3-6 months).
Remove and replace the old carbon filter with a new one (make sure it is the correct size).
Do not wash or reuse carbon filters, as their ability to absorb odors and gases decreases over time.
4. Clean the Fan/Blower
Materials Needed: Soft brush, microfiber cloth, vacuum with a brush attachment.
Steps:
Turn off and unplug the unit for safety.
Remove any dust or grease from the fan/blower using a soft brush or vacuum attachment.
Wipe down the blades and surrounding area with a microfiber cloth to ensure there’s no grease buildup that could affect airflow.
5. Clean the Ducting (for Ducted Models)
Materials Needed: Vacuum, long brush (or duct cleaning kit).
Steps:
Disconnect the ducting from the cooker hood if possible.
Vacuum the ducting to remove dust, grease, and debris.
Clean with a duct cleaning brush to remove any buildup, especially if you use the hood often for greasy cooking.
6. Check and Clean the Control Panel
Materials Needed: Soft cloth, mild cleaner, cotton swabs.
Steps:
Wipe the control panel with a soft, damp cloth and mild soap.
For any buttons or knobs, use a cotton swab with a small amount of cleaner to gently clean around them.
How to Install Integrated Cooker Hoods
Installing an integrated cooker hood can be a straightforward task if you follow the proper steps and guidelines. Here’s a step-by-step guide to help you install your integrated cooker hood. If you have purchased Ciarra products, you can view the user manual.
Materials and Tools Needed:
Integrated cooker hood unit
Screws and brackets (usually included with the hood)
Drill
Screwdriver
Measuring tape
Pencil or marker
Level
Ducting (if applicable, for ducted models)
Carbon filters (if applicable, for recirculating models)
Power drill or screwdriver for mounting
Step 1: Prepare the Installation Area
Measure the Installation Height
The recommended installation height for the cooker hood is typically 65–75 cm above a gas cooktop and 55–65 cm above an electric cooktop. Refer to the manufacturer's guidelines for the correct height.
Step 2: Remove the Cooker Hood from Its Box
Carefully unbox the integrated cooker hood and lay it on a soft surface to avoid damage.
Remove any protective film or packaging materials from the unit.
Check the parts list to ensure all components are included (mounting brackets, screws, filters, etc.).
Step 3: Install the Mounting Brackets
Measure and Mark the Position
Use a measuring tape to mark the position where the cooker hood will be mounted. Ensure the markings are level.
Attach the Mounting Brackets
Use a drill to secure the mounting brackets to the wall or inside the cabinetry. The brackets will support the weight of the cooker hood.
Double-check the alignment with a level to ensure the brackets are straight.
Step 4: Attach the Cooker Hood to the Mounting Brackets
Lift the Cooker Hood into place and align it with the mounted brackets.
Secure the Hood using the provided screws to attach it to the brackets. Make sure it’s firmly in place.
Step 5: Electrical Wiring
Connect the Wiring (for hardwired models)
For hardwired models, connect the hood’s electrical wires to the electrical supply (you may need to remove the access cover to expose the wiring terminals). If you’re unsure about electrical work, it’s highly recommended to hire a qualified electrician to ensure safety.
Ensure that the wiring is properly insulated and secured before turning the power back on.
Plug In the Hood (for plug-in models)
If your model uses a standard power plug, simply plug it into a nearby outlet.
Step 6: Install the Filters
Install the Grease Filter
If your cooker hood has a metal grease filter, insert it into its designated slot, making sure it’s secure.
Install the Carbon Filter (for recirculating models)
For recirculating models, insert the carbon filter into the designated area to help filter odors.
Step 7: Test the Cooker Hood
Turn On the Hood
Switch on the power and test the cooker hood to ensure it’s working correctly. Check the fan speed, lighting, and noise levels.
Check for Leaks (for ducted models)
Make sure the ducting is properly sealed and there are no air leaks. Check the airflow from the external vent.
Do Integrated Cooker Hoods Need to be Vented Outside?
Integrated cooker hoods do not necessarily need to be vented outside. It depends on the type of cooker hood you choose. There are two main types of integrated cooker hoods:
1. Ducted Cooker Hoods (Vent to the Outside)
These cooker hoods require a ducting system that channels air, smoke, and odors outside of the house. The system directs air through a duct that connects to an external vent or wall.
Pros:
More effective at removing smoke, grease, and odors.
Better airflow, ensures that your kitchen remains fresh.
No need to replace filters as frequently.
2. Recirculating Cooker Hoods (No Venting Outside)
These hoods do not vent air outside. Instead, they filter the air using charcoal or carbon filters to remove odors, grease, and smoke before recirculating the cleaned air back into the kitchen.
Pros:
Easier to install since no external ducting is required.
Flexible installation options, as they can be installed anywhere without the need for external venting.
How to Choose the Right Integrated Cooker Hood for Your Kitchen
Choosing the right integrated cooker hood for your kitchen involves several considerations to ensure you get the best performance, aesthetics, and functionality for your space. Here’s a guide to help you make an informed decision:
1. Determine Your Kitchen Layout
Size of Your Kitchen: Consider the layout and size of your kitchen. An integrated cooker hood should blend with the design of your kitchen, providing both function and aesthetics. Smaller kitchens may benefit from compact models, while larger kitchens might require more powerful options.
2. Decide Between Ducted or Recirculating
Ducted Cooker Hoods vent air outside, which is ideal if you need powerful extraction and can install ducting. These are more efficient at removing smoke, odors, and steam.
Recirculating Cooker Hoods filter and recirculate air back into the kitchen, which is useful if you can't install ducting due to space or structural limitations. However, they need regular filter replacements.
3. Consider the Size of the Cooker Hood
The size of the hood should match the size of your cooktop. For example:
60cm wide cooker hoods are suitable for smaller cooktops.
90cm wide cooker hoods work best with larger cooktops or ranges.
The hood should be slightly wider than the cooktop to ensure effective air capture.
4. Choose the Right Power (Extraction Rate)
The extraction rate (measured in cubic meters per hour, m³/h) determines how efficiently the cooker hood removes smoke and odors. A higher extraction rate is better for larger kitchens or heavy cooking.
For medium-sized kitchens, an extraction rate of around 300-600 m³/h is typically sufficient.
For larger kitchens or high-volume cooking, aim for 600-1000 m³/h.
5. Noise Level
The noise level of a cooker hood is an important consideration, especially if your kitchen is near living spaces. Look for hoods with a low noise level (measured in decibels, dB) for a quieter cooking experience. Most cooker hoods operate around 50-70 dB.
Quiet models are often marketed as silent hoods or low-noise hoods, and are designed to operate at a noise level below 65 dB.
6. Ease of Use and Controls
Look for cooker hoods with easy-to-use controls. Many models now feature touch controls or sliding buttons, which make operation quick and convenient.
Some modern cooker hoods come with smart technology for remote control via an app or voice activation.
7. Energy Efficiency
Energy-efficient models often come with a low power consumption rating and help reduce electricity costs. Look for hoods with a class A energy rating for better efficiency.
FAQs
What are the Benefits of Integrated Cooker Hoods?
Integrated cooker hoods are sleek, space-saving, and blend seamlessly with kitchen cabinetry. They provide efficient air filtration, improve kitchen air quality, and reduce cooking odors.
How Does an Integrated Cooker Hood Work?
Integrated cooker hoods either vent smoke and odors outside through a duct or filter and recirculate air back into the kitchen using carbon filters.
What Are the Pros of Using an Integrated Cooker Hood?
They save space, offer a modern look, reduce kitchen odors, improve air quality, and blend into kitchen designs for a seamless appearance.
Can I Install an Integrated Cooker Hood Myself, or Do I Need a Professional?
You can install an integrated cooker hood yourself if it's a recirculating model, but ducted models typically require a professional to handle the installation of venting.
What Are the Maintenance Requirements for an Integrated Cooker Hood?
Regular cleaning of the filters, replacing carbon filters (if recirculating), and cleaning the exterior to prevent grease buildup are key maintenance tasks.
Are There Any Safety Precautions I Should be Aware of When Using an Integrated Cooker Hood?
Ensure the cooker hood is installed properly, avoid blocking the ventilation, clean filters regularly, and follow the manufacturer’s safety guidelines to prevent fire hazards.