FEATURE: CLEANING & LAUNDRY
The impact of humidity in older homes Older properties often struggle with moisture retention due to factors such as inadequate insulation, single-pane windows, and limited airflow. In Victorian houses, for example, the unique designs and original materials can trap humidity, increasing the likelihood of mould growth. Listed buildings may have restrictions that prevent homeowners from making significant alterations to improve ventilation, so understanding these challenges is crucial when addressing mould issues in historic homes.
HOUSEPLANTS A
s the colder months approach, mould growth becomes an increasing concern in many households. This is
particularly true for older homes, including Victorian houses and
HEALING
While houseplants aren’t a cure-all, certain varieties can help reduce excess moisture in the air, making them a useful addition to your home’s defence against mould, the experts from Beards & Daisies explain more.
listed buildings, which often feature higher humidity levels and reduced ventilation. The unique architecture of these historic properties can create ideal conditions for mould growth, leading to potential health risks and structural damage.
How houseplants help absorb moisture Certain houseplants are renowned for their ability to absorb moisture through a process known as transpiration. Plants such as Peace Lilies and the Bird of Paradise are particularly effective at pulling moisture from the air, which can help lower indoor humidity levels, one of the primary triggers for mould growth. By strategically placing these plants in damp areas, homeowners can create a natural humidity buffer. Beyond moisture control, some houseplants also improve indoor air quality. For instance, Peace Lilies and Snake Plants are known to reduce airborne toxins that can contribute to mould spore growth. These plants absorb pollutants and convert them into nutrients, helping to clean the air naturally, a vital consideration for older homes
MIRKA CONTINUES TO CLEAN-UP WITH ITS NEW EXTRACTOR
Mirka UK is expanding its extractor range with the introduction of the new Mirka DEXOS 1217 M AFC dust extractor. This M class extractor blends power and versatility to ensure users have a dust-free work environment.
The Mirka DEXOS 1217 M AFC is powered by a 1200W brushless electric motor, designed by the R&D team to be durable and to ensure dust is quickly and efficiently extracted. Alongside the power, the new extractor is versatile because it can handle both wet and dry applications as well as being compatible with multiple tool types. It also comes with two sockets with auto start capabilities. This feature ensures the dust extraction system activates simultaneously with the power tool, so dust and debris is
32 DIY WEEK NOVEMBER 2024
captured by the extractor as soon as the tool is in use. To ensure the DEXOS can work for long periods without a break, it has automatic filter cleaning capabilities, which ensure consistent suction from the first use to the last. In addition, there is an integrated airflow sensor that provides users with
se so t at pro des use s t
real-time feedback on its performance via the MyMirka app, so they are aware of any deviations from the optimal flow rates of the tool. The extractor’s
ergonomic design makes it easy to handle and manoeuvre around job sites and its built-in storage space accommodates the four metre hose. It is also compatible with the Mirka case and toolbox as well as existing Mirka hoses. This enables users to have everything they require in one place. In addition, it has an easy-to-clean construction that ensures hassle-free maintenance as and when required.
One of the DEXOS’ features is the Bluetooth-enabled remote control (sold separately) that is strapped
around the dust hose and senses tool vibrations to start the extractor and offers the user two operating modes: auto
sense and manual. The extractor’s
bluetooth connectivity also enables it to connect to the MyMirka app. Via the app, the user will be able to access numerous insights from air flow indication to a running time display and a hot PCB alarm. These insights provide the user with comprehensive monitoring of the tool, so it can perform at optimal level and users are aware of any issues. For more information visit:
www.mirka.com
www.diyweek.net
where ventilation may be limited. To maximise the benefits of your houseplants, consider placing them in areas prone to dampness, such as bathrooms, kitchens, or laundry rooms. Boston ferns thrive in these environments and can help maintain optimal humidity levels. In historic homes, this can be particularly beneficial, as these spaces often experience higher moisture levels due to frequent use of water.
Expert Insights Jo, founder of Beards & Daisies (
www.beardsanddaisies.co.uk) and author of the houseplant guide ‘The Unkillables’, emphasises the practical benefits of houseplants in moisture control. “Incorporating a few carefully chosen houseplants can make a real, measurable difference in controlling moisture and mould, especially in the cooler months when these issues tend to peak,” she explains.
Jo adds: “While houseplants are often praised for their aesthetic appeal, their functional role in improving indoor air quality and humidity regulation is frequently overlooked. They not only help with humidity but also contribute to creating a fresher, healthier atmosphere overall. “It’s a small but effective way to
improve your home environment, especially when other ventilation options might be limited during autumn and winter, and let’s not forget, houseplants boost your mood too.”
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