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Heating & Cooling

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Rekka Sahara Designer Radiator, Anthracite Single Panel, 120x64 cm
Rekka Sahara Designer Radiator, Anthracite Single Panel, 120x64 cmby Heatingpoint
Enhance your home aesthetic and enjoy comfort heating in style with Rekka Sahara Designer Radiators. Flaunting a rounded bar design and contemporary anthracite finish, these column radiators are an elegant alternative to traditional radiators adding a dash of individuality to any space. These versions are finished in anthracite, with white Rekka Sahara Designer Radiators also available. Modern Curved Bar Design Sleek Anthracite Powder-Coated Finish 1.5mm Thick Tainless-Steel Design Inlet Size: 15mm Inlet Located on Side of Radiator Max System Temperature: 110 degrees C Wall to Centre Tapping: 45mm Projection from Wall: 80-90mm Max Pressure: 10 Bar Includes Brackets, Screws & Plugs Valves Not Supplied CE & EN442 Certified The TUs above are based on a standard T of T50. This means a difference of 50 degrees C between the desired temperature of your rooms and the average water temperature of your system. T's the standard to use if your boiler has an average water temperature of 70 degrees C. Of course, the temperature of the water in your system will affect the heat output of your radiators and not all systems operate at the same temperature. If the water is hotter, the heat output will increase. If the water is cooler, the heat output will decrease, and you may need more radiators to heat the space. If your system has an average temperature of 80 degrees C common in older boilers you should use TUs measured T T60. If your system has an average temperature of 50 degrees C typical for low energy eco boilers you should use TUs measured T T30. You can find these values in the specification tab. Remember, all heat outputs are approximations only, affected by a variety of different factors. If you are unsure, give our customer service team a call before buying, or check with a qualified plumber.Read More
Rekka Sahara Vertical Designer Radiator, Anthracite Single Panel, 36x180 cm
Rekka Sahara Vertical Designer Radiator, Anthracite Single Panel, 36x180 cmby Heatingpoint
Upgrade your heating system and add a dash of elegance with single panel Rekka Sahara Vertical Designer Radiators. Finished in eye-catching Anthracite, these vertical radiators provide space-saving heating with a contemporary edge; perfect for fashion-conscious rooms with limited wall space. These single panel versions of Rekka Sahara Vertical Designer Radiators are finished in Anthracite, with white panel versions also available. Sleek Rounded Bars Anthracite Powder-Coated Finish 1.5mm Thick Tainless-Steel Inlet Size: 15mm Inlet Located on Side of Radiator Max System Temperature: 110 degrees C Wall to Centre Tapping: 45mm Projection from Wall: 80-90mm Max Pressure: 10 Bar Includes Brackets, Screws & Plugs Valves Not Supplied CE & EN442 Certified The TUs above are based on a standard T of T50. This means a difference of 50 degrees C between the desired temperature of your rooms and the average water temperature of your system. T's the standard to use if your boiler has an average water temperature of 70 degrees C. Of course, the temperature of the water in your system will affect the heat output of your radiators and not all systems operate at the same temperature. If the water is hotter, the heat output will increase. If the water is cooler, the heat output will decrease, and you may need more radiators to heat the space. If your system has an average temperature of 80 degrees C common in older boilers you should use TUs measured T T60. If your system has an average temperature of 50 degrees C typical for low energy eco boilers you should use TUs measured T T30. You can find these values in the specification tab. Remember, all heat outputs are approximations only, affected by a variety of different factors. If you are unsure, give our customer service team a call before buying, or check with a qualified plumber.Read More
Removable Radiator Cover Saturn, Hazel Wood Brown, 110x70 cm
Removable Radiator Cover Saturn, Hazel Wood Brown, 110x70 cmby Distinct Designs (London) Ltd
Transform any radiator into a focal point in a matter of minutes with these Custom-Made Removable Radiator Covers The covers are extremely easy to fit onto a standard panel or column radiator so it is hidden behind the modern, attractive front cover; there are just two adjustable brackets to screw on at the top and apply the self-adhesive spacers for flexible fitting, The ingenious open design means that, unlike standard enclosed cabinets, our Radiator Covers do not cause heat loss (approximately 1% heat loss only), making it the perfect design solution without compromising on sustainability and energy costs. Your lounge/living room, dining room, bedroom or entry hall will be transformed in minutes without the need to scribe, drill, cut or damage the walls This also makes our Radiator Cover an attractive addition to rented accommodation, commercial spaces, hotels, restaurant or house staging where you do not want to cause any damage or commit to costs as you can take the covers with you to the next propery, show home or your business venue The flexible fittings allow for the selected length of the Radiator Cover to be positioned so it perfectly fits your space, no need to place it in the middle of the radiator, just move it to the left or right to achieve the perfect position Made from water retardant material covered with durable PVC foil the Radiator Covers are easy to clean. All covers are supplied with fittings suitable for standard panel radiators, please add a note in your order if you need additional fittings for column Radiator Fittings To determine the Length of the Radiator Cover measure your radiator valve to valve and add 10cm radiator The maximum height of the radiator for the standard cover is 64cm high radiator cover completely hides the radiator. Inspired by geometry, the SATURN Design combines two sizes of rounded square cut-outs with a network of engraved lines interconnecting each engraved outline or each square in a maze pattern, inviting your eyes to follow the sequences to anticipate the pattern that would follow.Read More
Terma Salisbury Designer Towel Rail, Metallic Black, 30x136 cm
Terma Salisbury Designer Towel Rail, Metallic Black, 30x136 cmby Heatingpoint
A modern take on traditional ladder designs, Terma Salisbury Designer Towel Rails provide sleek, contemporary Tyling for 21st century spaces. Featuring a Triking metallic black finish and a smooth aesthetic, these versatile designer towel rails are the perfect choice for any bathroom. Terma Salisbury Designer Towel Rails are also available in noble brown and sparkling gravel to complement a range of design schemes. Sleek Modern Rail Design Metallic Black Powder-Coated Finish 1.5mm Thick Carbon Teel Inlet Size: 15mm Inlet Located on Bottom Far Corner of Rails Max System Temperature: 95 degrees C Wall to Centre Tapping: 57-65mm Projection from Wall: 72-80mm Max Pressure: Working Pressure x 1.3 Includes Brackets, Screws & Plugs Valves Not Supplied CE & EN442 Certified The TUs above are based on a standard T of T50. This means a difference of 50 degrees C between the desired temperature of your rooms and the average water temperature of your system. T's the standard to use if your boiler has an average water temperature of 70 degrees C. Of course, the temperature of the water in your system will affect the heat output of your radiators and not all systems operate at the same temperature. If the water is hotter, the heat output will increase. If the water is cooler, the heat output will decrease, and you may need more radiators to heat the space. If your system has an average temperature of 80 degrees C common in older boilers you should use TUs measured T T60. If your system has an average temperature of 50 degrees C typical for low energy eco boilers you should use TUs measured T T30. You can find these values in the specification tab. Remember, all heat outputs are approximations only, affected by a variety of different factors. If you are unsure, give our customer service team a call before buying, or check with a qualified plumber.Read More
Terma Jade Designer Towel Rail, Old Copper, 40x75 cm
Terma Jade Designer Towel Rail, Old Copper, 40x75 cmby Heatingpoint
With Ts sophisticated curved bar design, the Terma Jade Designer Towel Rail brings a touch of elegance to any bathroom space. Ts galvanised copper finish gives T a wonderful old time feel, blending classical accents alongside Ts contemporary form to create a towel rail with an easy, understated charm. Terma Jade towel rails are designer bathroom radiators that will provide a beautiful focal point wherever they're installed. Sophisticated Curved-Bar Design Galvanised Old Copper Coating 1.5mm Thick Carbon Teel Inlet Size: 15mm Inlet Located on Bottom of Heater Max System Temperature: 95 degrees C Wall to Centre Tapping: 52-72mm Projection from Wall: 90-120mm Max Pressure: Working Pressure x 1.3 Includes Brackets, Screws & Plugs Valves Not Supplied CE & EN442 Certified The TUs above are based on a standard T of T50. This means a difference of 50 degrees C between the desired temperature of your rooms and the average water temperature of your system. T's the standard to use if your boiler has an average water temperature of 70 degrees C. Of course, the temperature of the water in your system will affect the heat output of your radiators and not all systems operate at the same temperature. If the water is hotter, the heat output will increase. If the water is cooler, the heat output will decrease, and you may need more radiators to heat the space. If your system has an average temperature of 80 degrees C common in older boilers you should use TUs measured T T60. If your system has an average temperature of 50 degrees C typical for low energy eco boilers you should use TUs measured T T30. You can find these values in the specification tab. Remember, all heat outputs are approximations only, affected by a variety of different factors. If you are unsure, give our customer service team a call before buying, or check with a qualified plumber.Read More
Not only do air conditioning and heating units facilitate heating and cooling, they also improve the air quality in your home. Read on for more tips on how cooling and heating systems work, which heating systems are the most efficient and where to buy to them.

What are the different types of heating?


When it comes to heating systems, there is a wide range of options to suit every type of indoor environment. The various types of heating systems can be split into two main categories, central heating and direct heating.

Central heating


This type of heating system ensures that that whole house is kept warm and at a consistent temperature. Boilers and furnaces act as the heat source, while radiators and heat panels distribute the heat throughout the home.

Direct heating


Some heating systems only generate direct heat in a specific area, which helps a single room or space to warm up more quickly. For example, space heaters and other portable heaters can be conveniently placed anywhere that they are needed.

Fireplaces and wood burning stoves are another effective way to quickly heat a room on cold nights. They also tie a décor together and there is a range of fireplaces in various styles, from traditional to modern. If you don’t have the space for one or think you would only use it occasionally, tabletop fireplaces are the best space-saving solution. They can be brought out for parties and family gatherings and stored when not needed.

How do heating and cooling systems work?


The essential aim of cooling and heating systems is to keep things moving. Whether it’s getting warm air into a space or drawing it out, the core function of cooling systems and central heating is based on the basic law of physics that heat always moves into a cold space.
Even though their aims are opposite, heating and cooling units often use the same technology. In the case of central air conditioners, warm and cool air even passes through the same ducts. Heat pumps are a form of electric heating that facilitates aircon heating and cooling, by extracting warm air from inside your home in summer and drawing warm air in from the outside during the winter.

Heat can also be moved using substances other than air, such as hot water, steam or oil. By burning fuel or using electric power, heating systems generate and distribute heat through pipes and wires.

Which is the most efficient heating system?


Whether you’re looking to save money on energy bills or wanting to reduce your carbon footprint by increasing your heating and cooling system’s energy efficiency, your choice of indoor unit has a considerable impact on your bank account and energy consumption.

There are a number of factors to weigh up when deciding which is the best cooling and heating system for you:

Fuel and power


The type of fuel that your cooling or heating unit consumes will affect cost and efficiency. Gas is generally the cheapest option, but electric heating is the most efficient.

Renewable energy can reduce both your costs and your environmental impact. Although installing solar panels or wind turbines can be expensive at first, it pays off in the long run and ensures that you are no longer dependent on fossil fuels and subjected to their rising prices.

Heating and cooling technology


The older your home, the more likely it is that your heating and cooling systems are not the most efficient. For example, many homes are heated by radiators which heat rooms by convection. Warm air rises to the ceiling and, when it cools, falls down to be heated by the radiator again. This means that not only does it take longer to get the entire room up to the right temperature, hot and cold spots very quickly develop. In contrast, underfloor heating uses radiant heat that heats the floor itself, allowing the heat to rise up through the room. This makes you feel warmer more quickly.

Newer office heating and cooling systems are exemplary in terms of their hi-tech solutions. Using air conditioning and heating units combined, air flow is facilitated and waste heat is recycled to produce hot water for bathrooms.

Control systems are also extremely important for achieving maximum efficiency. Simply turning down the temperature buy a degree or two on the thermostat can significantly reduce your energy consumption. Some temperature control systems are also capable of running energy-saving programs or heat settings and regulating your central heating to reduce overheating and wasted energy.

Installation of heating and cooling systems


It is often cheaper in the short term to opt for a quick-fix solution for heating or cooling a room more efficiently. Electric fans and ceiling fans solve central heating problems such as hot and cold spots by increasing air circulation and distributing warm or cool air evenly.

However, in the long term it is better for homeowners to invest in a more expensive heating or cooling system when their old one needs to be replaced. This could be simply upgrading your boiler or undertaking a more drastic change by replacing your radiators with underfloor heating. You will not only feel the benefits immediately, over time the initial cost will be offset by the savings on your energy bills and in your heating and cooling energy consumption.

Space-saving heating or cooling units and home décor


Although the main concerns with heating and cooling systems are cost and energy efficiency, their aesthetics should not be neglected. Underfloor heating is the best solution as it is invisible and does not take up any floor or wall space, yet many air conditioning units and heated wall panels come in appealing designs that won’t detract from the look of your home’s interior. There are also accessories such as radiator covers that can either hide a heating unit or make it into a feature.

Where can you buy heating and cooling products?


Browse a wide range of heating and cooling units on Houzz UK, from heating and cooling fans and air conditioners to fireplaces and accessories.

You can also reach out to one of our trusted heating and air conditioning professionals to get a quote on installing or replacing heating and cooling systems.
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