Delivering excellent heat outputs, ranging from 0.3kW to 0.9kW, the tall stainless steel contours of the Arc Polished single radiator creates a subtle panache and timeless elegance, equally at home in a commercial or domestic setting. Plus, its wall-mounted style not only ensures floor space is effectively maximised but with a choice of three heights, including 600mm, 1,500mm and 1,800mm, the Arc polished single is incredibly versatile.

When higher outputs are required, the Arc Polished doubleradiator is perfect for warming larger spaces, delivering outputs from 0.76kW to 1.8kW. Available in a choice of two heights; 600mm and 1,800mm, the polished contours are designed to add a touch of contemporary luxury.

Stunningly sculpted and robustly manufactured from high grade stainless steel, the Arc range offers excellent corrosion resistance and minimum maintenance over their lifetime. And for complete peace of mind, and to underpin their quality, all models are guaranteed for a minimum of 10 years.

Dean Chughtai, General Manager, MHS Radiators said: “The latest additions to the Arc range of high quality stainless steel radiators will provide more flexibility, plus, the polished finish adds a touch of practical exuberance at an affordable price, that installers, designers and home-owners will love.”

The best selling stainless steel Arc range from MHS Radiators is available in single or double versions with either a sparkling polished or subtle brushed finish.

Bella from MHS Radiators perfectly combines the epitome of simplicity with strong, bold contours of steel, to provide a stylish and durable feature. Its carefully crafted ‘D’ shaped tubes resonate with the sleek sophistication of contemporary design excellence - while continually delivering an optimum heating performance.

Setting the standard for high quality radiator engineering, Bella is available in a distinctive textured black or a warm white finish, with a choice of six widths (445mm, 535mm, 810mm, 990mm, 1,215 and 1,390mm) including two heights; 600mm and 1,800mm. And to underline its proficient form, Bella has an impressive array of heat outputs, up to 2.7kW.

The latest incarnation of robust steel column radiators from MHS can be used as a functional one-off feature, or installed throughout domestic or design-led commercial settings to complement existing décor, due to their versatile design options and choice of single or double column models. Plus, their wall-mounted style ensures floor space is effectively maximised. To assure complete peace of mind and to underpin its quality, Bella is also fully guaranteed for five years.

Dean Chughtai, General Manager, MHS Radiators said: “It’s more important than ever in these straightened times to provide products that combine value, durability and fine design. We are sure that homeowners and designers will find Bella a stylish and versatile choice for all types of buildings and interiors.”

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The high quality, versatile range of radiator and towel rail valves from MHS is designed to combine sophisticated style with engineered precision, while maintaining consistent heating output. Available in a choice of eleven designs, these essential finishing touches will suit most applications, seamlessly blending with either contemporary or traditional style radiators. Competitively priced, MHS valves feature straight, angled, manual or TRV versions with an extensive choice of colours and finishes to complement existing décor.

The MHS Globe TRV kit, suitable for panel radiators in commercial or domestic settings, comprises a bi-directional thermostatic valve and lockshield with connection adaptors for eight, 10 and 15mm copper pipework - ensuring they are easy to install, while delivering precise controllability. Plus, the maintenance cap incorporates a screw-top to provide total shut-off during redecoration or radiator replacement. Featuring a chrome finish, on a nickel plated body, the Globe has a maximum working temperature of 110°C, working pressure up to 10bar (145psi) and maximum differential pressure of 1.4bar (20psi).

Cast in eminent solid brass, the Chartwell valves perfectly combine simple functionality, with an elegant period style, which is the perfect accompaniment to the traditional cast iron or column radiator in homes, schools, hospitals, hotels or restaurants. Available in 15mm angled manual or TRV versions, with either, ½" or ¾" BSPF, these beautiful baroque radiator accessories will help to maintain optimum radiator performance, while delivering decadent design features at affordable prices.

The Radius and new addition Studio valves from MHS, are available in a choice of two classically elegant styles, in straight or angled, to suit manual or TRV requirements and both feature 15mm connections. The understated lines of the Radius in chrome plated or brushed nickel give a functional, yet sophisticated finish to any radiator. While, the dynamic Studio valve represents unrivalled value combining gleaming futuristic sophistication and engineered precision in classic chrome.

To enhance modern interiors and towel rails, the Gyro is an ideal choice for end-users preferring the immediate control of heat settings, room by room, independently of each other. The matching lockshield and wheelhead bodies (pictured) are styled in refined chrome, with a choice of eight timeless coloured heads and can be coordinated to the RAL paint finished exteriors of selected MHS radiators.

Dean Chughtai, General Manager, MHS Radiators, extols the flexibility and adaptability of the MHS valves. He said: “In terms of quality, finishes, convenience of applications and style, designers, installers and end-users cannot fail to find a suitable model from the abundance of options available. In these frugal times, it is more important than ever to deliver value for money, which is why it is essential the valves combine the best in European design, with incredibly competitive prices.”

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Residents in the recently refurbished sheltered housing scheme at Waterford Court, Glasgow, are benefitting from safe, efficient and hygienic heating, thanks to the installation of 168 Safeguard and Aeroguard low surface temperature (LST) radiators – supplied by MHS Radiators.

The M&E contractors for the project were Cumbria based, Thomas Armstrong (Holdings) Ltd. Commenting on MHS Radiators, Grant Moffat, Project Engineer, said: “The LST range of radiators supplied by MHS, are ideally suited to this development due to their durable, safe and practical design. It is a pleasure to work with the MHS technical team who assisted us in meeting the tight timescales required and we wouldn’t hesitate to work with them again. We are delighted with the finished result and so are the residents.” The consultants were Edinburgh-based White Young Green (WYG).PLC

MHS Radiators has an enormous range of low surface temperature (LST) radiators for a multitude of applications.  Available in four styles: Safeguard, Slimguard, Ecoguard and Aeroguard, there are hundreds of differing permutations – making it one of the most flexible ranges of LST radiators available in the UK.

Perfect for applications where safety is a priority, from sheltered housing schemes to hospitals, schools and prisons, all LST radiators from MHS are tested by BSRIA in accordance with BS EN442 and the casing and grille temperatures are all tested to comply with NHS Guidance. The radiators are all supplied in a durable antibacterial polyester powder coated finish (RAL9010 Warm White semi-gloss).

Safeguard LST radiators are available in five heights with lengths from 661 to 2,911mm as standard, to ensure ultimate flexibility. All Safeguard emitters are pressure tested to 7bar and have a maximum working pressure of 5bar. And for complete peace of mind, they have a full five year warranty on defective materials and manufacture. Safeguard casings are supplied assembled for easy on-site installation and an anti-bacterial finish upgrade can also be requested to enhance their durability and compliance with health and safety requirements.

The Aeroguard range is available in over 575 permutations with outputs ranging from 453 to 7,885 Watts.  All Aeroguard models have radiused corners and leading edges as standard. Freestanding versions are also available on most models.  Aeroguard comes in a wide choice of lengths from 663 to 2,915mm. Plus, the emitters are pressure tested to 7bar and have a maximum working pressure of 5bar and an 1/8" BSP air vent is incorporated into each connection. Each radiator is also backed by a five year warranty on defective materials and manufacture.

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Patients and staff in the recently refurbished main building at Spire Yale Private Hospital, Wrexham, are benefitting from safe, efficient and hygienic heating, thanks to the installation of 50 Safeguard low surface temperature (LST) radiators – supplied by MHS Radiators.

Safeguard LST radiators are available in five heights with lengths from 661 to 2,911mm as standard, to ensure ultimate flexibility. All Safeguard emitters are pressure tested to 7bar and have a maximum working pressure of 5bar. And for complete peace of mind, they have a full five year warranty on defective materials and manufacture.

The M&E contractors for the project were Surrey-based H&C Maintenance Ltd, a specialist maintenance and installation company, operating principally in the private healthcare sector. Commenting on MHS Radiators, Project Manager, Mark Edwards, said: “Having worked with MHS Radiators several times before I knew their technical experience and expertise is considerable within the healthcare sector. In particular, their range of LST radiators is compliant with NHS guidelines, making the Safeguard ideal for this type of refurbishment.

Perfect for applications where safety is a priority, from hospitals to prisons, schools to nurseries, all LST radiators from MHS are tested in accordance with BS EN442 and the casing and grille temperatures comply with NHS Guidance. In addition, all radiators are supplied in a durable antibacterial polyester powder coated finish.

The Safeguard LST has the added benefit of being tough, durable and virtually maintenance free which makes it the perfect choice in hospital settings. Safeguard casings are supplied assembled for easy on - site installation and an anti-bacterial finish upgrade can also be requested to enhance their durability and compliance with health and safety requirements.

Dean Chughtai, General Manager, MHS Radiators, said: “We have worked closely with H&C Maintenance Ltd for a while now, providing comfortable and safe heating solutions. Quality and availability was the priority on this project and, with prompt availability and assured quality, the supply and installation of the Safeguard LST radiators was able to meet all required deadlines and contributed successfully to this refurbishment.”

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The Carat radiators were specified by Arup consulting engineers and installed by Paisley-based Taylor & Fraser Ltd, which has a long established and excellent reputation for working on historic buildings.

To help with the specific requirements of the project, MHS Radiators also supplied bespoke welded feet for several Monoplan models.

The Monoplan range is available in single, double or treble panel versions and comes in heights from 220mm to 950mm for horizontally configured models and from 1200mm to 3,800mm for vertical models. All variants are available in lengths from 300mm to 4,000mm in 100mm increments.

Monoplan is supplied in a powder coated RAL 9016 Traffic White finish, with other MHS RAL colours available to order. The range operates to a working pressure of 6 bar (10 bar on request), and all models carry a five year guarantee against manufacturing defect.

The ‘Customer First - One Stop Shop’ was created by Stirling City Council to be a convenient place for local people and visitors to get face-to-face advice and information from the council’s customer service advisers, Visit Scotland and HM Revenue and Customs advisers.

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Gone are the days when radiators were just flat panels – now there are so many types available, the choice is dizzying! From the humble compact through to high impact designs, there is something for everyone. However, whatever the design, whatever the material or whatever the cost, they all have one thing in common. They’re made to emit heat into a room. And it’s calculating the heat required which will determine whether they are a success or failure.

But don’t you just pick a radiator roughly the right size and hope for the best? Sadly, not. Heat loss calculations to size a radiator are important. If you miscalculate the outputs necessary, the house might be cold in winter or overheated and increase fuel bills.

There are numerous factors to consider when calculating radiator size. For example, if you’re choosing radiators for a period house, which hasn’t benefited from modern building standards and insulation, you’re going to have to compensate for the heat loss. According to Mark Brinkley of The Housebuilders Bible, a 1930s semi requires around 100 watts per m² to keep the temperature 20°C higher than outside, whereas a house built to 2002 standards should require only about 35 watts per m².

When you’re designing a central heating system, which would include sizing radiators, you’re trying to achieve a design which will match the amount of heat lost (at design conditions) from the property – as well as allowing for hot water use. Design temperatures are for both inside and outside the property and cover normal conditions. An outside temperature of -1^oC is normally used, but for example, in the Highlands of Scotland, you might want to use –4^oC or -5^oC. Internal temperatures would depend on the use of the room, but as a rough guide, bedrooms need to reach a temperature of about 18^oC, living / dining rooms and bathrooms 21-22^oC, and the kitchen / halls / landings in the order of 16 - 18^oC. 

Heat loss from a building falls into two categories – fabric heat loss and ventilation heat loss. The first category is the heat lost through walls, roofs, windows, doors, floors and ceilings. You can calculate the heat loss by multiplying the design temperature difference, by the surface area, and then by the U value. U values for most construction materials can be found online or from their manufacturer, and obviously more modern materials, like the latest energy efficient glass in windows, will have an effect in reducing outputs needed.

Heat loss through ventilation is the volume of air flowing through a room in one hour, divided by the actual volume of the room itself. To calculate the heat required to warm this air you need to multiply the volume of the room by the air change rate, the temperature difference between inside and the outside and finally by the heat capacity of air (the specific heat capacity of air is 0.33 watts, per m³, per °C). You can see this working in the example calculation.

So how does the radiator sizing calculation work in practice? Basically the steps are:

• Identify and measure all the surfaces in the room (walls, ceiling, windows, doors etc)


• Establish the exterior design temperature


• Find the U value for the surface


• Calculate the heat loss of each surface by multiplying the surface area by the U value and temperature difference


• Add up all the heat losses/gains in the room to get a total


• Calculate the room’s volume (H x W x L) and choose the air change rate


• Multiply the volume of the room, by the air change rate and the specific heat capacity of air


• Add up the ventilation and fabric heat losses, together with an allowance for heating up (usually 10%)


• Choose a radiator with an output to match the heat loss

An example for a living room (measuring 5m x 3.5m x 2.5m) would be:

A final word needs to be said about industry standards. Generally heat loss figures are stated according to the industry standard EN442. The standard states that the water temperature, flow and return and the indoor temperature are calculated at 75°C, 65°C and 20°C. 

Several companies provide CD-based calculators, and there are several more online. However, it’s as well to know what’s behind them and the calculations they make easy!

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We have finally received confirmation and details of the RHI and it is safe to assume that heat pumps will continue to loom large in the renewable heating industry. But when it comes to the best way to distribute the heat through the home, industry experts are jostling for position to label their products as the ‘emitter of choice’. So where do radiators stand in this contest and how will they fit into our changing homes?

The Government’s commitment to reduce carbon emissions by 60% by 2050 has created significant implications for building design. Renewable energy systems are becoming more and more prominent in the new-build sector and this paves the way nicely for the integration of heat pumps. But there are some 26 million homes and 2 million commercial and non-domestic buildings that will need retrofitting with energy efficient technology if the Government is to meet their targets - making things a little more complicated.

With this in mind, the EST (Energy Saving Trust) has been running field trials to determine how heat pumps work in real life. Their findings in September’s 2010 report provide some excellent advice, and unsurprisingly the long term benefits of heat pump technology look positive. But to optimise it two recommendations shine through. They are that properties should be “as well insulated as possible” and when heat pumps are installed they should be used with “low temperature underfloor heating or properly sized radiators”.

For new build properties, installing UFH is a good option and relatively simple. Because it works with water at 30^oC to 40^oC – as opposed to 50^oC to 60^oC in most traditional radiators – there is a consensus that it is more energy efficient. However for older properties UFH installation will mean a lot of upheaval and cost. So despite its suitability it is unlikely to be an appropriate option for retrofitting.

Another emitter that is ballyhooed as an alternative to UFH and radiators is the fan convector. So far they haven’t been considered by the EST report as few homes use them. And with homeowners having more aspirational design ideas they are unlikely to want such unattractive units in their living areas! Although on paper fan convectors have a favourable COP (coefficient of performance), they are better suited to commercial properties where aesthetics are not so much of a consideration. Plus, retrofitting them may be expensive and difficult with additional electrical cabling required – adding to the overall installation cost.

In contrast, when it comes to ease of installation and variety, radiators come out on top. The vast majority of homes already use radiators as part of their central heating systems and therefore updating them is simple with all the necessary pipework already in place. Of course not all existing radiator systems are suitable for low temperature circuits and, as the EST points out in its report, they need to be properly sized. Installing larger radiators is not always possible due to restricted wall space but there is an alternative which is cost effective and efficient. Exchanging your existing radiators for double or treble convector panel versions, reduces the need for additional wall space while maintaining the visual balance of the room. The Galant, from MHS Radiators for example, is a good looking and exceptionally versatile model that is available in double or triple convector fins and has excellent outputs - perfect for low temperature systems.

For those who want form and as well as function, the latest generation of lightweight aluminium radiators are perfectly suited to low temperature systems. The unique properties of aluminium allow an extremely efficient heat transfer rate to the room. Plus it can be moulded into complex and beautiful shapes to create radiators with large surface areas. Consequently they have high outputs comparable to the equivalent steel panels and are therefore available in striking designs without sacrificing any performance. This allows homeowners to demand radiators that are not just functional but also make a design statement in the room. The aluminium Decoral Ten radiator from MHS illustrates this perfectly, delivering fantastic heat outputs in a relatively compact design. This stylish radiator type has been the ‘norm’ throughout Europe for decades, and is a favoured choice for use with heat pump systems.

Another reason for choosing aluminium is that it’s actually quite good for the environment. We all know the mantra – “reduce, reuse, recycle.” It’s something that manufacturers and suppliers are taking seriously. Aluminium can be recycled indefinitely as reprocessing doesn’t damage its structure. What’s more, it’s also the most cost-effective material to recycle and is recycled everyday.

All in all retrofitting can be a costly business if you are integrating heat pumps into your home. Despite the many changes in the heating industry and the push for renewable energy, people in both traditional and contemporary homes will choose radiators as the preferred way of heat transfer in their homes for a long time to come – not just for their practicality but also as a design feature.

People can still have the radiators they know and trust, and installers can use their established skills and familiarity with the product to install them. So not only is there plenty of life left in radiators, the future actually looks pretty bright for them.

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Whether you’re watching The Home Show where an entire house is painted white to show off its size, or Grand Designs on Channel 4, you won’t have to watch for too long before someone mentions incorporating renewable technology into the build. From photovoltaics to a wood pellet burner, solar thermal to heat pumps, everyone is trying to do their bit.   This wholesale rush towards sustainable technology is driven by several reasons – ecological, planning, technological, a desire for fuel independence, as well as an element of keeping up with the Jones’s.

Some planning authorities are choosing to specify which level of the Code for Sustainable Homes developers should build to, and the media is continually covering changes in green and sustainable technology. That’s all well and good for new build properties where some of these green technologies can be incorporated relatively easily. Things like underfloor heating are becoming increasingly popular and some people are talking about the demise of the humble radiator. For owners of existing properties there is a still a desire to reduce their carbon footprint - as a recent article in The Times stated: “A growing number of buyers have decided that the best approach to going green is to give draughty and badly insulated older houses a makeover, rather than to buy new ones.”

So what are the options for integrating renewables and radiators? There are various options, and so I thought I would outline the most popular versions, and explain how they link up with radiators.

Solar Thermal

You can use solar thermal as part of a system, and while space heating support is technically possible, it’s not particularly cost effective to achieve. To provide a solar space heating support to a central heating system you may need a larger collector surface – and a large solar thermal storage volume. 

Neither the roof surface area, nor room for a large solar thermal store is easy to find in a typical UK property. Also, when the space heating element of your central heating system is required – the winter – the sun is usually conspicuous by its absence. So while solar thermal is incredibly effective for domestic hot water in a residential situation, it’s not always the first choice renewable for providing central heating. That said it can be used to provide a bit of back up to a traditional system and radiators during Spring and Autumn.

Heat pumps

The system most people talk about when using a heat pump is under floor heating. Underfloor heating works typically in a temperature range of between 30 and 45C, and therefore is a good way to supply heat to a house from a ground or water source heat pump. Naturally this is easy to install in a new building but it can be costly and difficult to retrofit. So what about radiators?

It is possible to integrate heat pumps with radiators in new build well insulated properties but for existing buildings in most cases, radiators need to be increased in size or be exchanged for double (treble where available) convector panel radiators. The reason for this is the lower flow temperature of the heat pump (about 45ºC) in comparison with a traditional boiler which operates typically at 80ºC. Although one thing to consider in an older property is the use of certain types of die cast aluminum radiators which have high output for relatively small size radiators which and may work well with heat pumps providing the slightly increased physical size of the radiators can be accommodated.

Biomass/wood burning stoves

Finally, another way to successfully integrate renewables with a traditional central heating system is to consider installing a wood burning stove to augment your heating system. Wood is seen as a carbon neutral fuel, even though it releases carbon dioxide when it’s burned. . This is because the amount emitted during burning is the same as the amount of carbon dioxide the tree stored when it was growing. And, if a tree was left to eventually decompose, it would produce exactly the same about of carbon dioxide as burning it. Most firewood in this country comes from sustainable sources, so for every tree cut down another is planted, and the carbon released from the felled tree will be absorbed by another tree.

Not only can you use a wood burning stove as a room heater, you can also connect boiler models to the central heating system to provide both heating and hot water. There are many different styles of wood burning stoves from contemporary styled Scandinavian models to the traditional wood burning range cooker style units with built in boiler, combining both cast iron range cooking with a central heating and DHW function. Most of these products can be integrated into a new build situation or retrofitted without too many problems. 

Whichever system you choose – renewables, biomass or solar thermal – you can integrate radiators. Despite the many changes in housing design, people in traditional homes will choose radiators as the preferred way of heat transfer in their homes, and even in contemporary newly built homes, architects and interior designers will choose an unusual designer radiator as a design feature. However you look at it, the reports of the demise of the radiator are a little too much, too soon.

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Located next to the city’s historic Cathedral and officially opened by The Bishop of Leicester, St Martins House is a former grammar school building which has been converted into a multi-use events and services venue. The Pound7m centre, which has been nominated for a Leicester Civic Award, is part of the Cathedral Square project to restore a neglected part of the city's heritage. St Martins House offers banquet and conference facilities and services for vulnerable people in the city. The designers and contract managers for the project were Pick Everard and the main contractors were Hallam Contracts. The M&E contractors were Mellor Bromley.

Matrix radiators are a modern range of flat fronted heat emitters designed for commercial and domestic applications. The Matrix portfolio consists of horizontal or vertical models together with a low line, high output convector designed for use as a perimeter heater in heavily glazed applications such as conservatories and reception areas. Available in four connection sizes and in many single and double panel and fin configurations, Matrix is a truly versatile heat emitter with a variety of applications.

Matrix Horizontal is available in single panel, double panel, single panel/single convector fin, double panel/single convector fin, double panel/double convector fin configurations in depths from 32 - 133mm. 12 standard heights are available from 70 to 840mm in 70mm increments and lengths range from 500 to 6,000mm in 100mm increments. For bespoke applications, other increments are available by request.  For more information about the MHS Matrix radiator, please telephone 01268 546700 or visit www.mhsradiators.com       

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Staff and patients in the recently refurbished Mayfield Ward at Thurrock Community Hospital, Essex are benefitting from efficient, hygienic and safe heating thanks to 63 Safeguard low surface temperature (LST) radiators – supplied by MHS Radiators.

Safeguard from MHS is a range of heat emitters and casings which are an ideal choice for applications where high efficiency heating is needed, but safety is paramount such as in prisons, educational or medical institutions.

The M&E Consultants for the project were Rayleigh based Kettridge Consultants Ltd. Commenting on MHS Radiators, Managing Director Roy Kettridge, said: “I’ve worked with MHS Radiators many times before and knew that I could count on them for excellent technical advice. Their range of LST radiators, which are compliant with NHS guidelines, were ideal for this project and with an after-sales team that are always helpful, they’re great to work with”

Perfect for schools, hospitals, nurseries or elderly care homes, Safeguard is available in three heights and lengths from 661mm to 2911mm with outputs ranging from 453 watts to 4.1kW. The Safeguard comprises a high efficiency emitter and highly durable easy fit outer casing. This casing protects against direct contact with the hot surface of the emitter, which means it is perfectly suited to an environment frequented by vulnerable or very young people.

The Safeguard has the benefit of being tough, durable, virtually maintenance free and, with a Slimguard version available at 75mm depth, blends in easily with any interior – classical or contemporary.  An anti-bacterial finish upgrade is even available for that extra peace of mind.

MHS Radiators has supplied over 120 classic cast-iron Clasico, Burlington, Ionic and Liberty radiators as part of a major refurbishment at Rockliffe Hall in County Durham. The 19^th century Grade II-listed hall has been restored and expanded to create a luxury five-star hotel, golf and spa resort.

Built in 1863 by Arthur Backhouse – a member of a renowned northern Quaker family whose influence ranged from botany to banking – Rockliffe Hall’s design was commissioned from Alfred Waterhouse who was the architect of the Natural History Museum.

As part of the Pound50 million build, the original structure of the hall has been expanded with the addition of new buildings and now comprises 61 guest bedrooms, two restaurants, health and beauty spa and meeting rooms. The M&E consultants for the project were WYG and the contractors were Shepherd Engineering Services. 

Ionic from MHS is a traditional cast iron column radiator that combines up to date reliability with time-honoured styling and comfortable heating. Perfect for both domestic and commercial interiors, Ionic is available in two depths (144mm and 221mm) and six heights (from 302mm to 955mm) and can be installed in any length up to 40 sections. Ionic can be either wall-mounted or floor standing (with integral feet) and is supplied in Umber Grey RAL 7022 primer as standard or can be painted with colours from the MHS colour card, enabling the radiator to fit with nearly every colour scheme. 

The classically styled Burlington cast iron column radiator combines the elegance of a bygone era with high efficiency space heating. The scrolled relief patterned Burlington possesses both the aesthetic qualities necessary to complement traditional properties and unparalleled performance, making it a match for the most modern-looking radiator. Some models are also available as a fully sealed thermostatically controlled electric only option. 

For stunning good looks and the ability to blend with either traditional or contemporary settings, Clasico cast iron column radiators are a truly versatile heat emitter. It is perfect either for new heating systems or for replacing existing radiators. Most styles of decor will be complemented with Clasico, which comes supplied in a primer coating. They can also be wet painted with colours from the MHS Card to blend with any interior.

For period properties and traditional furnishing styles, Liberty cast iron column radiators are the perfect heat emitter. Its scrolled relief patterns and Victorian looks transform Liberty from humble radiator to stunning reproduction centrepiece, making it unnecessary to hide or conceal the heating system. Where the period setting includes highly-prized panelling, the free-standing Liberty will avoid damage to the wall. Liberty is supplied as standard in a primer that requires over painting (by others) or it can be fully factory painted by MHS to many RAL colour finishes (additional costs apply) to blend with almost any colour scheme.

MHS Radiators has supplied a selection of Galeria, Matrix, Monoplan and Carat radiators to the new INTO International Students Centre at the University of Exeter, Devon. The project, which will increase academic performance and capacity for international students, is a joint venture between INTO University Partnerships and the University. Comprising a lecture theatre, learning resource centre, flexible teaching spaces and a café, the centre is scheduled to be completed in early 2011 at a cost of Pound7m.

The university consists of three campuses - St Luke’s, Streatham and Cornwall. Awarded the ‘Times Higher Education University of the Year’ in 2007/8, Exeter is now ranked 12th in the ‘Times Good University Guide 2010’ and is one of Britain’s most popular choices for students. Tracing its origins to schools and colleges from the nineteenth century, the university was given its Charter in 1955.

Dean Chughtai, General Manager, MHS Radiators, said: “It is great to see one of the most well regarded universities in the country investing in the future of both British and international students. The new centre will be an excellent addition to the campus and we are really pleased for MHS Radiators to be involved in such a prestigious project”.

The Galeria range of steel column radiators from MHS features an open construction, which allows the radiator to be installed in front of windows where it will only partially impede light. The Galeria's smooth lines complement the modern office or commercial premises offering the maximum in choice. Spacing between the columns is available in options of 40mm, 50mm or 60mm intervals and all models are finished in powder coated white.

Matrix radiators are a post-modern range of flat-fronted heat emitters designed for either commercial or domestic buildings. The Matrix portfolio consists of vertical and horizontal models together with a low line, high output convector for use as a perimeter heater in heavily glazed applications. Available in four connection sizes and in many single and double panel and fin configurations, the Matrix is a truly versatile radiator with a variety of applications.

The flat-fronted style and clean lines of the Monoplan radiators provide a completely tailor-made service matching the requirements of the system designer, and are available in single, double or treble panel. To suit almost all locations, the Monoplan also comes in heights from 220mm to 950mm for horizontally configured models and from 1200mm to 3800mm for vertical models. A range of lengths from 300mm to 4000mm is available in 100mm increments.

The Carat’s flat panel design is perfect for houses and apartments or public sector buildings like offices, schools or libraries. It also has a strong geometric form which complements efficient and uncluttered environments while providing an impressive heat output. Triple, double and single radiator versions are available in four heights; 250, 400, 550 and 950mm.

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For media information and images, please contact:

Richard Belcham, Red Cell PR: 01376 561666 or richard@redcell.info

A full selection of high resolution images from MHS Radiators is available at www.pressloft.com.

As part of the latest generation of Italian designed, lightweight aluminium radiators, Ellis is sure to add a touch of style to any interior. Available in soft white or bold anthracite, it is industrial chic at its finest – perfect for an airy and open plan apartment or a design led commercial environment.

Aluminium radiators have high outputs, low water content and efficient heat transfer into the room which makes them well suited for low temperature heating systems such as heat pumps. Aluminium’s unique properties also allow it to be extruded into complex shapes, creating radiators that have distinctive sculptural characteristics. And its ability to be endlessly recycled is both practical and eco-friendly.

Measuring 1,800mm high, Ellis is available in four widths (400mm, 500mm, 600mm and 800mm) and with excellent heat outputs from 1.1kW to 2.3kW

Ellis is part of MHS Radiators popular and wide ranging collection of ultramodern, modern and traditional radiators and towel rails and is available through the extensive UK network of MHS Radiators Display Centres – for details visit www.mhsradiators.com

A full selection of high resolution images from MHS Radiators is available at www.pressloft.com or by contacting Red Cell on 01376 561666.

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Owner of the restaurant Alec Smith, who was closely involved in the selection of the fittings and the interior design on the project, said: “This restaurant blends contemporary features into a 300 year old building and we needed radiators that were going to make a bold statement - not shy away into the background. The MHS Arc fitted the bill perfectly. I was really impressed with the high quality of the products supplied by the guys over at MHS Radiators.” 

The restoration of the former Green Man Public House has taken two years to complete and opened its doors under its new name Alec’s Restaurant, Bar and Grill in June 2010. The restaurant boasts countryside views from every aspect making the capacious dining area a beautiful place to enjoy a meal.

Dean Chughtai, General Manager, MHS Radiators said: “Alec’s Restaurant is a modern and design-led building which has been redeveloped to an excellent standard. We are thrilled that our radiators have been chosen to be part of it.”

A subtle finish of brushed stainless steel, coupled with rounded edges and straight lines, combine to make the oval tubes of the Arc a truly versatile and beautiful radiator. Far from being ordinary, the Arc is simplicity and grace combined and looks equally at home in any traditional or contemporary interior. Available in single or double versions, there are 11 sizes in the single version and six sizes in the double.  Arc is priced from Pound226 +VAT.

MHS Radiators has a popular and wide ranging collection of ultramodern, modern and traditional radiators and towel rails which are available through the extensive UK network of MHS Radiator Display Centres – for details visit www.mhsradiators.com

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The Sunline range of radiant ceiling panels from MHS offer an excellent alternative to traditional wall mounted heat emitters. Radiant heat from the overhead panels provide a comfortable ambient temperature which is delivered directly to the areas where it is required, dramatically releasing valuable wall space and reducing overall energy consumption. Generally the systems operate 3^oC lower than convective systems without any loss of comfort – plus air movement is kept to a minimum making them perfect for sports facilities.

Scheduled to open in April 2011, the new facility will be one of the best equipped sporting venues in the county. As part of a joint venture between Basildon District Council and Community Solutions for Leisure, it will be the new home of the South Essex Gymnastics Club and could become a training camp for elite athletes. Facilities at the site include a 50m swimming pool, fitness centre, multi-purpose studio and an eight-court sports hall. The panels were specified by the Building Services team at the Ipswich branch of MLM Consulting Engineers.

Dean Chughtai, General Manager, MHS Radiators, said: “It is wonderful that MHS products are utilised at the heart of this excellent facility and it is a privilege to be involved in such a prestigious project. Providing a comfortable environment for some of our best elite athletes to train in has been a big challenge, and one that we have really enjoyed.”

MHS Radiators has introduced a range of high output aluminium towel rails to its popular collection of towel rails and bathroom radiators. Thanks to its innovative design and aluminium construction Krom has up to a 40% higher output than similar sized chrome towel rails.

Krom is incredibly lightweight and will fit easily onto stud walls, and because it has a low water content it reaches the required temperature rapidly. With multiple heating options, like electric only, central heating only and dual fuel, as well as being available in 4 heights (772-1772mm) and 3 widths (484-634mm) there is a model to suit any application.

Outputs range from 352W to 796W and all models come with a 5 year guarantee as standard. So where room space is limited or a lightweight radiator is required, Krom will fit the bill. And thanks to its aluminium construction it is entirely recyclable at the end its working life, which is good news for the environment.www.pressloft.com.

A full selection of high resolution images from MHS Radiators is available at

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For media information and images, please contact:

Richard Belcham, Red Cell PR: 01376 561666 or richard@redcell.info

www.pressloft.com or by contacting Red Cell on 01376 561666.

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For media information and images, please contact:

Richard Belcham, Red Cell PR: 01376 561666 or richard@redcell.info

MHS Radiators has supplied 5,219 sections of its classic cast-iron Ionic and Burlington radiators, as well as 120 Carat flat panel radiators, 114 towel rails and 340 sets of valves to one of the UK’s most luxurious spa hotels -

Luton Hoo, now one of the flagship destinations for the Elite Hotels Group, was the family seat of the Marquis of Bute, and was originally designed and built by the celebrated neo-classical architect Robert Adam. The hotel complex sits in over 1,000 acres of lakes and parkland, which were created by one of the country’s most famous landscape gardeners - Capability Brown.

The 144-bedroom hotel complex, with the Grade 1 listed manor house at its centre, was painstakingly restored by Cardy Builders & Contractors for the Elite Hotels Group. The historic restoration was completed by skilled workers and craftsmen to bring it back to its glory days. As Cardy Construction’s managing director Stuart Gremo said: "This mansion, literally crumbling after years of neglect, has been transformed. We are delighted to recognise how skilled and capable our workforce are when they work together on a project of this magnitude."

MHS Radiators has a range of period and traditional cast iron radiators including the classicly-styled Ionic and the ornate Victorian style Burlington. It also supplies a range of period-style valves including standard and TRV versions. Despite their traditional design and cast-iron construction, period radiators from MHS are highly efficient and reliable. By using controls like TRVs they can also form part of an energy efficient heating system.

Dean Chughtai, General Manager, MHS Radiators, said: "Luton Hoo has been an amazing labour of love for the owners, consultants and contractors. Their painstaking attention to detail has enabled them to create a stunningly beautiful hotel which offers real luxury. That attention to detail is shared by MHS Radiators, and we are thrilled that our radiators were chosen to be part of this wonderful building."

MHS Radiators has a popular and wide ranging collection of ultramodern, modern and traditional radiators and towel rails which are available through the extensive UK network of MHS Radiator Display Centres - for details visit www.mhsradiators.com

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For media information and images, please contact:

Richard Belcham, Red Cell PR: 01376 561666 or richard@redcell.info

A full selection of high resolution images from MHS Radiators is available at www.pressloft.com.

MHS Radiators has launched the Gemini radiator -

Measuring 1,730mm high x 810mm wide, Gemini has an output of 1.5kW and is available in a range of RAL colours including black, red, white, blue and a selection of greys and silvers.

Gemini is a dramatic radiator which will add a real touch of style to any interior it would make an excellent focal point in any design, as well as creating a talking point in a commercial or residential situation.

A full selection of high resolution images from MHS Radiators is available at www.pressloft.com or by contacting Red Cell on 01376 561666.

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For media information and images, please contact:

Richard Belcham, Red Cell PR: 01376 561666 or richard@redcell.info

MHS Radiators has supplied over 50,000 sections of its period style cast-iron Clasico radiators, as well as 15,000 sections of its simple Decoral radiators, 2,000 Space dual fuel towel rails and 5,000 sets of valves to Berkeley Homes (Urban Renaissance) Ltd’s Royal Arsenal Riverside development in Woolwich, South London.

Royal Arsenal Riverside is a combination of existing historic Grade I and II listed buildings, which have been converted for residential use, and newly built properties. When the entire development is complete over 8,500 people will live at the development with a mixture of families, couples, retired people and individuals.

The development is a complete revitalisation of over a quarter of a mile of the River Thames. Due to the historic and valuable nature of the buildings original materials have been used wherever possible, from sash windows to cast-iron columns. War damaged bricks have been matched and even covered in soot to replicate the original.

Manufactured from cast iron, Clasico radiators from MHS are perfect for both traditional and contemporary settings and are ideal for either for new heating systems or for replacing existing radiators. Some Clasico models are also available as fully sealed, thermostatically controlled, electric only operation. To fit with any interior colour scheme Clasico is supplied as standard in a primer that requires over painting or it can be fully factory painted by MHS to many RAL colour finishes. The Clasico is available in 5 heights ranging from 288mm to 870mm with a depth of 140mm and delivered to site assembled in lengths up to 20 sections. Further sections may be assembled on site for longer finished radiators.

The Decoral radiator from MHS brings together the benefits of aluminium and designer style, to create a highly practical and beautiful heat emitter. Decoral is easy to handle during transportation, installation and subsequent decoration of the room. For those who love column radiators but don’t really have the space, Decoral is the futuristic, chic alternative. Decoral is a die-cast sectional radiator and has a higher output for its size when compared to many conventional panel radiators, allowing a smaller radiator to be installed while still achieving a comfortable, warm environment. The modular design of this unusual aluminium radiator ensures exact sizing according to the required output, and makes for easy installation. Decoral comes in six heights from 420mm to 1800mm and lengths from 240mm in sectional increments to 2000mm.

The Space dual fuel towel rails used at the Royal Arsenal Riverside allow the occupants to switch off their central heating in the summertime, but keep the benefits of a heated towel rail. Space is available in chrome or white, curved or straight and comes in nine sizes, as well as central heating, electric only and dual fuel versions.

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For media information and images, please contact:

Richard Belcham, Red Cell PR: 01376 561666 or richard@redcell.info