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Enhance Feng Shui with UPVC Doors and Windows: A Guide to Harmonious Living

Introduction:

In the pursuit of creating a serene and balanced living space, Feng Shui, an ancient Chinese practice, has gained popularity worldwide. This harmonious approach to interior design focuses on arranging elements to promote positive energy flow, leading to a sense of tranquility and well-being. One significant aspect of implementing Feng Shui principles is through the choice of doors and windows. In this blog, we explore how installing UPVC doors and windows can greatly improve Feng Shui and contribute to a more harmonious and inviting home.

Embrace the Flow of Natural Light:

In Feng Shui, natural light is considered a powerful source of positive energy, known as "Chi." UPVC doors and windows offer large and energy-efficient glazing, allowing an abundance of natural light to fill the living spaces. By embracing natural light, you create a vibrant and uplifting atmosphere, promoting a sense of positivity and vitality in your home.

Optimize Air Circulation:

Good air circulation is essential in Feng Shui, as it encourages the smooth flow of Chi throughout the space. UPVC doors and windows, with their excellent sealing properties, facilitate proper ventilation, ensuring fresh air enters the home. This constant flow of air helps eliminate stagnant energy and fosters a healthier and more vibrant living environment.

Harmonize with Nature:

Feng Shui emphasizes the importance of connecting with nature. UPVC doors and windows come in various designs that can complement natural surroundings. By selecting designs that harmonize with the outdoor landscape, you create a seamless transition between the interior and exterior, promoting a sense of oneness with nature.

Soundproofing for Peaceful Interiors:

Peace and tranquility are vital in Feng Shui principles. UPVC doors and windows offer excellent soundproofing, reducing external noise pollution and promoting a calm and peaceful atmosphere within your home. This contributes to an environment conducive to relaxation and meditation.

Ensure Proper Door and Window Placement:

Feng Shui also emphasizes the importance of proper door and window placement. Consult a Feng Shui expert or use a Bagua map to identify the most auspicious locations for your UPVC doors and windows. Placing them strategically can enhance the flow of energy, attracting positive opportunities and harmonizing various aspects of life.

Conclusion:

By incorporating UPVC doors and windows into your living space, you can significantly enhance the principles of Feng Shui, creating an environment of positive energy and harmony. From embracing natural light to optimizing air circulation and promoting soundproofing, UPVC doors and windows offer numerous benefits that contribute to a more balanced and fulfilling lifestyle. Embrace the wisdom of Feng Shui and transform your home into a sanctuary of peace and prosperity with the addition of UPVC doors and windows.

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At aluplast, we develop pioneering uPVC window solutions for your window fitters. Our innovative technology provides heat insulation, safety and design at its best. As a result, we are opening the window to the future.

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uPVC casement windows are a great way to bring the outdoors in. They are stylish, versatile, and energy-efficient. Casement windows open outward, which allows for easy ventilation and natural light. They are also a good choice for security, as they can be fitted with locks and security grilles.

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Looking for high-quality uPVC doors for your main entrance? Explore a wide range of durable and stylish uPVC doors designed to enhance the security and aesthetics of your home. Find the perfect uPVC door to suit your preferences and complement your property.

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Make Your Home Energy Efficient With Double Glazed Windows

Double glazed windows are a great way to make your home more energy efficient. They are designed to keep your home warm in the winter and cool in the summer by trapping a layer of air between two panes of glass, which acts as an insulating barrier. Here are some of the benefits of double glazed windows:

Reduce Energy Costs: Double glazed windows can help you save money on your energy bills by reducing the amount of heat that escapes from your home in the winter, and by keeping it cooler in the summer. This means that you won't have to rely on your heating and cooling systems as much, which can save you money in the long run.

Increase Comfort: Double glazed windows can make your home more comfortable by reducing drafts and cold spots. This means that you can enjoy a consistent temperature throughout your home, no matter what the weather is like outside.

Reduce Noise Pollution: Double glazed windows can also help to reduce noise pollution from outside. The extra layer of glass acts as a barrier, reducing the amount of noise that enters your home.

Improve Security: Double glazed windows are more difficult to break than single glazed windows, making them a great option for improving the security of your home.

Increase Property Value: Installing double glazed windows can also increase the value of your property, as they are a sought-after feature for many homebuyers.

Double glazed windows are windows that are made up of two panes of glass with a gap in between. The gap between the two panes of glass is filled with an insulating gas, typically argon or krypton, which helps to reduce heat transfer. The frames around double glazed windows are usually made of uPVC, which is a highly insulating material. Together, the two panes of glass and the uPVC frame provide a highly effective barrier against heat loss and heat gain.

If you are considering installing double glazed windows in your home, there are several factors that you should take into account. One of the most important factors is the quality of the windows and the installation process. It is important to choose a reputable installer who has experience with double glazed windows, as a poor installation can negate the energy efficiency benefits of the windows.

Overall, installing double glazed windows is a great way to make your home more energy efficient and comfortable, while also reducing your carbon footprint and saving money on your energy bills.

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Double glazed windows are a great way to make your home more energy efficient. They are designed to keep your home warm in the winter and cool in the summer by trapping a layer of air between two panes of glass, which acts as an insulating barrier.

#Double glazed windows #uPVC window profile #uPVC Door profile #energy efficient window

Home Improvement : Unlocking the Power of uPVC Window Profiles

If you're considering a home renovation project, upgrading your windows with uPVC window profiles can be an excellent investment. uPVC, or unplasticized polyvinyl chloride, is a type of plastic that is durable, energy-efficient, and easy to maintain. Here are some of the benefits of uPVC window profiles for your home improvement project.

Energy Efficiency

One of the primary benefits of uPVC window profiles is their energy efficiency. uPVC is a good insulator, which means that it can effectively trap heat inside the house during winter and keep it cool during summer. This can help reduce your energy bills and your carbon footprint. According to the US Department of Energy, replacing single-pane windows with energy-efficient windows can save homeowners up to $465 per year on their energy bills.

In addition to the material's insulating properties, uPVC window profiles also come with double or triple glazing options, which can further enhance their energy efficiency. Double glazing involves two panes of glass with an air or gas-filled space between them, while triple glazing involves three panes of glass. These layers of glass and insulation can help prevent heat from escaping, which can lead to significant savings on your energy bills over time.

Durability

Another advantage of uPVC window profiles is their durability. uPVC is a highly durable material that is resistant to weathering, corrosion, and rotting. It doesn't warp, crack, or fade over time, making it a low-maintenance option for homeowners. uPVC window profiles are also easy to clean and maintain, which means they can last for decades without losing their quality.

Aesthetics

uPVC window profiles come in a range of styles, colors, and finishes that can match the aesthetic of any home. They can be customized to fit any size or shape of window, making them an ideal choice for renovation projects. Whether you prefer a traditional or modern look, uPVC window profiles can provide a sleek and stylish finish to your home's exterior.

Security

uPVC window profiles are also strong and secure, which can help deter burglars and intruders from entering your home. The material's strength and durability make it difficult to break or damage, and uPVC windows often come with multi-point locking systems that provide added security.

Soundproofing

In addition to their energy efficiency and security benefits, uPVC window profiles can also provide excellent soundproofing. The material's insulation properties can help reduce noise from the outside and create a quieter, more peaceful environment inside. This can be particularly beneficial for homeowners who live in busy or noisy areas.

Choosing uPVC Window Profiles

When choosing uPVC window profiles for your home improvement project, it's important to look for high-quality products that are manufactured by reputable brands. Cheaper uPVC window profiles may be available, but they may not provide the same level of insulation, durability, or security as higher-end options.

It's also important to consider the warranty, installation, and maintenance services offered by the supplier. Look for suppliers who offer a comprehensive warranty on their products, as well as professional installation and maintenance services. This can help ensure that your uPVC windows are properly installed and maintained, which can help extend their lifespan and enhance their performance.

Conclusion

uPVC window profiles are an excellent choice for homeowners looking to improve the energy efficiency, security, and aesthetic appeal of their homes. With their insulation properties, durability, and low maintenance requirements, uPVC windows can provide long-lasting benefits that enhance the comfort and value of your home. By choosing high-quality uPVC window profiles and working with a reputable supplier, you can unlock the power of this versatile and reliable material for your home improvement project.

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Unlocking the Power of uPVC Window Profiles for Your Home Improvement

uPVC window profiles are made from a durable and lightweight material that is resistant to corrosion, rot, and other types of damage, making them ideal for use in windows and doors.

uPVC (unplasticized polyvinyl chloride) window profiles refer to the framework or structure of uPVC windows that provide support to the glazing or glass panes. uPVC window profiles are made from a durable and lightweight material that is resistant to corrosion, rot, and other types of damage, making them ideal for use in windows and doors.

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Double-glazed uPVC window profile - thermal protection - Waterproofing

It is impossible to judge the characteristics of windows only by profile indicators. After all, both heat preservation and noise protection are also determined by the thickness of the double-glazed window, but an impressive size will require a strong profile.

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uPVC Profiles Prevail in all Climatic Conditions - Norway

Due to their excellent insulation properties and low thermal transmittance uPVC window systems help reduce air conditioning and/or heating costs depending on the climate in which they are used. What’s more, they are not only effective in regular residential circumstances but sometimes even in “rough terrain".

Spitsbergen, Norway

aluplast’s systems not only work well on high mountains but also in the far north, i.e. in Spitsbergen, Norway which is a large, permanently populated island that borders the Arctic Ocean, the Norwegian Sea, and the Greenland Sea.

Spitsbergen has an arctic climate characterized by long, cold winters and short, cool summers. The region experiences extremes of solar radiation in both summer and winter. The island faces long periods with sea ice, glacial ice or snow on the surface.

The Nicolaus Copernicus University Polar Station, the northernmost Polish research unit, is located in the northwestern Spitsbergen. Hahut, the name of the station, provides facilities for the organization of Nicolaus Copernicus Polar Expeditions. So far, thirty-seven expeditions with scientists from both Polish and foreign research units, students, climbers, speleologists and divers have visited the station. Research is conducted mainly in glaciology, hydrology, geomorphology and climatology.

The station can host 10-15 people at any one time. It includes a study, a workshop, four bedrooms, a living room, a storage, a laboratory, a bathroom as well as a garage to keep boats, snowmobiles and engines. Altogether, it covers about 100 square meters. Important scientific equipment at the station includes: A weather station which has been conducting measurements since 1975, limnigraphs and loggers installed in selected watercourses to measure water levels, flow rates and physicochemical features of the waters (also since 1975); a system of ablation poles installed on glaciers; ice drills as well as loggers for measuring ground and ice temperatures.

In this important scientific research institution, aluplast Poland installed aluplast’s window systems with our innovative center gasket technology as well as double glazing units. It is understood that the windows are an important building component of the facility as they protect its scientists from the deadly temperatures on the island as well as the high solar radiation.

Along with other building features, aluplast’s high performance window systems enable scientists to use the station all year round. This is especially crucial in terms of the research conducted here that needs systematic measurements. As a result, the scope of the studied issues and the number of expedition members will increase. A larger numbers of analyses made directly at the measurement site will lead to the decrease of research costs and will make the work at the station both easier and safer for the expedition members.

aluplast is proud to have been able to support both the climbers at Mount Damavand, Iran (previous issue of PW) as well as the scientists at the Nicolaus Copernicus University Polar Station Hahut, Spitsbergen, Norway with our systems. We hope to be able to do good with our systems in the interests of science, sports and other causes of public benefit in the future as well.

However, even in very hot climates uPVC windows have proven effective. Here their insulation properties reduce the need for air conditioning and keep heat from entering through the windows. Special uPVC compounds designed for hot climates safeguard from discolorations on the window profiles.

For any more information, please write us at [email protected].

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smart-slide - the unrivaled uPVC sliding system

Regular doors and windows now look like a thing of the past. With changing times and technologies, sliding doors and windows have become the preferred choice. The look and feel and the ease of operation makes smart-slide the best uPVC sliding system to meet the demands of the trending market.

smart-slide is the result of many years of research and development. It combines the tightness of a tilt and turn window with the operability of a sliding system. This helps smart-slide create one of the tightest uPVC windows to combat extreme weather conditions. The air tightness seals the doors and windows perfectly to regulate internal temperature keeping the space warm in winters and cool during summers. This feature also makes it impervious to driving rains. Thus it makes it the best option to be used as a patio door. The air tightness of smart-slide additionally makes it the most effective in providing sound insulation compared to other sliding systems available in the market.

Unlike other sliding systems that use brushes, smart-slide uses a rubber gasket to ensure a smooth and easy operation while opening and closing doors and windows. It makes use of an innovative locking mechanism that allows self-closing of the windows into the frame with a soft motion. The system is undeniably very easy to lock and unlock. It provides better safety than other sliding systems through additional locking points making it burglary resistant. uPVC smart-slide can withstand high-intensity winds, and thus is highly recommended for high-rise buildings.

Another distinctive point about smart-slide is that it requires short production times. It can be manufactured in double and triple glazing and is available in multiple decor variants. As per individual requirements, it can be manufactured in very large dimensions of up to 5.8m x 2.4m and can accommodate glass panel thickness of up to 40 mm. Additional advantages include all-around welded frame, availability in a wide range of fittings, only one wing has to be manufactured, glazing is carried out directly with a glass strip in the frame, and flushing to the inner floor with additional profile is possible.

The sliding system is flexible to meet the requirements of different customers. The hardware use in smart-slide is minimal and is almost invisible. The hardware technology is integrated in the wing and requires less maintenance, which means fewer maintenance visits. It also makes for a great alternative to the lift and slide system which is a very expensive system. smart-slide vouches to be the best choice for you and your customers as it allows space saving room concepts for residential as well as commercial places. So when are you getting one?

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The 3 Golden Principles of Correct uPVC Window and door Installation

One lesser known fact from the uPVC window industry is that a large percentage of customers' problems have more to do with installation errors than the actual windows. Truth be told, the number of errors made during the installation of windows in India today is abhorrently large and yet, completely avoidable. So how does one make sure that a window is correctly installed? By following these three principles, of course:

Principle # 1: As a result of correct installation, windows and the wall of

building should form a uniform and durable assembly.

If the window-wall connections are made incorrectly, which happens all too often, the process of damage to the window and the building starts immediately after the installation works are completed. Forces caused by wind pressure and suction, the stresses arising from temperature changes and other mechanical stresses determine the durability of the connection between the window and the wall. This becomes especially relevant in India, considering the wide range of temperatures experienced by many parts of the country. If the connections between the windows and the wall are not sufficiently durable and flexible, leaks occur and the damaging starts. Gaps forming on the outside are penetrated by rainwater and cold air and those on the inside by moisture in the air. Permanent damage and irreversible deformations of windows as well as damage to the window frames result. Therefore this principle is a key aspect to keep in mind during the installation process.

Principle # 2: The connections between the uPVC window and the wall should be as durable and leak-tight as the roof cover.

To look at it in the most basic way, a window is exposed to the very same external factors and conditions that the walls or roof of a house are subject to. It is thus imperative that the window be properly connected with the walls of the building and that the insulation of those connections should be “as leak-tight as the roof”. To address another aspect, windows make up the majority of the space within the wall openings. The key aspects of the “installation philosophy and history” deal with the movement joints located around the window.

It is those small gaps where the materials mechanically bind the window to the wall and, most importantly, the thermal insulation material as well. And just like the entire roof surface, these must also be protected against uncontrolled penetration by rainwater.

Principle # 3: Inside more vapour tight than outside!

The structure of the connections between the windows and the walls of a house must be more airtight, watertight and vapour-tight on the inside than on the outside, thus allowing moisture to evaporate to the outside in order to keep the building fabric dry. This can be achieved by covering the thermal insulation of the connections with vapour barrier materials. The protections should in particular prevent penetration of rainwater into the structure of the connection and must, in a controlled manner, drain the water and moisture that has managed to penetrate into the thermal insulation layer. This can be achieved by using materials that do allow evaporation.

A boundary separating the outdoors from the interior of the building must be established along the entire surface of the external wall and must not be broken. Breaks in the sealing connections are the most common cause of the negative phenomena referred to as thermal bridges, which lead to uncontrolled energy losses and condensation.

These three “Golden Principles” cover a large percentage of the most common yet avoidable errors in uPVC window installation. By just keeping them in mind during the installation process, you might find yourself surprised at how many errors can be avoided. Not to mention the equally avoidable circumstance of dissatisfaction with the performance of a window, when more often than not, the fault lies with the installation and not the product. After all, even the wheel wouldn't have been half as useful if it had been placed on top of the vehicle instead of at the bottom!

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uPVC WINDOW - WATER TIGHTNESS

Due to the obvious nature of its name, this property of windows appears to be the easiest to explain. Some readers might already know that windows cannot be divided into water-tight and non-water-tight. There are as many as 10 water-tightness classes defined for uncovered windows, from 1A to 9A, as well as a special class, Exxxx where the xxxx stands for the value of pressure greater than 600 Pa.

The term “uncovered window” is defined as any window installed in a building wall whose entire surface is exposed to weather conditions, to include wind and rain.

Depending on the test pressure level and the time for which the tested window remains completely water-tight to rainwater, windows are given appropriate designations. Consequently, in reality, the “water-tightness”, also referred to as “driving-rain resistance”, of a uPVC window identifies the wind load during rainfall at which rainwater will start penetrating the interior of the window structure.

The specific relation between the pressure and the duration of exposure, and the water-tightness class is shown in the table below, which is prepared based on the EN 12 208:2001 classification standard entitled “Windows and doors. Water tightness. Classification.” According to the standard, windows which at the test pressure of 0 Pa leak water to the interior of the window structure after a period that is shorter than 15 minutes are not classified at all.

At pressures greater than 600 Pa, he duration for each step should be equal to 5 minutes.

The windows that are the least water-tight are designated as 1A, which means that they do not leak rainwater for 15 minutes at the pressure of 0 Pa, which means that in regular use conditions in regions with regular rain they leak nearly all the time.

Windows classified as 9A start leaking water into the interior of the structure only at the pressure of 600 PA, which means that leaks may occur in the case of rainfall at wind speeds equal to approx. 112 km/h. Windows of very high level of water tightness are those marked with the “E” symbol, with the pressure value provided, e.g. E 1200, which means that they remain water-tight for at least 5 minutes when exposed to pressure of a specific value (in this case 1,200 Pa) that is greater than 600 Pa.

Water tightness is the second property of uPVC windows, beside resistance to wind load where, the wind pressure acting on the window is of key importance. When selecting windows based on their tested characteristics, one should make sure not to treat these two properties separately. This is particularly important with regards to the pressure value. In nature, wind and heavy rains often occur at the same time. One must keep in mind that even if a window is in the highest C class with regards to the bend in the frame on which the wind pressure acts, the bend is equal to 1/300 of the length of a given component. In the case of a window that is 1 metre tall, 1/300 is equal to 3.3 millimetres. In the case of a window that is 2 metres high, 1/300 is equal to 6.6 millimetres. Do you think that the window will remain water-tight if such a bend occurs?

This is why the wind load resistance class and the water-tightness class of windows must be considered at the same time. Perhaps this will not completely eliminate the possible negative consequences of the elements acting on the window, but it will certainly allow significantly mitigating them.

For any more information, please write us at [email protected].

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uPVC Windows and doors - What’s all the fuss about?

uPVC Windows - What’s all the fuss about?

In the window profile industry, there seems to be a definite trend towards uPVC. uPVC frames dominate the window market in Europe and are also very common in China, the USA, and increasingly, even in India. The question is, why? What's so special about uPVC? Why are more and more home owners jumping on the uPVC bandwagon? And, perhaps most importantly - should we join them?

As we all know, general sentiment isn't always driven by logic or even actual benefit, but is this yet another case of like begets like, or is there something more to the uPVC story? To attempt to answer this let us look at the performance of uPVC windows over three broad parameters - Ecological, Economic and Material/Design/ Safety.

uPVC windows do not emit any gases and can be considered as absolutely harmless to human health. Due to this fact and thanks to the easy-to-clean and hygienic, non-porous surfaces of uPVC window frames, they are suitable even for installation in clinical environments.

ECOLOGICAL

Energy Efficient

uPVC windows are energy efficient. They have a very low heat transfer coefficient (U-Value), which means they have excellent insulating properties. In scientific terms, the heat transfer coefficient indicates how much thermal energy (heat) is transferred through a building element such as the windows and doors. The unit of measurement of U-Value is W/m²K (Watt per square metre by Kelvin). Today, modern profile systems can reach Uf (U-Value of frame) Values of 0.79 W/m²K resulting in U (U-Value of window) w2 Values as low as 0.63 W/m K which practically translates to excellent insulation and significantly lower energy costs.

Weather and age resistant

In addition to energy-related improvements, uPVC windows are highly resistant to weathering with easy-to-care and dimensionally stable surfaces, even under extreme temperature conditions. In this regard, they perform much better than windows made of other materials. There are even special “tropical” uPVC recipes for regions with increased U V impact, such as India, to make the windows more resistant to sunlight and heat. In order to make sure that uPVC windows remain stable and robust, stabilizers are added during profile fabrication. In the past, uPVC profile providers used to add environmentally damaging lead stabilizers. However, safety standards have seen a radical upward shift since then, and today, manufacturers use uPVC stabilizers on a Calcium-Zinc (CaZn) basis instead of lead. These are completely harmless to the environment, an attribute that brings us to the next advantage provided by uPVC profiles.

Environmentally and ecologically sound

For all intents and purposes, uPVC window profiles can be considered completely harmless to humans and the environment. The shift away from lead stabilizers has already been touched upon. Other agents used in the past have included Formaldehyde, Chlorofluorocarbon (CFCs) or Polychlorinated Biphenyls (PCBs). All these are now replaced by harmless substances such as Calcium/Zinc, which do not lead to the profiles emitting harmful gases. Due to this and the easy-to-clean and hygienic, non-porous surfaces of uPVC window frames, they are suitable for installation in highly sanitized and even clinical environments.

ECONOMIC

uPVC windows are very economical to produce. For this reason and due to the strong competition in the sector with a wide range of systems and variations being offered, end consumers can find many economical and innovative solutions available. Moreover, sophisticated window systems present excellent performance characteristics that simply save money. They are very durable, require little maintenance and are highly insulating and therefore energy-saving. On the whole, initial costs for high-quality uPVC windows tend to be lower than costs for comparable wooden or aluminium windows.

Compatibility

One of the major strengths of sophisticated uPVC window systems is the widespread compatibility of different components such as main profiles and additional parts like glazing beads, extension profiles, gaskets etc.. The importance of compatibility is a crucial factor at the window fabricator level. Fewer types of different profiles need to be stored and tool settings remain the same, even when processing window profiles with different profile depths. This simplifies warehousing and handling of the profiles and again saves money for end consumers.

MATERIAL, DESIGN AND SAFETY RELATED ADVANTAGES

uPVC windows offer excellent sound insulation.

uPVC windows are fire-resistant, do not have a fire-accelerant effect and are self extinguishing outside the flame.

uPVC windows are resistant to termites, will never rust, rot or corrode.

uPVC windows can be cleaned easily with normal dish-washing liquid.

uPVC windows provide protection against burglary.

uPVC windows can be produced with coextruded gaskets, their sealing will fit excellently.

uPVC window profiles can be lacquered, laminated with décor foils or covered with aluminium shells.

uPVC window profiles can be bent. Arched and even round uPVC windows are possible.

uPVC windows can be installed both in new buildings and in renovation projects.

As can be seen, the many advantages and benefits of the uPVC window over its counterparts are what seem to be driving the swing towards it. Its overall versatility, cost effectiveness and durability all combine to make it the material of choice of window profile manufacturers and consumers alike. And from the look of things, this preference for uPVC windows seems only set to increase in the foreseeable future. Coming back to where we started, unsure whether to clamber onto the bandwagon or not, perhaps the best way to summarize where we find ourselves is this: Popular sentiment might not always hit the nail on the head but on this occasion at least, it seems to have got it just right. All aboard!

For any more information, please write us at [email protected].

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