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Tag: Building Works

Expert Building Works Services in North Essex and South Suffolk

When it comes to enhancing your home or undertaking new construction projects, choosing the right contractor is essential. At Infinity ProServ, serving the communities of North Essex and South Suffolk, we specialise in providing a range of building works to meet all your domestic construction needs.

Refurbishments:
Whether you’re looking to update your kitchen, transform your bathroom, or renovate your entire home, our team has the expertise to bring your vision to life. We understand that such projects can be a significant investment, which is why we work closely with you to understand your goals and preferences. From design consultation to project completion, we strive to deliver renovations that exceed your expectations, enhancing the comfort, functionality, and value of your home.

Extensions:
Need more space to accommodate your growing family or lifestyle needs? Our extension services are designed to help you maximise the potential of your home. Whether you’re considering a single-story extension, loft conversion, or garage conversion, we have the skills and experience to create seamless additions that blend seamlessly with your existing property. From planning and design to construction and finishing touches, we handle every aspect of your extension project with precision and care.

New Builds:
Dreaming of building your perfect home from the ground up? Our new build services make it possible. We work closely with you at every stage of the construction process to ensure your new home reflects your unique style, preferences, and needs. Our team of skilled craftsmen and tradespeople deliver superior workmanship and attention to detail, ensuring your new build is completed to the highest standards of quality and craftsmanship.

Maintenance and Repairs:
In addition to our building works services, we also offer maintenance and repair services to help you keep your home in top condition. From minor repairs to routine maintenance tasks, our team is here to help you preserve the integrity and value of your property.

At Infinity ProServ, we take pride in delivering exceptional building works services that enhance the lives of our clients. Contact us today to learn more about how we can help you with your building projects in North Essex and South Suffolk.

Remembrance: Construction Trades in the Wars

Remembrance: Construction Trades in World War I and World War II

The construction trades have always played a pivotal role in shaping landscapes; whether it’s the development of the UK’s towns, or the battlefields of both World War I and World War II. Beyond their traditional roles in civilian infrastructure, builders, architects, and tradespeople were mobilised to fortify and defend the nation during these tumultuous times. This article delves into the remarkable contributions of construction trades across both conflicts, shedding light on the ingenuity, resilience, and adaptability of the workers who, with determination, fortified Britain against external threats as an act of remembrance.

On November 11th, the UK will fall silent as an act of Remembrance to fallen service people throughout our military history.

World War I: The Trench Warfare and Military Infrastructure

As World War I erupted, construction trades quickly shifted focus from civilian projects to military endeavours. The iconic trenches of the Western Front, where soldiers endured unimaginable hardships, were masterfully engineered by construction workers. The complexity of trench systems required skilled laborers, carpenters, and engineers, often working under challenging conditions.

Additionally, construction trades were crucial in building military installations, supply depots, and the expansive network of railways that sustained the war effort.

In WW1, much of the war was fought using trench warfare. These trenches were monumental construction efforts in themselves, and used skilled tradesmen alongside soldiers to create these fortifications

Defence on the Home Front in World War 2

The UK defensive construction effort in World War 2, was monumental, including thousands of concrete pillboxes, many of which remain today.

In World War II, the home front defence construction efforts in the United Kingdom constituted a monumental undertaking that reshaped the landscape and resilience of the nation.

Faced with the constant threat of invasion and aerial bombardment during the Blitz, construction efforts focused on the rapid development of air raid shelters, anti-aircraft batteries, defensive pillboxes and coastal defences.

Civil engineers and construction workers were at the forefront, transforming urban spaces to incorporate public shelters and constructing massive underground bunkers to protect citizens from air raids.

Coastal regions saw the erection of defensive structures to thwart potential invasions. The construction of the iconic Anderson shelters in residential areas became a symbol of the collective effort to protect civilians.

Across the country, and with many thousand remaining to this day; concrete pillboxes sprung up to offer defensive positions at critical locations for any remaining army forces or even Home Guard members.

Beyond the physical structures, construction trades played a critical role in fortifying key infrastructure, including bridges, railways, and factories, to ensure the continuity of essential services during times of conflict.

The home front defense construction efforts of World War II stand as a testament to the adaptability, determination, and collaboration that characterised the UK’s response to the threats on its doorstep.

The Blitz and Reconstruction in World War II

During the Blitz of World War II, construction trades faced an unprecedented challenge. The relentless bombing campaigns inflicted substantial damage on British cities, requiring swift and efficient reconstruction.

Builders and tradespeople became wartime heroes as they worked tirelessly to repair and rebuild, demonstrating resilience amidst adversity. The era also saw the emergence of innovative construction methods, such as pre-fabrication, to expedite the rebuilding process and accommodate the urgent need for shelters and infrastructure.

Following the Blitz, many cities across the UK were damaged beyond recognition. Construction trades were run wragged trying to rebuild homes and businesses, allowing Britan to 'Keep calm and carry on'.

Specialist Roles: Sappers

Amongst the UK's military construction efforts, the Mulberry Harbours used to support the Allied invasion of Europe were critical.

In both wars, specialised construction units, such as the Royal Engineers (Sappers) played critical roles.

These units were comprised of skilled tradespeople, including carpenters, electricians, and plumbers, who not only constructed vital military installations but also undertook the challenging task of repairing infrastructure under fire.

Post-War

Reconstruction

Following the devastation of World War II, the reconstruction efforts in the United Kingdom took on a profound significance, marked by the ambitious New Town movement.

The extensive bombing during the Blitz left numerous cities and towns in ruins, prompting a critical need for housing and infrastructure renewal. The visionary New Towns, such as Harlow, Stevenage, and Crawley, were conceived as innovative solutions to address the acute housing shortage and to accommodate the displaced populations.

These developments aimed not only to provide housing but also to foster a sense of community and incorporate modern planning principles. The construction boom during this period witnessed the rise of prefabricated housing and the adoption of new architectural styles. The post-war construction era, characterised by resilience and innovation, not only rebuilt what was lost but laid the groundwork for urban planning concepts that influenced generations to come.

The New Town movement, in particular, reflects a transformative chapter in UK construction history, addressing the immediate post-war challenges while setting the stage for a modern, forward-thinking approach to urban development.

Commemoration

Even during World War 1, care was taken to commemorate the fallen soldiers. The Imperial War Graves Commission was formed in 1917 to ensure continued remembrance of soldiers who made the ultimate sacrifice. Over time, this organisation became today’s Commonwealth War Graves Commission, who look after the graves of 1.7 million fallen service personnel at 23,000 locations in over 150 countries!

The families of the fallen wanted to make their own monuments of remembrance in towns and villages, and soon after World War 1 ended, in excess of 100,000 war memorials began to spring up across the country, which remain today and are central to remembrance parades each November.

Remembrance

The legacy of construction trades in these wars extends beyond the immediate wartime efforts. The skills and experiences gained during these periods influenced post-war construction practices and innovation. The adaptability and resourcefulness displayed by the construction industry during times of conflict laid the foundation for modern construction methodologies, safety standards, and collaborative approaches.

The construction trades in the UK were unsung heroes during both World War I and World War II, leaving an indelible mark on the nation’s history. Their contributions, from the trenches of the Western Front to the post-Blitz reconstruction efforts, showcase the resilience and versatility of those in the building profession. As we reflect on these historical events, it’s essential to recognise the vital role played by construction trades in safeguarding and rebuilding the nation during its most challenging moments. 

If you should choose to support the UK’s Remembrance Day in supporting our military, you can do so with a donation to the Poppy Appeal here.

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Lessons from Storm Babet: How to Safeguard Your Home Against Storms

Lessons from Storm Babet: How to Safeguard Your Home Against Storms

The destructive force of nature, as exemplified by Storm Babet this week, has once again reminded us of the vulnerability of our homes to the perils of damage caused by storms. As extreme weather events become increasingly common, it is imperative to learn from these incidents and take proactive measures to protect our homes against potential damage.

Whilst Essex and Suffolk have not been as badly affected as the North of England and Scotland, over 2 inches of rainfall has fallen in the past 24 hours, couple with high winds showing us just what damage can be caused. By focusing on critical areas such as broken or blocked guttering, drainage issues, roof vulnerabilities, and other related concerns, we can significantly reduce the risks of damage associated with storms and protect our homes from the devastating aftermath of such natural calamities.

Storms wreak absolute havoc when they hit the UK hard. Whilst it's rare to suffer loss of life, the impact it has on our homes in terms of flooding and general damage can be significant.

Storms and the damage they can cause to your home

Storms, with their powerful forces of nature, can wreak havoc on residential homes, causing a range of problems that can significantly impact both the structural integrity and the comfort of living spaces. Here are several common issues that can arise in residential homes as a result of storms:

  1. Roof Damage: High winds and heavy rainfall can lead to various forms of roof damage, including missing or damaged tiles or slates, or even punctures and leaks (particularly in flat roofing). Such vulnerabilities can result in water seepage, structural weakening, and ultimately, interior damage to the property. Conducting regular roof inspections, addressing any existing damages promptly, and ensuring proper insulation can effectively enhance the structural resilience of roofs, thereby minimising the likelihood of water seepage and subsequent interior flooding.
  2. Flooding: Intense rainfall, combined with blocked drainage systems and poor landscaping, can result in severe flooding, leading to water damage, mould growth, and structural instability. Floodwater can also compromise the foundation and electrical systems, posing significant safety risks. Make sure that drains remain clear to allow water to flow, and landscape gardens to avoid allowing water to stand. Well-maintained guttering also plays a significant part in diverting rainwater away from our homes. The accumulation of leaves, debris, and other obstructions in the guttering system can impede the smooth flow of water, leading to overflow and potential water ingress. Regular inspections and timely cleaning of guttering are essential in preventing blockages and ensuring efficient water drainage, thereby reducing the risk of flooding during heavy rainfall.
  3. Window and Door Damage: Debris carried by strong winds can collide with windows and doors, causing breakage and compromising the structural integrity of the building. Broken windows and doors can allow water and debris to enter the home, leading to further damage and safety concerns. In extreme circumstances, doors and windows might require sandbagging to prevent significant flood damage. Damaged doors and windows are also a security concern.
  4. Power Outages: Storms, particularly those accompanied by thunder and lightning, can cause power outages, disrupting daily life and potentially leading to the loss of perishable goods. Extended power outages can also affect heating and cooling systems, posing risks to the health and safety of residents, especially during extreme weather conditions. In the case of thunderstorm, electrical surges can be a menace to appliances and electrical equipment; so don’t forget to unplug them, or use surge protection.
  5. Fallen Trees and Debris: Severe storms can uproot trees and scatter debris, which can damage roofs, windows, and other exterior structures of residential homes. Fallen trees can also pose a significant safety risk, especially if they damage power lines or obstruct roads and pathways.
  6. Basement and Foundation Issues: Excessive rainfall and flooding can lead to water seepage into basements, causing structural damage, mould growth, and the deterioration of the foundations. Such issues can compromise the stability of the entire house and necessitate costly repairs.
  7. Landscape Destruction: Intense storms can lead to the erosion of soil, the uprooting of plants, and the destruction of landscaping features, resulting in both aesthetic and functional damage to the property. Soil erosion can also affect the stability of the property’s foundation, leading to long-term structural issues.
  8. Mould and Mildew Infestation: Excessive moisture from storms, especially when accompanied by flooding or water seepage, can create conducive conditions for the growth of mould and mildew. These can not only cause structural damage but also pose health risks to the residents, triggering allergies, respiratory problems, and other health complications.
  9. Structural Weakening: The cumulative effects of multiple storms over time can gradually weaken the overall structural integrity of residential homes, leading to long-term damage and the need for extensive repairs and renovations to ensure the safety and stability of the property.
  10. Fence Panels: We all know all too well that as soon as there’s a strong gust of wind, fence panels start popping. As well as the aggravation factor, missing fence panels also pose a risk to security; both keeping people out, but also keeping kids and pets within your garden. Whilst a relatively simple fix, it’s a common problem once strong winds start to blow in our winter storms.

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In the aftermath of storms such as Babet, the importance of protecting our homes against storm damage has become more apparent than ever. By understanding the vulnerabilities posed by storms, we can take proactive measures to protect our homes from their devastating impact. Through regular maintenance, timely repairs, and the implementation of effective preventive strategies, we can create a more resilient living environment that can withstand the challenges posed by extreme weather events, safeguarding both our properties and our peace of mind. If you require any help getting ready for a possibly eventful autumn and winter of storms, contact Infinity Home Services by calling 0800 148 8088 or completing the form below and we’ll be in touch!

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The Sagrada Familia: A Masterpiece in Progress and Lessons for Timely Domestic Building Projects

The Sagrada Familia: A Masterpiece in Progress and Lessons for Timely Domestic Building Projects

The Sagrada Familia, one of the world’s most iconic architectural wonders, stands as an enduring testament to human ambition, artistic vision, and the complexities of construction. Since its inception in 1882 by Spanish architect Antoni Gaudi, this basilica has been under construction, and whilst there is excitement as the four towers have been recently crowned,  it remains unfinished to this day with the central, and final tower to be completed. While it might be easy to marvel at its grandeur, the story of the Sagrada Familia offers profound insights for anyone embarking on domestic building projects. In this article, we will explore the fascinating history of the Sagrada Familia, the factors contributing to its prolonged construction timeline, and most importantly, the valuable lessons it provides to help homeowners ensure their own building projects progress efficiently.

The Sagrada Familia is possibly Spain's most iconic building, yet it's still under construction more than 140 years after it was started! Find out what we can learn about completing a timely domestic building project.

The Saga of Sagrada Familia

Designed by the visionary architect Antoni Gaudí, the Sagrada Familia was initially envisioned as a simple neo-Gothic church. However, Gaudí’s creative genius transformed it into a complex and awe-inspiring masterpiece that defied traditional architectural norms. From the outset, the project was ambitious, with Gaudí aiming to complete it within a decade. Yet, as with many construction endeavours, challenges and delays soon became evident. So much so, that Gaudi is buried in the crypt of his own construction.

We’ve outlined below some of the major contributing factors to these delays:

  1. Funding Challenges: One of the primary reasons for the prolonged construction timeline of the Sagrada Familia was financial instability. The project relied heavily on donations, and at times, funding was scarce. Construction had to be halted or significantly slowed down during periods of economic downturn or political upheaval.

  2. Technical Complexities: Gaudí’s innovative architectural designs introduced unprecedented technical complexities. His use of novel construction techniques, intricate facades, and a forest of slender columns required meticulous planning and experimentation, often leading to unforeseen challenges that extended the construction timeline.

  3. Historical Events: The construction of the Sagrada Familia was further delayed by historical events, including the Spanish Civil War, during which the building suffered damage and the loss of crucial construction plans. These external factors disrupted the project for years.

  4. Adaptation and Commitment: Despite these challenges, the architects, engineers, and builders of the Sagrada Familia displayed unwavering commitment to the project. They adapted to changing circumstances, preserved Gaudí’s vision, and continued the construction even when faced with adversity.

Lessons for Timely Domestic Building Projects

While the Sagrada Familia’s journey is extraordinary, it offers valuable lessons for homeowners embarking on their own building projects. Here are essential takeaways to ensure your domestic construction doesn’t linger indefinitely:

  1. Meticulous Planning: Begin with a comprehensive and well-thought-out plan. Clearly define your project’s scope, timeline, and budget. Consider contingencies for unexpected challenges.

  2. Secure Financing: Ensure you have a stable financial plan in place. Budget for unforeseen expenses, and explore funding options that provide flexibility in case of economic fluctuations.

  3. Professional Expertise: Collaborate with experienced architects and contractors who understand the complexities of your project. Their expertise can streamline the construction process.

  4. Regular Communication: Maintain open and transparent communication with your project team. Discuss progress, challenges, and necessary adjustments regularly to keep the project on track.

  5. Adaptability: Be prepared to adapt to changing circumstances. Unexpected issues may arise, so having a flexible approach to problem-solving is crucial.

  6. Approvals and Regulations: Ensure all necessary planning permissions and regulatory approvals are in place before construction begins. Delays in obtaining these can significantly impact your project’s timeline.

  7. Quality Control: Prioritise quality control throughout the construction process. Address issues promptly to prevent them from causing delays or escalating costs.

  8. Project Management: Consider hiring a project manager to oversee the construction. Their expertise can help streamline processes and keep the project on schedule.

  9. Regular Inspections: Conduct regular inspections to identify potential issues early. Timely corrections can prevent minor problems from turning into major delays.

  10. Commitment and Persistence: Finally, remain committed to your project’s success. Persistence and dedication can help overcome challenges and keep the construction moving forward.

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The Sagrada Familia’s ongoing construction journey serves as a powerful reminder of the complexities inherent in ambitious building projects. By studying its history and the lessons it offers, homeowners can approach their domestic building endeavors with a greater understanding of the factors that contribute to timely completion. With careful planning, adaptability, and a commitment to excellence, your own construction project can progress efficiently, allowing you to enjoy your dream home without unnecessary delays.

If you’re considering how you might tackle an extension, loft conversion or even a complete new-build, contact us now using the form below, or by calling 0800 148 8088 to see how we can help to avoid some of these pitfalls!

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The cooling of the housing market: What happens next?

The cooling of the housing market: What happens next?

In the ever-shifting landscape of real estate, few markets capture the world’s attention quite like London. Long known for its sky-high property prices, the city has been a beacon for investors, homeowners, and dreamers alike. However, recent headlines from the Office for National Statistic’s House Price Index have sent shockwaves through the British capital’s housing market, as the once-soaring prices of London properties are beginning to show major signs of change.

The news of London’s price drop is more than just a headline; it’s a signal of significant changes in the UK’s housing market. In this article, we’ll delve into the factors contributing to this cooling trend, explore its implications, and dissect what it all means for both current homeowners and those hoping to break into the property scene.

Infinity Proserv looks at the decline in house prices recently reported, and the effect that will have on the housing market

When housing prices start to drop, several general trends and consequences typically occur:

1. Decreased Demand: As prices fall, potential buyers may hold off on purchasing homes in anticipation of further declines, or further negotiation leading to a cyclical situation of ever-decreasing prices. This decreased demand can lead to a surplus of available properties.

2. Longer Time on Market: Homes tend to stay on the market for a longer period when prices are declining, which has already been noted. Sellers may need to reduce their asking prices or offer incentives to attract buyers.

3. Price Reductions: Sellers often lower their asking prices to remain competitive, resulting in a downward pressure on property values.

4. Negative Equity: Homeowners who purchased their properties with high mortgages may find themselves in a situation of negative equity, where the outstanding mortgage balance exceeds the current market value of the home.

5. Repossession: In severe cases, homeowners facing financial distress may be unable to make their mortgage payments, leading to repossessions and subsequent sales. These distressed properties can further depress prices in the market.

6. Impact on Builders and Developers: Falling prices can also affect new construction projects. Developers may delay or cancel new developments if the market is oversaturated with unsold properties.

7. Tightened Credit: Lenders may become more cautious, tightening lending standards and requiring larger down payments, which can further reduce demand for housing.

8. Economic Effects: A declining housing market can have broader economic implications, potentially leading to reduced consumer spending and economic slowdowns in regions heavily dependent on property.

It’s important to note that the dynamics of a housing market can vary widely based on local factors, such as supply and demand, economic conditions, and government policies. A gradual decline in prices may not necessarily lead to a housing market crash, and some markets may recover more quickly than others.

Housing market decline and its effect on improvement projects

In the midst of a cooling housing market, where property prices are dropping, the dynamics of property economics undergo a significant transformation. Whilst for prospective homebuyers, this shift may bring opportunities, for existing homeowners, especially those contemplating home improvements or renovations, navigating this changing landscape can be a double-edged sword.

On one hand, declining property prices can create a financial challenge for homeowners who had hoped to tap into the equity of their homes to fund renovations or upgrades. The reduced market value of their properties can limit their borrowing power and leave them with less equity to leverage for home improvement projects. This may necessitate re-evaluating renovation plans, scaling them down, or seeking alternative financing options.

On the other hand, a cooling housing market can present unique opportunities for savvy homeowners. With prices in decline, the cost of materials and labour for home improvements may become more competitive. The post-COVID-19 landscape is still seeing vastly inflated materials costs. Skilled contractors and builders may be more willing to negotiate on pricing, potentially resulting in cost savings for homeowners looking to enhance their properties. Additionally, lower interest rates, often associated with a slowing housing market, can make home equity loans/mortgages or refinancing more affordable, providing a means to finance renovation projects.

Naturally the slowing of the market means the prospect of entering the market becomes less attractive in itself. These changes to the marketplace often result in more homeowners seeking to improve their existing surroundings, extend their home through extensions or loft conversions rather than face the prospect of a potentially turbulent sales process.

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In this evolving housing market, existing homeowners must carefully weigh their options, considering the impact of falling property prices on their renovation plans and the potential long-term benefits of enhancing their homes in a market that is poised for future recovery. If you’re looking to either extend your home, refurbish or even add a loft conversion, speak to us, or our sister company; Infinity Planning either by calling 0800 148 8088, or completing the contact form below. We will be only too happy to assist you in formulating a more comprehensive plan, considering all of the options.

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RAAC and Ruin? A guide to RAAC in the home

RAAC and Ruin? A guide to RAAC in the home

RAAC, which stands for Reinforced Autoclaved Aerated Concrete, has been a prominent topic in the construction industry for several years, but last week hit the headlines with the closure of around 150 schools just days before reopening for the new school year.

A huge snowball effect is unfolding due to its widespread use between the 1950s and 1990s, with fears of even wider reaching consequences than first thought.

Whilst the current public outcry is focusing on schools, and to a lesser extent hospitals, what are the impacts of RAAC on your home? Here we look at the substance, and the realities of living with this questionable construction material.

Infinity ProServ looks at the problems around Reinforced Autoclaved Aerated Concrete (RAAC) and its use within domestic properties.

RAAC – What’s the problem?

Many buildings dating from the 1950s to the 1980s incorporate this material into their structures. Unfortunately, its deterioration has led to structural failures in numerous buildings, both in the UK and abroad. Some of these incidents have had catastrophic consequences.

These concerns have prompted a comprehensive review of RAAC and its applications in UK buildings which we are currently watching unfold. The NHS estimates that repairing thirty hospitals could cost approximately £1 billion. Moreover, it is believed that approximately 1,500 schools were constructed using it during its peak usage. To a lesser degree, RAAC has been used in domestic construction, although its usage in this areas is believed to be far less widespread.

What is RAAC?

Reinforced Autoclaved Aerated Concrete (RAAC) was the poster-child material of 1950s construction, and offered a versatile, eco-conscious building material. Its rise to prominence was driven by its unique attributes; including its lightweight nature, exceptional thermal insulation properties, and environmentally friendly characteristics.

The origins of Autoclaved Aerated Concrete (AAC) trace back to the early 20th century, with its initial invention dating to the 1920s in Sweden. AAC quickly garnered attention across Europe due to its low density and user-friendly qualities. As time progressed, innovations paved the way for the evolution of Reinforced Autoclaved Aerated Concrete, incorporating steel reinforcement to bolster its structural integrity. The manufacturing process of RAAC involves blending cement, sand, lime, and aluminium powder with water, resulting in a robust yet lightweight porous material. Despite its name, it isn’t truly “concrete.”

RAAC has found extensive use in Europe, Asia, and Australia. Thanks to continuous enhancements and refinements over the years, RAAC has emerged as one of the construction industry’s most sought-after building materials.

The problem with RAAC

The production of substantial Reinforced Autoclaved Aerated Concrete planks involves a “foaming” procedure, incorporating silicate and calcareous chemicals along with bulking and accelerating agents. It is this ‘foam’ that the UK press have referred to the ‘Aero-like texture’ of RAAC. This foamy substance is intentionally created to adhere to the reinforcement, ensuring its structural integrity.

Nonetheless, planks can experience deflection (bending) between their support points due to various environmental factors, including loading, moisture infiltration, and thermal or carbon influences. Deflection has the potential to induce cracks, particularly in areas of the AAC material subjected to excessive stress or where it falters around the reinforcement. These fissures also permit moisture infiltration, which, in turn, can weaken the reinforcement itself.

RAAC was thought to have a life span of around 30 years. Whilst the most recent construction using RAAC stopped in the 1990s – which is just ‘coming of age’, much of the UK’s building stock utilising this material is significantly older.

As these planks degrade and potentially deflect more and more, they are weakened. This can ultimately lead to them fail entirely, with potentially dire consequences such as Singlewell Primary School in Kent, which collapsed in 2018.

Risks associated with Reinforced Autoclaved Aerated Concrete

The formulation and production of Reinforced Autoclaved Aerated Concrete introduce various risks to structures, including:

  1. Structural Integrity: Although RAAC is recognised for its strength and durability, its structural integrity can be compromised due to design, construction, or improper reinforcement installation. In rare instances, this could result in structural issues such as wall, floor, or roof cracks or, in extreme cases, even collapse. These occurrences can pose significant dangers to occupants and neighboring properties.

  2. Fire Resistance: While RAAC possesses inherent fire-resistant qualities, its precise composition and the presence of organic binders can influence its fire performance. The use of subpar or low-quality RAAC may not offer sufficient fire protection, potentially putting building occupants and nearby structures at risk.

  3. Moisture and Water Damage: RAAC is susceptible to moisture infiltration if not adequately sealed or shielded. The ingress of water can trigger material deterioration, weakening the overall structure over time. This deterioration can lead to the growth of mould, degradation of surface finishes, and potential health hazards for building occupants.

The likelihood of finding RAAC in my home

The likelihood of finding RAAC in your home depends very much on the type of dwelling you own. Generally speaking, the likelihood of finding RAAC within a standard-construction house – be it detached, semi-detached or within a terrace is fairly low.

RAAC, from the typical examples of usage being schools and hospitals tended to be utilised within the construction of larger buildings. It is therefore reasonable to suspect that larger blocks of flats; especially those with flat roofs, may be more likely to feature RAAC. It is therefore anticipated that RAAC has been widely used within larger blocks of social housing constructed within that period of the 1950s-1990s.

What to do if I think I have RAAC in my home

While significant incidents involving Reinforced Autoclaved Aerated Concrete (RAAC) have occurred, it is crucial to emphasise that proper management can effectively mitigate its risks, provided that the material is well-maintained and not allowed to deteriorate significantly. To minimise the potential hazards associated with RAAC construction, the following measures should be put into practice:

  1. Proper Design and Engineering: Engage experienced surveyors, structural engineers, and contractors well-versed in RAAC construction to evaluate existing RAAC structures. Conduct thorough structural analyses and implement necessary reinforcements to ensure the building’s stability and safety.

  2. Quality Assurance: Utilise high-quality reinforcement materials and construction methods to ensure the safety of RAAC where found. Implement routine inspections and testing to guarantee compliance with industry standards.

  3. Fire Protection Measures: Strictly adhere to fire safety regulations and apply suitable fire-resistant coatings or treatments to enhance the fire performance of RAAC structures. Additionally, install fire alarms and if appropriate sprinkler systems and evacuation plans to minimise fire-related risks.

  4. Moisture Management: Incorporate comprehensive waterproofing measures during construction, with particular attention to joints, openings, and vulnerable areas susceptible to moisture infiltration. Regular maintenance and inspections should identify and rectify any signs of water damage, including the assessment of roof coverings to prevent leaks that could compromise the RAAC structure’s integrity.

RAAC, despite its inherent advantages, also presents significant risks that demand attention to ensure the safety of both properties and occupants. Given its prevalence in UK construction, whilst it’s not believed to be too commonly used in single dwellings, care must be taken to ensure you understand your property, and where relevant ensure that diligent maintenance and mitigation measures are used to substantially reduce the associated risks.

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RAAC is undoubtedly a huge talking point within the press throughout the UK. And justly so.

Infinity Home Services understand the levels of anxiety being caused by this problem. Whilst the first port of call should be a structural engineer or chartered building surveyor, Infinity Home Services will endeavour to assist wherever possibly. Simply call 0800 148 8088 or complete the form below:

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VAT relief for disability works

If you’re having to undertake works to your home to aid your living due to a disability, you may be able to claim VAT relief on the cost of the works; offering you significant savings.

What is VAT relief?

Simply put, the HMRC have outlined a range of works and improvements to homes which are deemed to be VAT-free, meaning your contractors will not need to charge you VAT at all.

It’s important to note, however, that this is not a refund process, but an exemption from paying VAT at the outset. It’s therefore vital to ensure that works are appropriate in order to qualify for the exemption, and that your building contractor is competent and knowledgeable in order to ensure full compliance to the process.

Qualifying for VAT relief

In order to qualify for VAT relief on these projects, you must be deemed ‘chronically sick or disabled’ as defined by HMRC. This doesn’t mean that you will necessarily be registered disabled, or in receipt of related benefits. HMRC classifies chronically sick or disabled as:

  • “Suffering physical or mental impairment which has a long term and substantial adverse effect upon your ability to carry out everyday activities
  • Suffering a condition which the medical profession treats as a chronic sickness (that’s a longterm health condition)”

HMRC states clearly that the above classification does not relate to temporary conditions or decreased mobility specifically linked to old age.

As VAT relief for these works comes via self-certification, HMRC will not advise individual cases in terms of eligibility. Therefore, you should seek medical advice (documentation of which should be retained) if you’re unsure as to your qualification.

Any qualifying works must be carried out within a private residence where you normally reside. It doesn’t not necessarily need to be owned by you, and could even be a close relative’s, but must be your predominant residence. For the purposes of qualifying external works such as ramps, ‘your home’ also includes sheds and outside spaces.

Eligibility Declarations

As the exemption from VAT is self-certified, and not a refund, it falls to the client and contractor to demonstrate qualification of the works and disabled user. Typically, contractors will ask you to complete a simple eligibility declaration, which they will retain alongside their financial records to provide to HMRC. HMRC’s eligibility declaration form can be found here.

If you are having multiple projects completed to aid your mobility, you will need to complete a form for each individual supplier.

Eligible VAT-free projects

There are a range of building projects and improvements that you can undertake to your home which qualify for VAT relief under this scheme. Typical works include:

  • Ramps
  • Doorway, passage and path widening
  • Bathrooms, wet rooms, washrooms and toilets
  • Lifts
  • Associated/enabling works

Ramps, doorways and passages

Having a ramp built either within or into your home qualifies for VAT exemption under this scheme.

It is important to note though, that decreasing the levels of doorway thresholds or the replacement of floor coverings is ineligible.

The widening of doorways or passages, and even rooms where you must pass through to reach other rooms is eligible for you not to have to pat VAT. This also includes the widening of paths outdoors within your garden.

However, creating new doorways, passages or indeed rooms does not qualify for VAT exemption. Nor does creating new entrances or replacing windows with doors, new paths or driveways.

Infinity Home Services’ experienced building and external works teams can assist with any such works.

Bathrooms, wet rooms, washrooms and toilets

VAT exemption applies to a range of works to bathrooms to aid accessibility. Such works include having a new wet room, bathroom, washroom or toilet installed or existing facilities extended or adapted to improve access.

Works may include:

  • Having a bath removed and replaced with a shower or walk-in bath if, because of your disability, you have difficulty getting in and out of a traditional bath
  • Having a bathroom installed on the ground floor if, because of your disability, you’re not able to get upstairs
  • Altering an existing bathroom to allow wheelchair access around the room.

Infinity Home Services’ experience building works teams can assist in such works, and sister company Infinity Wet Rooms can offer full turnkey support with the provision of wet rooms designed to enhance mobility.

Lifts

The installation of a lift to improve mobility is also exempt from paying VAT, as is ongoing repair and maintenance of the lift in the future.

Associated / Enabling Works

Many of the projects outlined already often encompass more associated works to allow their completion than simply the single measures mentioned. Such enabling or associated works will also benefit from the VAT relief. Examples cited by HMRC include:

  • Having a doorway widened the supply and fitting of a wider door frame and door, removal of the bricks and mortar and the restoration of the damaged decor can all be VAT-free
  • Having your bathroom adapted to install a walk-in shower, the replacement of any porcelain goods that need taking out as a result of the new installation and any necessary re-tiling can be VAT-free
  • Whilst having an extension to provide a downstairs bathroom, the VAT-free work can include the preparation of footings (including ground levelling), connection to services (water, gas, electricity and drainage) and the restoration of the immediate decor

Building materials and goods

If you are using a competent professional contractor to undertake your building project, all materials used within the eligible works will also be VAT-free. Assuming that they are VAT-registered, the contractor will reclaim the VAT paid for materials and goods, with no charge to you for VAT.

If you are using a contractor who’s not VAT registered, they are of course, unable to reclaim the VAT for the materials used. In this case, you will need your contractor to arrange for the materials directly to you; on a VAT-free basis from a VAT registered supplier. In this situation, you will need to provide again an eligibility declaration to the materials supplier to ensure compliance.

Certain fixtures and fittings which are designed solely for disabled people are also VAT-free at point of purchase. More information can be sought from HMRC here.

Ineligible works

The exemption from VAT applies only to the categories of work listed above. Whilst other projects around your home may benefit your disability or impairment, it will not be able to benefit from the VAT-free status. Such schemes might include:

  • Construction of a downstairs bedroom or adaptation of an existing room to form a bedroom
  • Installation or upgrade of a domestic heating system, for example, boilers and radiators
  • Replacement windows
  • New kitchens
  • Extension or adaptation of the property to provide a conservatory, carer’s room, office or living room

Reduced-rate VAT for mobility aids for older people

For those who are over 60, but not disabled or chronically sick, some mobility aids will attract a lower (5%) rate of VAT. Such aids include grab rails, ramps, stair lifts, bath lifts, built-in shower seats or showers containing built-in shower seats and walk-in baths with sealable doors. Further information can be found here.

We can help

Infinity Home Services, and our sister company Infinity Wet Rooms can provide complete support for all mobility-enhancing works. Call now on 0800 148 8088 or contact using the form below for a no-obligation consultation on how we can help you.

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