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ONE Mistake Every Tool Owner Makes – Are You Guilty?

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Tool Owner Anti-Theft 101

Roger chats with Inspector Matt Rogers from Surrey Police
https://www.surrey.police.uk

▶ The Tool Show | @dmtools
https://www.thetoolshow.com

▶ Secured by Design (SBD)
https://www.securedbydesign.com

Secured by Design (SBD) is the official police security initiative that improves the security of buildings and their immediate surroundings to provide safe places to live, work, shop, and visit.

▶ Datatag Forensic Marking Security System
https://www.datatag.co.uk
@DatatagID

Datatag makes your vehicles and property identifiable to the Police in such a way that is virtually impossible for a thief to defeat.

▶ SelectaDNA Advanced Forensic Marking
https://www.selectadna.co.uk
@selectadna

There were 449,000 reported burglaries in the UK last year. By using SelectaDNA tool owners can mark their property with a unique DNA identifier, they can help you protect your home or business, so that you don’t become a victim too.

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Tool theft has escalated into a significant issue in the UK, with reports indicating that tools are stolen every 12 minutes in 2023. This alarming frequency translates to 44,514 reported theft incidents over the year, with the majority of cases involving tools stolen from vehicles, particularly vans. This trend has serious implications for tradespeople, who are disproportionately affected due to their reliance on these tools for their livelihoods. Despite adopting additional security measures, such as installing advanced locks and alarms in their vans, many find themselves unable to deter persistent thieves.

A major challenge in addressing tool theft lies in the difficulty of tracing stolen tools back to their rightful owners. Tools, often unmarked or inadequately labeled, are easy targets for resale. They frequently appear at venues such as car boot sales, where proving their theft is nearly impossible without identifiable markings. Law enforcement, despite strong suspicions in some cases, is often forced to return the items to sellers in the absence of clear evidence of ownership. This inability to establish ownership not only frustrates police efforts but also leaves victims feeling helpless, compounding their loss.

The financial repercussions of tool theft are severe, impacting both the individual tradesperson and the broader economy. The average cost of replacing stolen tools per incident is estimated at £1,836, a substantial burden for most tool owners. Beyond replacement costs, there is an additional financial toll: tradespeople are often unable to work while waiting to acquire new tools, leading to a significant loss of income. Combined, these factors result in an estimated £82 million in lost business annually. For many in the industry, this dual blow of replacement costs and income loss represents not just a financial hardship, but a threat to their professional stability.

Efforts by the police to combat this growing problem include targeted actions, such as conducting raids on car boot sales, where stolen tools are often sold, and increasing patrols in areas with high rates of tool theft. These measures, while commendable, address the issue reactively rather than preventively. To effectively deter tool theft, it is essential to focus on strategies that make tools less appealing to thieves and easier to recover if stolen.

One of the most effective preventive measures is the use of forensic marking systems, such as DNA markers, to label tools. These markers, which are difficult to remove, allow stolen tools to be traced back to their original owners. The presence of these identifiers can also act as a deterrent, as tools marked with forensic DNA are harder to sell without raising suspicion. Police have emphasised the importance of tool owners marking their assets, a simple yet powerful step.

Raising public awareness about tool theft and fostering greater collaboration between law enforcement and local communities are also critical components of a broader strategy to address this issue. Campaigns to educate tradespeople on the importance of securing their tools and implementing traceable markings can significantly reduce the risk of theft. Similarly, encouraging community vigilance and reporting of suspicious activity can help law enforcement respond more effectively to incidents and recover stolen items.

In conclusion, tool theft in the UK has become a pervasive and costly problem, particularly for tradespeople who depend on their tools for their livelihoods. Despite increased efforts by law enforcement and the adoption of security measures by tool owners, the issue persists due to the difficulty of tracing stolen tools and the high resale value they hold for thieves. Preventive measures, such as forensic marking and public education, combined with proactive policing and community engagement, offer the best chance of curbing this trend. With these strategies in place, tradespeople can better protect their tools, their incomes, and their ability to continue working uninterrupted.

It’s a crime that affects tool owners and their ability to make a living.

More From Skillbuilder On Tool Marking

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CHAPTERS

00:00 Intro
01:09 The Tool Show
01:57 Forensic Marking
02:39 Car Boot Sales
04:06 Serial Numbers
05:43 Victim Impact
06:32 Tools Reunited
08:37 Making Arrests
10:02 Blame Game

Solid Gear Footwear – Performance Through Innovation

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Solid Gear Footwear – Sporty Safety shoes that are heavy on protection, but light on your feet.

Delivering long lasting protection, Solid Gear Safety footwear has launched its new range of reasonably priced, modern safety shoes and boots with built-in, all-round comfort and certified to the S3L protection standard.

The Essence, Adapt and ION styles have leather uppers that combine either CORDURA®or polyester sections to make them breathable, lightweight and durable, plus a moisture-transporting and recycled lining for a comfortable foot climate.

They all have oil, slip and heat resistant rubber outsoles designed for great grip on various surfaces and with antistatic properties, they’re completely metal free with fiberglass toecaps and soft nail protection.

With an athletic look that doesn’t compromise on durability and safety, this new Solid Gear Footwear range combines functionality and style, backed by Solid Gear’s unrivalled focus on performance through the innovative use of materials technology for long-lasting safety and wearer-wellbeing.

Solid Gear Footwear 2024 Range

For more information on the Solid Gear Safety Footwear range you can call the Helpline on 01484 854788; check out www.solidgearfootwear.com  or email sales@hultaforsgroup.co.uk

Bathroom Renovation Mastered By 1 Viewer | From DIY To Pro

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See all of Richard’s bathroom renovation project images:
https://skill-builder.uk/richard-pugh-bathroom

Roger is chatting with Richard Pugh, an electrician from South Wales, about the fantastic bathroom renovation he did himself in his Barrett-built home. The house was built in 2011 using a steel-frame structure, which has caused some creaks and issues over the years, but Richard found clever solutions for these problems during the renovation.

The Bathroom Renovation

Richard isn’t a plumber—he’s an electrician—but that didn’t stop him from tackling this project! He noticed a lot of issues with how things were initially set up, like the electric shower wiring and poly pipes for the plumbing. Instead of leaving them as they were, he went the extra mile to replace most of them with copper piping for better durability.

Fixing Structural Problems

Richard had to deal with a shaky, squeaky floor poorly constructed with chipboard and foam. To fix it, he collaborated with a local fabricator to make custom steel supports to stabilize the floor and create a solid base for his wet room.

Building the Wet Room

He spent much time researching installing a wet room in his timber-framed house, even watching many YouTube tutorials (including some from Skill Builder). He ensured the room was super watertight by layering various waterproofing materials and carefully sealing everything.

Tiling Adventures

The tiling for this bathroom renovation, was a real challenge because he worked with huge 1200x600mm porcelain tiles weighing 18kg each! To make perfect cuts, Richard used a fancy Rubi Slim system with manual cutters and rails. Even though it was tricky, he only messed up one tile the whole time—pretty impressive for someone who’s not a pro.

Rubi Slim System

Installing Underfloor Heating

He also installed electric underfloor heating beneath the shower tray to keep the bathroom dry and mould-free. He carefully levelled the floor to ensure it sloped just right so water would drain properly.

Final Touches

Richard wanted a sleek, modern look, so he installed hidden plumbing and toilet fixings. This made the bathroom look more prominent and was much easier to clean. He even used a laser to align everything perfectly.

Reflecting on the Project

This whole bathroom renovation project took Richard about 23 days of hard work. While he saved on labour, the total cost still hit over £10,000, primarily due to materials. Richard’s advice to anyone thinking about DIYing a bathroom?

Be ready for a big commitment—it’s not something you can knock out over a weekend!

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CHAPTERS

00:00 Intro
01:37 Plumbing
03:55 Shower tray
05:41 Underfloor heating
06:37 Tile cutting
11:32 Waterproofing
11:55 Tile fitting
17:13 Fittings
18:11 Furniture
19:02 Summary

Richard Pugh Bathroom Project Success

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Viewer Bathroom Project

Skill Builder viewer Richard Pugh, an electrician from South Wales, completed an amazing bathroom renovation he did all by himself in his Barrett-built home.

The house was built in 2011 using a steel-frame structure, which has caused some creaks and issues over the years, but Richard found clever solutions for these problems during the renovation.

Here are the pictures Richard took throughout the project.

Roger Chatting With Richard Pugh

What Richard Used – Rubi Slim System

Fire Door Fitting | Life Saving Upgrade

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Check out Dan’s Essential Hinge Jig
? https://www.essential-carpenter-tools.co.uk

Fire Door Fitting and Their Requirements in the UK

Fire doors play a crucial role in ensuring the safety and integrity of buildings, particularly in the event of a fire. In the UK, fire door fitting is a legal requirement in various types of buildings, including commercial, public, and multi-occupancy residential properties. The purpose of a fire door is to contain the spread of fire and smoke, providing a safe escape route for occupants and protecting the structural integrity of the building.

Legal Requirements

The legal framework governing fire door fitting in the UK is primarily found in the Regulatory Reform (Fire Safety) Order 2005 (often referred to as the Fire Safety Order). This legislation places a duty on the “responsible person” of a building—such as the building owner, landlord, or employer—to ensure that adequate fire safety measures are in place, which includes the correct installation and maintenance of fire doors.

Fire doors are designed to be in specific locations within a building to create fire-resistant compartments that limit the spread of fire and smoke. Common locations include stairwells, corridors, and areas leading to escape routes. The requirements for where fire door fitting should be carried out, can vary depending on the building’s design, use, and occupancy levels.

Fire Door Fitting Standards

Fire door fitting in the UK must meet certain standards to ensure they perform effectively in the event of a fire. The British Standard BS 476 and the European Standard BS EN 1634-1 outline the testing methods for fire resistance. Fire doors are typically rated by how long they can withstand fire, such as FD30 (30 minutes) or FD60 (60 minutes). The most commonly used fire door is the FD30, designed to resist fire for at least 30 minutes.

In addition to fire resistance, fire doors must also be fitted with appropriate hardware, such as intumescent strips and cold smoke seals. These components are crucial because they expand in the heat of a fire, sealing the gap between the door and the frame, thereby preventing the passage of fire and smoke. Fire doors should also be self-closing, ensuring they automatically close to provide a barrier during a fire.

Installation and Maintenance

Proper installation of fire doors is essential to ensure their effectiveness. Fire doors should be installed by a competent person who understands the specific requirements and standards. Improper installation can compromise the door’s ability to contain fire, rendering it ineffective.

Regular maintenance and inspection of fire doors are equally important. The Fire Safety Order requires that fire doors are regularly checked to ensure they are in good working order. This includes inspecting the door’s integrity, the seals’ condition, and the self-closing mechanism’s functionality. Any damage or wear and tear should be addressed immediately to maintain the door’s fire-resisting properties.

Penalties for Non-Compliance

Failure to comply with fire door regulations can result in severe penalties, including fines and imprisonment. The responsible person can be liable if fire safety measures, including fire doors, are inadequate during an inspection or in the aftermath of a fire. Furthermore, non-compliance could lead to increased insurance premiums or invalidation of insurance policies.

Fire door fitting is a critical component of fire safety in buildings across the UK. Ensuring that they are correctly specified, installed, and maintained is not just a legal obligation but a moral one, as it significantly contributes to protecting life and property. As such, understanding and adhering to the requirements for fire doors is essential for anyone responsible for building safety.

Fire Door Safety – Lack Of Awareness

Uzerche – Why Did They Build This 1000 Years Ago?

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https://en.wikipedia.org/wiki/Uzerche

Uzerche, a picturesque town in the Corrèze department of central France, is often called the “Pearl of the Limousin.”

Uzerche’s construction and development are deeply intertwined with its strategic location and rich history, making it a remarkable example of medieval urban planning and architecture. Its origins trace back to Roman times, when the town served as a crucial fortification along the Via Agrippa, an essential Roman road connecting Lyon to the Atlantic coast. This ancient route established Uzerche as a vital point of connectivity and defense, laying the foundation for its future prominence.

Situated atop a rocky promontory overlooking the Vézère River, Uzerche possessed a natural defensive advantage that made it an ideal location for settlement and fortification. The steep cliffs and commanding views of the surrounding landscape offered protection against potential invaders and contributed to the town’s strategic importance. This geographical advantage continued to shape the town’s development throughout the medieval period.

During the early Middle Ages, Uzerche rose to prominence as an important religious and administrative center. A pivotal moment in its history was the construction of the Abbey of Saint-Pierre in the 9th century. This Benedictine abbey became a powerful institution, attracting settlers and fostering the growth of a thriving community. The abbey’s influence extended beyond its religious significance, contributing to the economic and social development of the town.

The construction of the Abbey of Saint-Pierre spanned several centuries, leaving an indelible mark on it’s architectural landscape. The Romanesque style of the abbey, with its solid construction, rounded arches, and thick walls, set a standard that influenced the design of many buildings in the town. This architectural style became a defining feature of Uzerche’s heritage.

As it’s importance grew, efforts to fortify the town intensified during the 12th and 13th centuries. Ramparts, fortified gates, and watchtowers were constructed, transforming Uzerche into a formidable stronghold. The town’s layout reflected these defensive priorities, with narrow, winding streets designed to confuse and impede potential invaders. Many of these medieval structures remain intact today, offering a glimpse into Uzerche’s storied past as a fortified town.

The medieval and Renaissance periods saw further expansion and development. Noble houses, churches, and public buildings were constructed, reflecting the town’s growing prosperity. Uzerche’s role as a regional hub for trade and governance attracted wealthy inhabitants, whose status and success were evident in the architecture they left behind. Timber-framed houses, stone mansions, and intricately carved doorways are just a few examples of the architectural wealth that still lines Uzerche’s streets. These structures serve as a testament to the town’s flourishing culture and economy during this period.

In the modern era, Uzerche has managed to preserve much of its historical character, earning it a reputation as a destination for visitors interested in history and architecture. The town’s careful preservation efforts have ensured that its rich architectural heritage, shaped by centuries of construction and development, remains intact. Medieval ramparts, Romanesque churches, and Renaissance-era mansions coexist in harmony, offering a vivid portrayal of Uzerche’s evolution over time.

Today, Uzerche is celebrated for its historical and architectural significance, often referred to as the “Pearl of the Limousin.” This title underscores its enduring appeal and the pride its residents take in their town’s legacy. By safeguarding its unique features, it continues to captivate visitors and scholars alike, serving as a living testament to its storied past.

The preservation of historical and architectural treasures not only enhances its charm but also highlights its importance as a cultural and historical landmark. From its Roman origins to its medieval fortifications and Renaissance prosperity, Uzerche’s enduring legacy reflects the resilience and creativity of its inhabitants across centuries. As it looks toward the future, the town remains a beacon of history, ensuring its rich past continues to inspire and educate for generations to come.

 

Skilled Craftsmen Of Hereford

The Best Bonding Agent Revealed

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See Kirk Johnstone’s Best Bonding Agent test ?
https://youtu.be/uUalZH398A8
@Onthetrowel

Ronafix SBR
https://ronacreteshop.co.uk/products/ronafix-25l

Ronafix is a single-part SBR admixture for cement mortars that enhances physical and chemical properties, allows mortars to be placed in thin sections, provides waterproofing and resistance to frost, and promotes adhesion to building surfaces.

Could Ronafix Be The Best Bonding Agent?

Mortars containing Ronafix can be used for many applications, where thin high-strength high-performance mortars are required.
The typical minimum application depth is 6mm.

Ronafix is supplied as a single-component white liquid. According to its specified use within mortars, it is diluted with water and added to cement, sand (and aggregate) to provide the required performance characteristics. As a priming or bonding coat, Ronafix is used with cement only to provide adhesion between substrate and mortar.

Applications For Ronafix Include:

• Floor screeds
• Concrete repair
• Waterproof renders
• Slurry coats/levelling and protective
• Heavy-duty floor toppings
• Protection of steel reinforcement
• Bedding and bonding mortars
• Tanking and waterproofing

Sealing & Bonding With Bond It

Is This the Worst Roofing Material Known to Man?

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Don’t miss out! Join our community
https://skill-builder.uk/signup

Roofing material – Asphalt Shingles: Popularity, Pros, and Cons

Asphalt roof shingles are the most popular roofing material in the United States, covering most homes.

Their popularity stems from a combination of affordability, ease of installation, and versatility, making them an accessible choice for many homeowners.

Popularity

One of the primary reasons asphalt shingles are so widely used is their cost-effectiveness. Compared to other roofing materials like slate, metal, or tile, asphalt shingles are significantly less expensive in terms of material and installation costs.

This makes them a preferred option for budget-conscious homeowners and builders. Additionally, asphalt shingles are available in various colours, styles, and textures, allowing homeowners to choose a look that complements their home’s aesthetic.

The installation process for asphalt shingles is relatively simple, contributing to their popularity. Roofing contractors can install these shingles quickly, reducing labour costs and making them an efficient choice for new roofs or replacements. Their availability across the country also means that they are readily accessible, further cementing their status as the go-to roofing material.

PROS

◾ Affordability: Asphalt shingles are one of the most cost-effective roofing options.

◾ Versatility: They come in numerous colours and styles, suitable for various architectural designs.

◾ Ease of Installation: Quick and simple to install, reducing labour costs.

◾ Availability: Widely available, making them an easy choice for most homeowners.

CONS

◾ Durability: Asphalt shingles typically last 20-30 years, which is shorter than the lifespan of more durable materials like metal or slate.

◾ Maintenance: They are more susceptible to damage from extreme weather, requiring more frequent repairs.

◾ Environmental Impact: Made from petroleum products, asphalt shingles contribute to landfill waste and have a higher environmental footprint.

◾ Aesthetic Value: While they offer variety, they generally do not add as much aesthetic or market value as premium materials like slate or tile.

Asphalt shingles are popular in America for their affordability and ease of use, but they come with durability and long-term value trade-offs.

More On Asphalt Roof Shingles

Close The Performance Gap – The Best Way To Fit Insulation | Kingspan Therma

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Kingspan Thermawall TW55 High performance thermoset PIR insulation
https://www.kingspan.com/gb/en/products/insulation-boards/wall-insulation-boards/thermawall-tw55

The Performance Gap in PIR Insulation

The performance gap arises from several factors that affect the expected versus actual thermal performance of PIR insulation:

1. Installation Issues

  • Poor Fitting: Gaps between PIR panels or improper sealing can lead to thermal bridging, where heat bypasses the insulation through uninsulated areas.
  • Compression or Deformation: Incorrect handling during installation can compress the foam, reducing its insulating properties.
  • Incomplete Coverage: Missing or inadequately placed panels can compromise the insulation’s overall effectiveness.

2. Design Assumptions vs. Reality

  • Perfect Conditions Assumption: PIR’s advertised thermal performance is usually based on laboratory tests under ideal conditions. Real-world factors like temperature fluctuations, air infiltration, and humidity can reduce its effectiveness.
  • Thermal Bridging: Design may not account for the impact of structural elements like steel or wood studs, which can create paths for heat transfer.

3. Long-Term Performance

  • Aging: Over time, PIR insulation may experience a slight decline in thermal performance as a result of gas diffusion, although modern PIR products are designed to minimize this effect.
  • Moisture Penetration: While PIR is moisture-resistant, prolonged exposure to water (due to poor sealing or leaks) can degrade its thermal performance.

4. Measurement Challenges

  • Lack of On-Site Verification: Many building projects do not rigorously measure the in-situ performance of installed insulation, making it difficult to identify whether the performance gap exists.
  • U-Value Calculations: Theoretical U-values may not accurately reflect real-world conditions, especially if installation quality varies.
INSULATION BOARDS

Thermawall TW55 is insulation for timber-frame and steel-frame walls. Its thermal conductivity is 0.022 W/mK. Insulation boards are easy to cut, handle, and install and available in a range of thicknesses.

Product Highlights

▶ High-performance thermoset polyisocyanurate (PIR) insulation – thermal conductivity 0.022 W/mK.

▶ Suitable for use with timber frame and steel frame wall constructions.

▶ It can be used between studs or as an insulating sheathing.

▶ Ideal for Modern Methods of Construction (MMC).

Product awareness training is delivered by technical experts who provide free onsite instruction and guidance.
https://www.kingspan.com/gb/en/campaigns/toolbox-talks

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The “performance gap” in relation to PIR (Polyisocyanurate) insulation refers to the disparity between the anticipated thermal performance of the insulation, as calculated in the design stage, and the actual performance it delivers when installed in a building. This gap can occur due to several factors that compromise the effectiveness of PIR insulation, including poor installation practices, incorrect sizing of materials, or the presence of gaps and thermal bridges that are overlooked during the design and construction process.

PIR insulation is highly regarded for its superior thermal resistance, making it an excellent choice for reducing heat loss in buildings and enhancing energy efficiency. However, the material’s full potential can only be realized if installed meticulously. Improperly fitted insulation boards, unsealed edges, or gaps around penetrations can create opportunities for air leakage, significantly reducing overall thermal performance. These oversights can result in a failure to meet the desired energy-saving targets.

Additionally, environmental factors like moisture exposure can exacerbate the performance gap. While PIR insulation is designed to resist moisture, prolonged exposure can degrade its insulating properties over time, further reducing effectiveness. This discrepancy between the predicted and actual performance can have far-reaching consequences, including higher energy consumption, increased operational costs, and discomfort for building occupants due to uneven temperatures or poor thermal efficiency.

To mitigate the performance gap, a multi-faceted approach is necessary. This includes precise attention to detail during the design phase, ensuring all potential issues like thermal bridges and gaps are addressed. Proper training and strict quality control during installation are also vital to ensure that PIR insulation is placed correctly, with no gaps or misalignments. Regular post-installation checks and ongoing maintenance can help maintain the insulation’s effectiveness over time, ensuring it continues to deliver on its promise of energy efficiency and occupant comfort.

 

More From Skillbuilder – Flexible Insulation

Regent’s Canal – Crazy London Stories

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London’s Regent’s Canal

Roger Bisby’s cycling journey along Regent’s Canal is a captivating ride that blends the city’s vibrant urban life with serene natural beauty.

Starting at Limehouse Basin, Roger sets off on his bike, navigating the towpath alongside the canal.

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? CHAPTERS

00:00 Limehouse Basin
03:21 Boat Loading
06:11 Wapping Riots
08:54 Canal Entrance
10:08 Mile End
12:25 Bethnal Green
14:14 Regent’s Wharf
14:50 Coal Drops Yard
15:40 Camden Lock
15:51 Regent’s Park
17:30 Little Venice
18:50 Paddington Basin
22:26 Roger’s Pictures

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? LOCATIONS

Limehouse Basin
https://what3words.com/move.motion.pure

Regent’s Canal Entrance
https://what3words.com/finely.solved.bonus

Mile End Canal Side
https://what3words.com/fend.ridge.noting

Mile End Towpath
https://what3words.com/output.soon.rise

Lock-keeper’s Cottage Graduate Centre
https://what3words.com/neon.agree.note

Bethnal Green Gas Holder Station
https://what3words.com/drama.force.boss

Sharks!
https://what3words.com/glad.pack.complains

Regent’s Wharf, All Saints St
https://what3words.com/speech.sadly.flown

Coal Drops Yard, St Pancras Basin
https://what3words.com/stops.taker.leaps

Camden Lock
https://what3words.com/jumps.grew.stack

Regent’s Park/London Zoo
https://what3words.com/silent.herbs.intervals

Little Venice
https://what3words.com/figure.bike.cloak

Paddington Basin
https://what3words.com/risks.guitar.ally

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? OTHER LINKS

Sir John Nash (1752-1835)
https://www.english-heritage.org.uk/visit/blue-plaques/john-nash

Thomas Homer – Villain of the Regent’s Canal
https://www.canalmuseum.org.uk/history/homer.htm

Coal Drops Yard History
https://www.kingscross.co.uk/meet-mr-coal-drops

The Real Steam Crane
https://www.thesteamcrane.co.uk/realsteamcrane

More From Skillbuilder – Londons Gas Streetlights

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? CREDITS

The Hydraulic Accumulator Tower, Limehouse Basin – East London
Jim Linwood
https://www.flickr.com/photos/brighton/7796852162/in/photostream/

British Museum, Great Court
Aurélien-Barre

Louvre Museum, Paris
designerpoint

Ambitious Housing Plans – 1.5 Million in 5 Years?

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Roger is back to rant about the new Labour government’s big housing mistake

Labour’s ambitious plan to build 1.5 million homes over the next five years aims to tackle the UK’s critical housing shortage, which has led to skyrocketing rents and home prices.

The strategy involves several key components, including extensive planning reforms, establishing new development corporations, and prioritising affordable housing and infrastructure projects.

Rachel Reeves, the Chancellor, and Angela Rayner, the Deputy Prime Minister and Levelling Up Secretary, are spearheading this initiative.

The plan includes reinstating compulsory housebuilding targets for local councils, which the previous government removed. This move will streamline approval and fast-track urban brownfield developments through a “planning passport” system.

Moreover, Labour intends to create new towns with beautiful homes, green spaces, reliable transport links, and bustling high streets.

A government-backed mortgage guarantee scheme will give first-time buyers priority access to new housing developments.

Additionally, the plan includes lifting the de facto ban on onshore wind projects and prioritising energy infrastructure projects to support new housing​.

Despite the comprehensive nature of Labour’s plan, several factors suggest that the target of 1.5 million new homes may be overly ambitious and could be missed by some margin.

Firstly, the UK’s construction industry faces significant challenges, including supply chain constraints and a shortage of skilled workers.

Paul Maile, a senior planning partner at law firm Eversheds Sutherland, highlighted these obstacles, noting that achieving such high targets requires substantial improvements in the availability of construction materials and skilled labour​.

Moreover, the historical context indicates that reaching 300,000 new homes annually is daunting. The UK has not achieved this level of housebuilding since the 1950s.

Only 135,000 homes began construction in the year leading up to March 2023, a decline of more than 20% from the previous year. This shortfall underscores the difficulty of scaling up construction efforts to meet Labour’s ambitious targets​.

Additionally, Labour’s plan faces potential opposition from local communities, often referred to as NIMBYs (“Not In My Back Yard”).

Rachel Reeves acknowledged this challenge, stating that while planning decisions still involve local communities, compulsory targets limit their ability to reject new developments.

This tension between national housing needs and local opposition could slow the approval and construction processes, further complicating efforts to meet the 1.5 million homes target​ (ITVX)​ (Evening Standard).

While Labour’s plan to build 1.5 million homes in five years addresses a pressing issue and incorporates several innovative strategies, the ambitious nature of this target and the significant challenges involved suggest that it may be difficult to achieve.

Supply chain issues, labour shortages, historical construction trends, and potential local opposition pose substantial risks to meeting the proposed housing goals.

Uk Hosing Crisis – Can This Solve All?

BBC – Can Labours Plan Be Delivered?

Intergas Boilers – Why Homeowners & Installers Love Them

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Boilers:
https://www.intergasheating.co.uk

Xceed Monobloc Air Source Heat Pump:
https://www.intergasheating.co.uk/homeowner/products/xceed-monobloc

Try the Intergas Boiler Finder:
https://www.intergasheating.co.uk/homeowner/support/boiler-finder

See intergasheating8537 on YouTube
https://www.youtube.com/@intergasheating8537

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ABOUT

Intergas has a rich history and a reputation for innovation in the heating industry. Founded in the Netherlands over 50 years ago, they have been a pioneer in the development of heating technology. The company began as a manufacturer of domestic heating products and steadily expanded its product line to include high-efficiency condensing boilers.

One of this companies significant milestones was the introduction of their unique two-in-one heat exchanger in the 1990s. This innovation combined the functions of a central heating boiler and a water heater into a single component, reducing the number of moving parts and improving reliability. The two-in-one heat exchanger is a hallmark of Intergas boilers, allowing them to operate without a diverter valve, a common point of failure in traditional boilers​.

In the 2000s, they continued to push the boundaries of boiler technology with the launch of the Combi Compact HRE and the Rapid model. These boilers featured simplified designs with fewer parts, enhancing durability and ease of maintenance. The Compact HRE, in particular, was designed to condense in both heating and hot water modes, maximizing efficiency and minimizing energy losses​​.

Another notable innovation is the passive flue gas heat recovery system found in models like the Xtreme and Xclusive. This system captures and recycles heat that would otherwise be lost through the flue, further boosting energy efficiency and reducing heating costs​​.

Their commitment to sustainability and efficiency is evident in their product offerings. Many of their boilers are designed to be compatible with renewable energy sources, such as solar panels, making them an excellent choice for environmentally conscious consumers​​.

The company’s ethos revolves around reliability, simplicity, and efficiency. By minimizing the number of moving parts and incorporating advanced heat exchanger technology, their boilers are designed to be both durable and highly efficient, providing consumers with reliable heating solutions that stand the test of time. This dedication to quality and innovation has made Intergas a respected name in the heating industry.

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WHAT ARE THEY SAYING?

“Flawless! We can’t recommend enough.” – Boiler Central
https://www.boilercentral.com

“Absolutely brilliant boiler, whisper quiet, hot water flow is very impressive.” – Trustpilot Review

“Minimalist design with as few moving parts for greater reliability and reduced chance of any component failure.” – Bumblebee Plumbing

“User-friendly display and Passive Flue Gas Heat Recovery enhance energy efficiency dramatically.” – Bumblebee Plumbing

“Intergas Rapid has a flow rate of up to 11.2 litres per minute, making it reliable and easy to maintain.” – Green Central

“Energy efficiency rating of SEDBUK A, can condense in both hot water and heating modes.”
Boiler Central

“Ten-year warranty on parts and labour as standard, extendable by further two years with an Intergas filter.” – HeatingForce

“The HRE line is versatile, easily convertible from a regular combi to a system boiler.” – Bumblebee Plumbing

“Reliable and long-lasting due to minimalist design with fewer moving parts.” – HeatingForce

“The Compact HRE OV has a feature that helps save energy and reduce heating bills by automatically adjusting its capacity.” – Boiler Central

More From Skillbuilder – Intergas

Technical Midlayers – Snickers Energising New Workwear

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Perfect Workwear – For Less Than Perfect Days
Snickers Workwear’s new range of lightweight technical Midlayers are a Fusion of style and performance – built for active work in the Autumn..

Crafted for full flexibility on site and optimal comfort and built for active work, they’re fully flexible and can be worn as an outer layer when it’s warmer or a mid-layer when it’s a bit cooler.

They’re full of handy technical features and innovative fabrics to tame the wind, plus brand new energising colours to brighten your spring-time workday.

Choose from new street-smart styles such as the Windblocker Half-zip Hoodie or the Lightweight Flexiwork Mid-layer Jacket – creative workwear solutions designed to make your job easier.

Whichever of Snickers Technical Midlayers you choose, you can be sure that they all have body-mapping designs for a great fit, outstanding functionality and long-lasting comfort – all day, every day.

snickersworkwear.com/products/topwear/fleeces-midlayers

See more about Snickers on Skill Builder

Effortless Pipe Bender | Rothenberger Robend 4000E

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Pipe benders are essential tools..

In plumbing and construction they enable professionals to create precise bends in metal pipes, facilitating the installation of piping systems with complex angles and curves.

 

Rothenberger Robend 4000E 18V Cordless Pipe Bender 15-28mm

The Rothenberger ROBEND 4000 E Cordless Pipe Bender is another addition to Rothenberger’s ever-increasing cordless range.

The unit can bend copper, stainless steel, carbon steel, and even multilayer composite pipes up to 180°.

Powered by an 18V 4.0Ah battery it can make up to 60 bends (based on 28mm copper tube) on a single charge.

It allows tool-free adjustment of the desired bending angle, and the patented ROLUB bending shoes ensure a ripple- and deformation-free bend.

The production of mass numbers of bends is also of no problem to the unit with an auto switch-off function once the desired bending angle is achieved.

Specification:
Product: Robend 4000 E Set, 15-22-28 mm
MPN: 1000003401
Weight: 28.45 Kg
Battery Type: Lithium-Ion-Poly Rechargeable
Battery: 18v 4Ah
Bending Radius: 52mm – 112mm
Pipe Diameter: 15mm – 28mm

@rothenberger

These tools come in various forms, including manual hand benders, hydraulic benders, and electric benders, each designed to handle different pipe sizes and materials such as copper, aluminum, and steel. Manual pipe benders are often used for smaller projects and require physical effort to operate, while hydraulic and electric models offer greater efficiency and ease of use for larger, more demanding tasks. Accurate pipe bending is crucial for ensuring that pipes fit properly within a system, preventing stress and potential damage that could lead to leaks or failures. By using pipe benders, professionals can achieve smooth, consistent bends that enhance the functionality and durability of plumbing and structural systems.

Piping Up & Plumbing Tips

Is Your Floor Insulation Up To Scratch?

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Floor insulation plays a crucial role..

in maintaining the comfort of indoor spaces and improving overall energy efficiency in a building. By reducing heat loss and preventing drafts, proper insulation can contribute to a more stable indoor climate, lower energy bills, and a reduction in environmental impact.

Roger looks at floor insulation in a renovation project for Skill Builder viewer Peter.

Here’s Peter’s message:

We are renovating our Edwardian home, which was last renovated in the 80s.

2 questions

A chipboard floor is nailed to 2×2 battens on an uninsulated concrete slab. Is it better in your opinion to leave as is to use the concrete as thermal mass or insulate on top of the concrete? The concrete presently doesn’t feel cold but the finish is pretty undulated.

What process would you recommend to even out an existing chipboard floor without having to take it all up and start again?

Handy Insulation Related Tools – Hammer Tacker

Is Your Paint Poisonous? | 30 Second Lead-Based Paint Test

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Lead Test Kit – 10 x Instant Testing Swabs for Lead.
? https://amzn.to/4f9HeRy

Peelaway® 1 Paint & Varnish Remover
https://peelaway.co.uk

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

The Danger of Removing Lead-Based Paint

Lead-based paint, prevalent in homes built before the 1970s, poses significant health hazards when disturbed. Lead, a toxic metal, can cause severe health issues, particularly in children, including developmental delays, learning difficulties, and behavioural problems. In adults, exposure to lead can result in hypertension, kidney damage, and reproductive issues. The danger intensifies when lead-based paint deteriorates, creating dust and chips that can be easily ingested or inhaled.

Diagnosing Lead-Based Paint
To safely address the presence of lead-based paint, proper diagnosis is crucial. Several methods can be employed to identify lead in paint:

◾ Lead Test Kits: Available at hardware stores, these kits provide a quick, preliminary indication of lead presence. If a reactive solution changes colour when applied to a paint sample, the presence of lead can be detected.

◾ X-Ray Fluorescence (XRF) Analyzers: Professionals use XRF devices to detect lead in paint without damaging the surface. They provide instant results and are highly accurate.

◾ Laboratory Testing: The most reliable method involves collecting paint samples and sending them to a certified laboratory for analysis. This process involves carefully scraping off a small paint sample from each layer and sending it for detailed testing.

Safe Removal of Lead-Based Paint

Removing lead-based paint is a hazardous process that demands careful attention to safety protocols to prevent lead dust and chips from contaminating the surrounding environment. Lead exposure can pose serious health risks, particularly to children and pregnant women, so it is crucial to follow a series of meticulous safety precautions. Here are the essential steps to safely and effectively remove lead-based paint from surfaces:

Preparation:

◾ Isolate the Work Area: Seal off the area with plastic sheeting to prevent the spread of dust to other parts of the home.

◾ Protective Gear: Workers should wear disposable coveralls, gloves, goggles, and a NIOSH-certified respirator to prevent inhalation of lead particles.

◾ Ventilation: Ensure proper ventilation by using HEPA-filtered exhaust systems to capture airborne particles.

Removal Methods:

◾ Wet Sanding or Scraping: To minimise dust production, keep the paint surface moist. Use a spray bottle to mist the area while gently scraping or sanding the paint.

◾ Chemical Strippers: Apply lead-specific chemical paint strippers to soften the paint, making it easier to remove. These strippers should be used in well-ventilated areas, and manufacturers’ instructions should be followed closely.

◾ HEPA Vacuuming: Use a vacuum equipped with a HEPA filter to clean up debris and dust during and after removal.

Clean-Up and Disposal:

◾ Thorough Cleaning: Clean all surfaces in the work area with a HEPA vacuum and wet wipes to remove any remaining lead dust.

◾ Disposal: Collect all paint chips, debris, and disposable protective gear in heavy-duty plastic bags. These should be sealed and labelled according to local regulations for hazardous waste disposal.

Post-Removal Testing:

◾ Clearance Testing: After removal, conduct clearance testing to ensure that lead levels in dust and surfaces are within safe limits. This involves collecting dust samples from various surfaces and sending them to a laboratory for analysis.

Removing lead-based paint requires careful planning, the right tools, and strict adherence to safety protocols.

The dangers associated with lead exposure make it imperative to accurately diagnose the presence of lead and employ safe removal techniques.

Proper preparation, the use of protective gear, and thorough clean-up procedures are essential to minimize the risks and ensure a lead-safe environment.

By carefully adhering to these comprehensive guidelines, the challenging and potentially hazardous task of removing lead-based paint can be carried out both safely and effectively. These precautions and procedures are designed to mitigate the risks associated with lead exposure, ensuring that the process is conducted with minimal impact on health and the environment. Implementing these steps thoroughly will help to achieve a successful removal while safeguarding both the individuals performing the work and the surrounding areas from contamination.

 

Nitromors Paint And Varnish Remover

Removing Silicone Sealant The Easy Way? | Silicone Safecut

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Removing silicone sealant can be tricky..

Particularly if it has been in place for a long time or has hardened. The first step in the removal process is to soften the silicone. This can be achieved using a silicone remover or a solvent specifically designed for this purpose.

Roger looks at the Silicone Safecut from serial inventor Karl Dorn.

If you’re interested in helping Karl distribute the Silicone Safecut, use the links below.

Email: karldorn@aol.com

LinkedIn:
https://uk.linkedin.com/in/karl-dorn-14473849

Fresh Silicone – DIY Guide

Fitting an Understairs Cupboard Door | Dan’s Trade Tricks

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Dan’s Ultimate Roofing Square and Essential Hinge Jig
? https://www.essential-carpenter-tools.co.uk

Fitting Awkward Cupboard Doors

Fitting cupboard doors, particularly in awkward or unconventional spaces, can be a challenging yet rewarding task. Whether you’re dealing with uneven frames, unusual door sizes, or tight-fitting corners, following a methodical approach and the correct tools can ensure a smooth installation and functional finish.

Roger is back following carpenter Dan Cox, who is making an odd-shaped door to go under a staircase.

Assembling Bespoke Kitchen Furniture

Increase Water Pressure to a Shower or the Whole House | Right Pump

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Right Pump range by @SalamanderPumps
https://www.salamanderpumps.co.uk/products/gravitybooster/right-pumps

Increase Water Pressure With The Right Pump

Experiencing low water pressure in your home can be frustrating, impacting everything from showering to washing dishes. Fortunately, there are several solutions to help increase water pressure and improve your daily routine. First, it’s essential to identify the underlying cause of the low pressure. Common issues include clogged pipes, malfunctioning pressure regulators, or leaks in the plumbing system. Inspecting and cleaning your pipes can remove blockages caused by mineral deposits or debris, which often restrict water flow. Additionally, checking for and fixing any leaks in the system can prevent water loss and enhance pressure.

One effective method to increase water pressure is by installing a water pressure booster. The pumps in the Right Pumps range use centrifugal force to increase water pressure throughout the house, delivering the most powerful and quiet performance of our range. They are suitable for use with multiple outlets, including a shower, bath, basin, toilet cistern, and dishwasher.

What are the Differences Between Positive and Negative Head Systems?
https://youtu.be/BcZMg0IYIaU

How To Fit An Essex Shower Pump Flange
https://youtu.be/-1RIS76kIQ4

Low Water Pressure – Whats Causing It?

Circuit Breaker Keeps Tripping? Try This First!

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Why Circuit Breakers Trip and How to Diagnose the Problem

Circuit breakers are essential safety devices designed to protect electrical circuits from damage caused by overloading or short circuits.

When a circuit breaker trips, it interrupts the flow of electricity to prevent overheating and potential fires.

Understanding why circuit breakers trip and learning to diagnose the problem can save you from unnecessary electrician visits and ensure your home’s electrical system remains safe.

Common Reasons Circuit Breakers Trip

Overloaded Circuit: An overloaded circuit is the most common reason for a circuit breaker to trip. This occurs when too many electrical devices operate on the same circuit, exceeding its capacity. Typical signs include the breaker tripping when multiple appliances or devices are used simultaneously.

Short Circuit: A short circuit happens when a hot wire comes into contact with a neutral wire. This causes a large amount of current to flow, which the circuit breaker detects and stops by tripping. Short circuits are often accompanied by a popping sound or a burnt smell.

Ground Fault: Similar to a short circuit, a ground fault occurs when a hot wire touches a ground wire or a grounded part of the system, such as a metal box. This can also cause a significant current surge, leading to a tripped breaker.

Faulty Appliances: An appliance with internal electrical issues can cause a breaker to trip. This is especially true for older or damaged devices.

Wiring Issues: Loose, frayed, or improperly installed wiring can also lead to circuit breaker trips. Over time, wires can degrade or become loose, creating conditions for shorts or overloads.

Steps to Diagnose a Tripped Circuit Breaker

Identify the Tripped Breaker: Open your electrical panel and look for the breaker in the “off” or neutral position. It may also feel loose compared to the others.

Check for Overload: Determine if an overloaded circuit is an issue by unplugging or switching off some of the devices on the circuit. Reset the breaker by flipping it to the “off” position and back to the “on” position. If it stays on, the problem is likely an overload.

Inspect for Short Circuits and Ground Faults: Unplug all appliances and devices on the circuit. Reset the breaker. There may be a short circuit or ground fault if it trips immediately. Look for any signs of damaged wiring, such as burn marks or frayed insulation.

Test Appliances: If the breaker stays on after resetting, plug in appliances one at a time and switch them on. If the breaker trips when a specific appliance is used, that appliance is likely faulty.

Examine Wiring: If you suspect wiring issues, inspect visible wiring for damage or loose connections. Ensure all wire nuts and terminal screws are secure. For concealed wiring, it might be best to consult a professional if you are unsure.

By understanding these common reasons and following these diagnostic steps, you can often resolve simple issues without needing an electrician. However, for persistent problems or if you are uncomfortable working with electricity, always seek professional help to ensure safety.

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There are many names for a circuit breaker, including:

Circuit Breaker
Breaker
Electrical Breaker
Trip Switch
Safety Switch
Electrical Switch
Fuse Box Switch
Main Breaker
Panel Breaker
Power Breaker