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London Yellow Stock Bricks – The Surprising Fact About Many London Buildings

Dylan Garton
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London Yellow Stock Bricks – The Surprising Fact About Many London Buildings

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London Yellow Stock Bricks: A Cornerstone of British Architecture

London Yellow Stock bricks stand as a timeless and iconic element of British architecture, particularly within the vibrant and historic capital city. Their distinctive yellowish hue has not only significantly contributed to the architectural identity of London but also played a crucial role in shaping the appearance of numerous historical and contemporary buildings throughout the city. These bricks, with their unique coloration and historical relevance, are a testament to London’s rich architectural heritage and continue to influence building practices today.

Origins and Production

London Yellow Stock bricks originated in the 18th and 19th centuries and were predominantly used to construct residential and commercial buildings. The production of these bricks was closely tied to the clay and chalk-rich subsoils found in the Thames Basin. The unique geological composition of these raw materials, combined with a specialised firing process, resulted in bricks with a characteristic yellow colour and varied tones, ranging from pale cream to deeper buff hues.

Durability and Practicality

One of the key factors behind the widespread use of London Yellow Stock bricks was their exceptional durability, which set them apart from many other building materials of the time. This durability can be attributed to the meticulous production process that involved firing the bricks in traditional clamp kilns. These kilns allowed for a range of temperatures during the firing process, which played a crucial role in creating the dense and hard-wearing structure characteristic of London Yellow Stock bricks.

Aesthetic Appeal

The aesthetic appeal of London Yellow Stock bricks is another reason for their enduring popularity. Their mellow, variegated tones lend a distinctive warmth and texture to buildings, creating a visually appealing contrast with other materials such as red bricks or stone. This aesthetic quality has made them a favorite among architects and builders, contributing to their use in numerous notable structures, including Georgian terraces, Victorian townhouses, and various public buildings.

Historical Significance

In addition to their aesthetic and practical qualities, London Yellow Stock bricks hold historical significance. They are closely associated with the period of rapid urban expansion and industrialisation in London during the 19th century. Many buildings from this era, including working-class housing, factories, and warehouses, were constructed using these bricks. As such, they are an integral part of the city’s architectural heritage, reflecting its industrial past and the evolution of its urban landscape.

Continued Relevance

Today, the demand for London Yellow Stock bricks continues, driven by their historic value and unique appearance. They are often used in restoration projects to maintain the authenticity of period properties. Modern manufacturing techniques have also produced new bricks that replicate the traditional look and feel, ensuring their continued relevance and enduring appeal in contemporary architecture.

Symbol of Architectural Heritage

London Yellow Stock bricks stand as a profound symbol of architectural heritage, embodying the historical and cultural essence of the city. These bricks, with their distinctive yellowish hue, are not merely building materials but artefacts that tell the story of London’s urban development from the 18th century onwards. Their unique appearance, durability, and historical significance make them integral to preserving the authenticity of the city’s architectural landscape.

Used extensively in Georgian terraces, Victorian townhouses, and various landmark buildings, London Yellow Stock bricks encapsulate the craftsmanship and aesthetic values of past eras, while continuing to inspire contemporary architectural practices. Their enduring presence in both restoration projects and new constructions serves as a testament to their timeless appeal and the rich architectural legacy they represent.

Conclusion

The enduring appeal of London Yellow Stock bricks lies in their practicality, aesthetic charm, and historical significance. They are more than just a building material; they symbolise London’s rich architectural heritage, embodying the city’s history and contributing to its unique and enduring urban character. Whether in old Victorian houses or modern restorations, these bricks are a testament to the timeless quality of traditional craftsmanship, seamlessly blending past and present in architectural design.

 

Repointing Yellow London Stocks

4o

SuperFOIL Multifoil Insulation Solves Both Heat Loss & Condensation

Dylan Garton
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0
SuperFOIL Multifoil Insulation Solves Both Heat Loss & Condensation
SuperFOIL | Multifoil Insulation SF40

▶ https://www.superfoil.co.uk/products/multifoil-insulation

MORE FROM SUPERFOIL:

How Multifoil Insulation Benefits You

The 3-in-1 highly reflective foil serves as a radiant barrier, preventing unnecessary heat gain or loss. The built-in VCL minimises the risks of moisture penetration, condensation, and mould. Additionally, the inbuilt insulated waddings slow down heat transfer and act as an effective insulator.

When installed in continuous layers, multifoil insulation protects your property from heat loss or gain, temperature fluctuation, and condensation, ensuring year-round protection and substantial energy bill savings.

The multi-functional and easy design also simplifies your insulation job, saving you space, time, and money on installation.

@SuperFOIL-Insulation

What Is Multifoil Insulation?

 

A Modern Solution for Energy Efficiency

In the quest for energy-efficient buildings, multifoil insulation has emerged as a highly effective solution. Combining advanced materials with innovative design, this insulation offers exceptional thermal performance, ease of installation, and versatile application. This article delves into the mechanics, benefits, and considerations of using this insulation in residential and commercial buildings.

Understanding

This type of insulation consists of multiple layers of reflective foil interspersed with insulating materials such as foam or wadding. Typically, it features several thin reflective aluminum layers separated by insulating spacers. This configuration works on the principle of reflecting radiant heat, which accounts for a significant portion of heat transfer, in addition to reducing conduction and convection.

The key components of multifoil insulation include:

  1. Reflective Layers: Aluminum or metallized film layers reflect radiant heat, preventing heat transfer through radiation.
  2. Insulating Layers: Foam or wadding layers provide additional thermal resistance by minimizing conductive and convective heat flow.

Benefits

  1. High Thermal Performance: Multifoil insulation effectively reduces heat loss in winter and heat gain in summer, thanks to its reflective properties and multiple insulating layers. This leads to significant energy savings and improved indoor comfort.
  2. Thin Profile: One of the standout features of multifoil insulation is its slim design. Unlike traditional insulation materials, which can be bulky, multifoil insulation provides excellent thermal performance without taking up much space. This makes it ideal for applications where space is at a premium, such as in renovations or loft conversions.
  3. Ease of Installation: Multifoil insulation is lightweight and easy to handle, simplifying the installation process. It can be cut to size with scissors or a utility knife, and its flexibility allows it to conform to various shapes and surfaces. This reduces labor costs and installation time compared to bulkier insulation types.
  4. Versatility: Suitable for a wide range of applications, multifoil insulation can be used in roofs, walls, and floors. It is particularly effective in scenarios where traditional insulation might be challenging to install or where adding thick layers of insulation is not feasible.
  5. Improved Air Tightness: When properly installed, multifoil insulation can enhance the airtightness of a building. This further contributes to energy efficiency by reducing drafts and preventing uncontrolled air leakage.

Considerations and Best Practices

While multifoil insulation offers numerous advantages, there are some considerations to keep in mind:

  1. Regulatory Compliance: Building codes and regulations regarding insulation vary by region. It is essential to ensure that multifoil insulation meets the local standards for thermal performance and fire safety.
  2. Installation Quality: The effectiveness of multifoil insulation largely depends on the quality of installation. Care must be taken to ensure that seams are properly sealed and that there are no gaps where air can penetrate.
  3. Compatibility with Other Materials: This insulation should be used in conjunction with other building materials in a way that ensures optimal performance. For instance, it may need to be combined with traditional insulation materials to achieve the desired thermal resistance.
  4. Cost: Although multifoil insulation can offer long-term savings through energy efficiency, the initial cost may be higher than some traditional insulation materials. It is important to weigh these upfront costs against the potential energy savings and other benefits.

Conclusion

Multifoil insulation represents a significant advancement in the field of building insulation. Its combination of high thermal performance, thin profile, and ease of installation makes it an attractive option for a variety of applications. As energy efficiency continues to be a priority for homeowners and builders alike, this insulation is poised to play a key role in the construction of more sustainable and comfortable buildings.

By understanding the mechanics, benefits, and best practices associated with multifoil insulation, stakeholders can make informed decisions that enhance the energy efficiency and overall performance of their buildings.

 

4o

Mixergy Hot Water Cylinder – What’s So Special About It?

Dylan Garton
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0
Mixergy Hot Water Cylinder – What’s So Special About It?
Mixergy X | The Smart Hot Water Cylinder

▶ https://www.mixergy.co.uk/solutions/mixergy-x

MORE FROM MIXERGY:

Making the home gas-free doesn’t have to be complicated. Start the journey today with a Mixergy X cylinder. It can save up to 21% on the hot water gas consumption today, and be ready for any energy source in future.

HEAT WHAT YOU NEED

Innovative engineering and machine learning transforms the everyday hot water cylinder into the leading smart hot water solution.

Patented technology heats only what the home needs by partially heating the cylinder, with a direct electric and/or gas connection.

Deliver hot water up to 10x faster, a third smaller and machine learning builds schedules with smart tariffs and more.

@mixergyltd6286

Low Energy Bills And The Secrets Behind Them

Birkdale Durapost Sleek Aluminium Fence Panel Range

Dylan Garton
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0
Birkdale Durapost Sleek Aluminium Fence Panel Range
The new DuraPost® SLEEK aluminium fence panel range from Birkdale, is a contemporary and durable fence panel solution that is incredibly easy to install thanks to its modular structure. It is available in two high-quality design options, the SLEEK Privacy Panel and the SLEEK Screen Panel, with a matching SLEEK Aluminium Gate also available.

The DuraPost® SLEEK Privacy Panel is a contemporary take on the classic tongue and groove timber panel, while the SLEEK Screen Panel emulates a classic slatted fence panel design.

Unlike timber, the SLEEK aluminium fence panels are highly durable and low-maintenance. They are extruded from 6063 aluminium and powder-coated Sahara Black as standard to ensure longevity of finish.

For added peace of mind, the Jotun façade coating provides SLEEK with a Class A fire rating (ASTM E84).

Birkdale Durapost Aluminium 2

In terms of installation, both SLEEK aluminium fence panels are supplied in 1825mm x 600mm pre-assembled panels with all the required fixings.

As such, a single bay of DuraPost® SLEEK panelling can be quickly erected between DuraPost® fence posts, traditional timber posts or even slotted into existing concrete fence posts, using two or three panels depending on the required height.

An infill profile is required to house the panels effectively within the DuraPost® system or concrete posts and when fitting to timber posts.

As part of the range, Birkdale has also launched the complementary SLEEK Aluminium Gate, which is pre-assembled and utilises the SLEEK Privacy Panel design to help ensure a professional and uniform finish for gardens.

Birkdale Durapost Aluminium 3

It is supplied with a modern pull handle, high-strength adjustable hinges, and a key-lockable, double-locking gravity latch.

John Abernethie, Managing Director at Birkdale commented: “The new DuraPost® SLEEK aluminium fence panel range is going to prove a premium addition to our fence panel collection, which already includes a number of durable composite panel products.

Not only are the SLEEK panels easy to install and highly fire resistant – they add a clean, stylish finish to any garden that will stand the test of time.”

To find out more about the DuraPost® SLEEK range, visit www.birkdalesales.com

Complete Extension Build ✔ Ultimate Guide

Dylan Garton
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0
Complete Extension Build ✔ Ultimate Guide
Ambitious Extension Build Completed

Roger follows James King and Ian Tarn on an extension build that expands, in scope to reach a surprising conclusion.

Products featured in this video:

◾ Blakes Building Profiles

◾ ForgeFast Elite Timber Fixing Screw

◾ Keystone Windposts

◾ CaberDek particleboard flooring

◾ Ultimate Roofing Square from Dan Cox

◾ Tajima PZB-400 Plumb-Rite Plumb Bob Setter

◾ Knightsbridge lighting & wiring accessories.

◾ Keylite Roof Windows

◾ Festool DWC 18-4500 Li 5,2-Plus 18v Drywall Screwdriver

◾ Klip-Ez

◾ DeWalt DCS356N 18v XR Multi-Tool

◾ DeWalt DCS356 18v XR Multi-Tool Kit

◾ Snapback Chalk Line

◾ Surrey Staircases

◾ Timbond Rapid Fast Bond PU Adhesive

◾ Vevor Budget Stilts

◾ OX Speed Skimming Spatula

◾ Draper Redline Plastering Trowel

◾ Marshalltown Adjustable Squeegee Trowel

◾ Pica Dry Longlife Automatic Pen

◾ Leyland Trade Hardwearing Matt Paint

◾ Northern Building Plastics

◾ ProWarm ProGrid+ Heating System

◾ Dunlop LX-360 Fibre Leveller

◾ SSR Flow Screed

◾ M12 FID FUEL Sub Compact 1/4″ Hex Impact Driver

◾ Mira Flight shower trays

◾ Classi Seal Flexible Waterproof Upstand

◾ Everbuild Aquaseal Waterproof Tanking Membrane

◾ OB1 Multi-Surface Sealant & Adhesive

Safeguard

Sponsored by Safeguard – Making Buildings Dry

▶ Dryrod Damp-Proofing Rods

▶ Stormdry Masonry Protection Cream

▶ Drybase Damp-Proof Coating Range

▶ Roxil Wood Protection Cream

▶ Roxil Wood Protection Liquid

▶ Dryzone Mould Removal and Prevention Kit

▶ NOPE! Pest Control

Follow From The Start

3 Top Tips to Avoid A Waterlogged Garden

Dylan Garton
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0
3 Top Tips to Avoid A Waterlogged Garden
The Met Office’s predictions of a warmer than average summer and the recent hot weather, may well look promising for homeowners who have struggled with a waterlogged garden during the unseasonably rainy spring.

However, the long-range outlook also warns of an ongoing, increased chance of rain which, when combined with dry spells, can increase the risk of flooding and a waterlogged garden.

Alongside the impact of climate change becoming increasingly evident in recent years, tradespeople are seeing an increasing number of requests for landscaping work that can withstand these unpredictable conditions.

Here, Catriona Williams, Senior Category Manager at Jewson, shares three tips to help builders, landscapers and tradespeople to weather-proof outdoor spaces and advise customers through these changing times.

1. Utilise hard landscaping to drain drives and patios

“Hard landscaping teamed with the right drainage system will create a sustainable and hard- wearing system for water management in outdoor areas, which also looks aesthetically pleasing and adds to the overall design of your garden.

“For example, permeable paving – predominantly used for driveways and patio areas – allows rainwater to drain through it and soak into the ground below, minimising the chances of standing water in even the heaviest rain.

“Channel drainage is often used around the perimeter of a garden or driveway to direct the flow of water, while soakaway options underground can create an almost invisible solution to complement the aesthetic of the area.

Both routes require a good quality base to be as effective as possible above ground. This should include a combination of coarse and fine aggregates that manage the amount of water that enters the system, which are then paired with perforated drains or attenuation crates to capture the water.

“At Jewson, we have a number of innovative drainage solutions from our extensive supplier network, and our in-branch experts can provide practical advice on the best solutions for each project.”

ACO HexDrain Channel Galvanised Grating

2. Explore more sustainable solutions

“Customers that are looking for the most sustainable solutions should consider natural flood management that has strong biodiversity benefits, to prevent waterlogged gardens.

“Laying a quality substrate and topsoil followed by new turf can help to reduce flooding and waterlogged gardens that have become unmanageable. Lawns can be paired with an underground rainwater harvesting system, which will divert any standing floodwater to a storage tank. In many cases, water captured in underground storage tanks can be redirected to support plant life above the surface.

“Another popular option among eco-conscious customers are bioscapes, which have inbuilt water management systems and offer ecologically rich habitats for wildlife. There are an increasing number of sustainable solutions coming to market, so this could provide the perfect opportunity to discuss potential upgrades and new projects with customers, ahead of the summer.”

3. Tackle flood-prone lawns

“Lawns are one of the most troublesome areas when it comes to waterlogging, particularly when the surface is uneven. Those that are sloped should be levelled out with new turf to create a consistent plain for water to flow.

“However, when tackling a waterlogged gardens’ lawn, it is important to firstly allow any standing water to recede as much as possible – which means waiting to tackle the project until any weather warnings have passed. The surface that is left behind will be weak, and there should be no attempts to cut back or mow the lawn until it has had a chance to recover. Aerating then seeding and feeding the soil will encourage regrowth.

“Alongside this, ditches can be installed throughout the perimeter of the lawn – either using soft landscaping and natural materials, or by installing a drain system that channels water to the edge and away from the grass.

Alternatives to grass – such as densely-planted meadows, moss and rock gardens – are also worth suggesting in areas prone to regular flooding, or in situations when customers are looking for a low maintenance option, as they naturally slow the flow of water, making it soak away more slowly.

“While waterlogged gardens and inclement weather poses a challenge, it also creates an opportunity for tradespeople who can show an understanding and expertise in how best to tackle the growing problem.

Demonstrating a knowledge of the best ways to handle a waterlogged garden & the different conditions, while creating a stylish and practical outdoor space that has a positive impact on the environment, can be a good way to get ahead of the competition – and the elements.”

Guest post from Catriona Williams, Senior Category Manager, Jewson

See more about gardens on Skill Builder

RHS On Waterlogged Gardens

Superior, Ergonomic Knee Protection with KneeGuard PRO | Snickers Workwear

Dylan Garton
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0
Superior, Ergonomic Knee Protection with KneeGuard PRO | Snickers Workwear
Snickers Workwear’s Ergonomic Knee Protection – Kneeguard™ is a market-leading, fully certified[1] system for protecting knees against kneeling injuries and knocks at work.

Combining trademarked Kneeguard™ pads with the Kneeguard PRO positioning system in Snickers Workwear trousers is one of the most ergonomic knee protection solutions.

Snickers Workwear has a range of 8 Kneepads to fit different types of trousers to suit different jobs on site. Such as the specialist Squarefit™ Kneepads for the Floorlayer trousers and the slim-fit Kneepads for street-smart slim-fit trousers. Or the D30® Ergo kneepads that mould around your knee to provide enhanced impact protection. They’re great for tradesmen and women who spend a lot of time working on and off their knees and who want to ensure maximum long-term comfort and well-being.

Snickers Workwear trousers come in 5 different leg lengths as standard and what’s more, the design of the kneepad pocket allows you to adjust the kneepads to different heights to ensure the correct positioning to maximise protection.

snickersworkwear.com/list/product-guide/all-about-our-kneepads

The long-term effects of working on your knees could cause a lifetime of discomfort and restricted movement without proper protection.

Even the most innocuous bumps to the knees can result in reduced working efficiency and time off work so, check out Snickers Workwear’s Kneeguard PRO system, the market-leading alternative to help prevent long-term discomfort.

[1] Snickers Workwear, Protective Standards, Ergonomic Knee Protection, https://www.snickersworkwear.com/list/protective-standards/en-14404-knee-protection

Work Trouser & Kneepad System To Fit The Job

Kickstart At Carlton Town FC Battle Of The Brands Charity Match

Dylan Garton
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0
Kickstart At Carlton Town FC Battle Of The Brands Charity Match

Jewson Colleagues Kick Off Charity Partnership with match at Carlton Town FC

Colleagues and customers from Jewson’s Colwick branch in Nottingham have teamed up with their counterparts at Jewson Partnership Solutions (JPS) Jigsaw Store to raise almost £1,000 in a charity football match.

In the Battle of the Brands event held at Carlton Town Fc, over 40 customers and colleagues from Jewson Colwick played against their counterparts from the JPS Jigsaw Store to raise money for Brinsley Animal Rescue and Band of Builders.

The match was free to enter and organisers welcomed donations from players and spectators, with a raffle on the day and food, drink and entertainment, raising almost £1,000 to be split between the two charities.

Mitchel Sherwood, Branch Manager of Jewson Colwick, said: “We wanted to give back to the local community and bring our customers together with our colleagues from Jewson and JPS. Hosting a charity football match with Carlton Town FC was the perfect way to do this, and we are thrilled to have raised
so much money for two well-deserving causes.

“We also found that training for the event boosted morale and built new friendships between players, and it helped us all to get fit in the process! It was such a success that we’re planning on it becoming an annual event.”

See more from Jewson on Skill Builder

Band of Builders– Providing practical, financial and wellbeing support to the Uk construction industry.

Porotherm Clay Blocks: A Modern Building Solution

Dylan Garton
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0
Porotherm Clay Blocks: A Modern Building Solution

Porotherm clay blocks represent a significant advancement in construction materials, providing a blend of traditional clay benefits with modern engineering.

Originating from Austria in the 1960s, Porotherm blocks have revolutionized masonry construction through their lightweight, precision-engineered, and environmentally friendly properties.

Material Composition and Manufacturing Process

Porotherm clay blocks are made primarily from natural clay, sometimes mixed with other materials like sand and sawdust. The clay is extruded and fired at high temperatures, creating a porous structure.

This porosity is crucial as it enhances the block’s thermal insulation properties while maintaining structural integrity. The production process focuses on reducing the material’s density, making the blocks lighter than traditional solid bricks yet robust enough to bear significant loads.

Key Benefits

1. Thermal Insulation: One of the standout features of Porotherm blocks is their superior thermal performance. The blocks’ porosity helps in trapping air, which is a poor conductor of heat.

This feature contributes to maintaining a comfortable indoor temperature by reducing heat loss in winter and limiting heat gain in summer. Consequently, buildings constructed with Porotherm blocks often exhibit lower energy consumption for heating and cooling, aligning with modern sustainability goals.

2. Acoustic Insulation: Besides thermal efficiency, Porotherm clay blocks offer excellent sound insulation. The air pockets within the blocks help dampen noise, making them ideal for residential and commercial buildings where sound control is crucial.

3. Structural Integrity and Fire Resistance: Despite their lighter weight, Porotherm blocks provide impressive structural strength. They can support substantial loads, making them suitable for load-bearing walls. Additionally, the clay composition offers inherent fire resistance, adding a layer of safety in the event of a fire.

4. Speed of Construction: The precision engineering of Porotherm blocks ensures consistent dimensions and smooth surfaces, which simplify the construction process. Their large size compared to traditional bricks means fewer joints and faster laying times. This efficiency translates into reduced labour costs and shorter project timelines.

5. Environmental Impact: Porotherm blocks are an eco-friendly building solution. The manufacturing process typically has a lower carbon footprint compared to conventional bricks, especially when produced using energy-efficient kilns. Furthermore, the blocks’ enhanced thermal performance contributes to lower energy use over the building’s lifetime, reducing its overall environmental impact.

Wienerberger Porotherm Clay Blocks 2

Applications and Versatility

Porotherm clay blocks are versatile and can be used in a variety of construction applications, including external walls, internal partitions, and even in multi-story buildings due to their load-bearing capacity. They are suitable for both residential and commercial structures, offering benefits across different types of projects.

1. Residential Buildings: In homes, they provide a comfortable living environment with consistent temperatures and soundproofing.

2. Commercial Buildings: For offices and retail spaces, the speed of construction and insulation properties can lead to significant cost savings and a better working environment.

3. Renovations: Due to their light weight and ease of handling, they are also ideal for refurbishing and retrofitting existing structures, minimizing the load on foundations and existing walls.

Porotherm clay blocks embody a fusion of traditional building materials with innovative design principles. Their unique composition and manufacturing process result in a material that is not only efficient and durable but also aligns with contemporary environmental standards.

As the demand for sustainable construction grows, Porotherm blocks are likely to become an increasingly popular choice for builders and architects seeking to balance performance with environmental responsibility.

More on Porotherm Clay Blocks

See more from Wienerberger on Skill Builder

Wienerberger Porotherm Clay Block

Working Safely in the Sun

Dylan Garton
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0
Working Safely in the Sun

Managing the risks from an Invisible hazard – UV exposure on site

Ben Stacey, Snickers Workwear Product Specialist writes:

Wear the right clothes

Dressing right for your working environment is very important—not only for working efficiency but also for UV protection in the summer.

The Institute of Occupational Safety and Health estimates that outdoor workers can be exposed to over 80% more UV radiation than indoor workers and, if the UV index reaches three or above, sun protection measures should be taken. It may come as a surprise to some that the UV index regularly exceeds this level during the summer months in the UK and, according to the Met Office, UV rays can be strong enough to cause sunburn here between April and September with 80 per cent of UVA rays passing through cloud. [1]

The link between skin cancer and sun exposure is now more widely understood and workers who regularly work outdoors are most definitely at increased risk from over-exposure to UV radiation. [2] With one in three cancers diagnosed as a skin cancer, each episode of sunburn however small increases the risk of getting it. So why do some people who work outdoors in the UK not use sun protection cream and other sun protection measures – such as proper working clothes? [3]

Hard work in hot and humid conditions can not only be uncomfortable but hazardous. So, when the heat is on, it’s important that you take the necessary precautions to stay cool, dry, and well-covered. That’s where Snickers Workwear’s moisture-wicking, and UV-protective workwear can play an important part in your personal protection and wellbeing.[4] When you’re choosing the right working clothes up for a hard day’s work outside in the summer, there are three important factors to consider.

Fabric Technology and UV Protection

For summer working, choose workwear that is designed to create a kind of climate control system for your body. Snickers Workwear does just that. Designed to help you stay cool, the summer collection has garments that provide UPV40+ protection to make getting the job done as comfortable and safe as possible. Breathable fabrics deliver better ventilation and dry faster once they’re wet from perspiration. And even though cotton is thought to be a lightweight fabric, its high absorbency makes it dry very slowly. Cotton garments drenched in sweat are uncomfortable.

Your Body Temperature

In warm, sunny working conditions, you need clothes with exceptional breathability and ventilation to avoid heat stress. With that in mind, Snickers Workwear uses stretchable fabrics with 37.5® Fabric Technology. Patented particles in the fabric help your body maintain an ideal core temperature – a process of thermoregulation – by removing perspiration vapours before they can turn into liquid sweat. That means you can stay both cool and dry no matter how hot it gets.[5]

Working Safely in the Sun

Personal as well as Environmental Protection

Sustainability is a key part of Snickers Workwear’s design and development philosophy. It’s not just functionality, practicality and the physical demands on the body when working hard which are key drivers in the brand’s product development, it’s the physical demands that product manufacturing places on the environment that matter too.

So, if you’re thinking about what’s most practical and beneficial to wear this summer and, if it’s performance and protection you need, check out the upgraded lightweight and breathable 37.5® fabric in Snickers Workwear’s Mid- and Base-layer clothes. With superb cooling technology, they’re great for demanding tasks on site as well as UV protection.

Working Safely in the Sun

Style, comfort, functionality and performance have always been key drivers in Snickers Workwear clothing development over the years. But now, modern day concerns about

sustainability and personal protection from the invisible hazards have brought a new dimension into the technical design of Snickers Workwear for this summer.

See more about Snickers on Skill Builder

[1] By SC Johnson Professional on behalf of the British Safety Council, Safety Management, Working in the sun, why its time to take action https://www.britsafe.org/safety-management/2023/working-in-the-sun-why-it-s-time-to-take-action , (Accessed April 2nd 2024).  SC Johnson Professional   https://www.scjp.com/en-gb

[2] Bristol University, Guidance for Outdoor Work, https://www.bristol.ac.uk/safety/media/sun-check/guidance-outdoor-work.pdf , (Accessed April 2nd 2024).

[3] By SC Johnson Professional on behalf of the British Safety Council, Safety Management, Working in the sun, why it’s time to take action, https://www.britsafe.org/safety-management/2023/working-in-the-sun-why-it-s-time-to-take-action , (Accessed April 2nd 2024).  SC Johnson Professional,  https://www.scjp.com/en-gb

[4] Snickers Workwear, LiteWork, https://www.snickersworkwear.com/products/litework , (Accessed April 4th  2024).

[5] Cocona Labs, Dynamic Thermoregulation Technology, https://www.thirtysevenfive.com/thermoregulation-technology/ , (Accessed April 4th 2024).

Pro Bricklaying Tips & Tricks With Steve & Alex

Dylan Garton
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0
Pro Bricklaying Tips & Tricks With Steve & Alex

Bricklaying Tips With Steve and Alex ?
@SteveAndAlexBuild

https://www.instagram.com/steve_and_alex_bricklaying

PRODUCTS

FitzBrick Penny Clamp
▶ https://brickworktools.com/products/fitzbrick-clamp

Blakes Building Profiles
▶ https://blakesbuildingprofiles.co.uk

ABOUT STEVE AND ALEX

Steve and Alex, a skilled father-and-son duo, bring you along on their numerous bricklaying projects and adventures.

With over 40 years of combined experience, they share the invaluable knowledge they have accumulated.

Steve and Alex cover many bricklaying jobs, from intricate pointing and garden walls to extensive projects like building extensions from the foundation up. You need not look any further for all the best bricklaying tips!

They also tackle other construction tasks, including steel beam installations and fencing, providing a comprehensive look at various aspects of the trade.

Join them on their exciting journey by subscribing to their channel and tapping the bell icon to receive notifications for new uploads.

Their videos premiere live every Monday at 20:30 PM UK time, allowing for real-time interaction with their subscribers.

Additionally, they occasionally release videos on Thursdays for even more content.

Don’t miss out on the expertise and adventures of Steve and Alex—subscribe now and become part of their growing community!

 

More on Bricklaying

Building an extension – Bricking up

Low Energy Bills – The Brilliant Secrets Behind Them

Dylan Garton
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0
Low Energy Bills – The Brilliant Secrets Behind Them

Who doesn’t want low energy bills? With the rising cost of living and growing push towards consuming less, Skillbuilder has collated all the best inside information on achieving just that.

Reducing energy bills is a priority for many households, and with a few strategic changes, significant savings are possible. Start by investing in energy-efficient appliances; they consume less power and can reduce monthly costs. Implementing smart thermostats allows precise control over heating and cooling, optimizing energy use according to your schedule.

Insulation is another critical factor. Properly insulating your home minimizes heat loss in winter and keeps it cooler in summer, reducing the need for constant temperature adjustments. Additionally, if you want low energy bills, consider switching to LED lighting, which uses significantly less energy than traditional bulbs and has a longer lifespan.

Regular maintenance of HVAC systems ensures they run efficiently, preventing energy wastage. Seal gaps around doors and windows to prevent drafts, and use energy-saving power strips to reduce phantom loads from electronics.

Lastly, consider renewable energy sources, such as solar panels. While the initial investment might be substantial, the long-term benefits and savings on low energy bills can be considerable. By implementing these measures, households can enjoy lower energy bills and contribute to a more sustainable environment.

Continue

Repointing Yelllow London Handmade Stocks

Dylan Garton
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0
Repointing Yelllow London Handmade Stocks

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Repointing Old Brickwork: Tips, Techniques, and Common Pitfalls

Repointing old brickwork is a vital maintenance task that can extend the life of a building and improve its aesthetic appeal. Over time, the mortar between bricks can deteriorate due to weathering, age, and environmental factors, making repointing essential for preserving the wall’s structural integrity. Here are some detailed hints, tips, and things to avoid when repointing old brickwork.

Understanding Repointing

Repointing involves removing deteriorated mortar from the joints between bricks and replacing it with new mortar. This process enhances the wall’s appearance and protects it from moisture ingress, which can cause significant damage over time.

Preparation is Key

Before starting the repointing process, it’s crucial to assess the extent of the damage. Identify areas where the mortar is crumbling, missing, or visibly damaged. You might also want to thoroughly inspect the bricks themselves, as damaged bricks will need to be replaced before repointing.

Tools and Materials Needed:

Mortar mix (preferably matching the original in composition and colour)

• Trowel
• Pointing tool
• Chisel and hammer
• Stiff brush
• Water spray bottle
• Hints and Tips for Effective Repointing

Choosing the Right Mortar Mix:

The mortar mix should be compatible with the original mortar to maintain the structural integrity and appearance of the wall. For older buildings, a lime-based mortar is often recommended as it allows the wall to breathe and is more flexible than modern cement-based mortars.

Removing Old Mortar:

Use a chisel and hammer to carefully remove the old mortar to a depth of about 15-20 mm. Avoid using power tools as they can damage the surrounding bricks. It’s important to clean out the joints thoroughly to ensure the new mortar adheres properly.

Cleaning the Joints:

After removing the old mortar, clean the joints with a stiff brush to remove any loose debris. Dampen the joints with a water spray bottle to prevent the dry bricks from absorbing moisture from the new mortar too quickly.

Applying New Mortar:

Fill the joints with the new mortar using a pointing tool. Ensure the mortar is packed tightly into the joints and smooth it out to match the existing mortar lines. Work on small sections at a time to prevent the mortar from drying out too quickly.

Finishing Touches:

Once the mortar has set slightly, use a pointing tool to shape the joints and achieve a consistent finish. Brush off any excess mortar with a soft brush before it hardens completely.

Common Pitfalls to Avoid
Using Incompatible Mortar:

One of the biggest mistakes is using a mortar mix that doesn’t match the original. Modern cement-based mortars are too rigid for older buildings and can cause the bricks to crack over time. Always opt for a compatible mix, often a lime-based one for historic structures.

Neglecting Weather Conditions:

Avoid repointing in very hot, cold, or wet conditions. Extreme temperatures can affect the mortar’s curing process, leading to poor adhesion and potential failure. Ideally, repointing should be done in mild, dry weather.

Insufficient Joint Depth:

Removing too little of the old mortar can result in a weak bond between the new mortar and the bricks. Ensure you chisel out enough of the old mortar to provide a solid base for the new application.

Overworking the Mortar:

Overworking or overwatering the mortar can weaken its structure. Mix the mortar to the right consistency and apply it carefully to avoid compromising its strength.

Maintenance and Longevity

After repointing, regular inspections are crucial to ensure the mortar remains intact and functional. Address any signs of deterioration promptly to prevent more extensive damage.

Repointing old brickwork requires careful preparation, the right materials, and attention to detail. By following these tips and avoiding common pitfalls, you can preserve the beauty and integrity of your brickwork for many years to come. Properly maintained brickwork not only enhances the appearance of your property but also ensures its structural soundness and longevity.

More from Skillbuilder

Repointing Old Victorian Brickwork

Pnu-Point Pointing Tool – Time-saving Mortar Gun

Steel Beam Lifter ~ Lift The Easy Way

Dylan Garton
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0
Steel Beam Lifter ~ Lift The Easy Way

▶ https://steelbeamlifter.co.uk

▶ https://www.proppal.co.uk

@steelbeamlifterbeamlifter4198

@proppaltv1678
____________________________

ABOUT STEEL BEAM LIFTER

The ultimate steel beam lifter!

This is a safe, easy, and fast way to move and install steel beams from the kerbside in the UK, taking the stress, labour costs, and injury risks out of steel beam handling and installation.

Their expert-operated steel I-beam move and installation service is the only service in the UK that uses the Hooka-tracked mini-handler and DBX-tracked dolly, designed to move and install steel I-beams on sites with restricted access.

____________________________

ABOUT PROP PAL

For years, builders have had no choice but to work unprofessionally using the traditional, unsafe, makeshift methods of Strongboys and RSJ / box section needling to create open-plan living.

It’s caused a lot of stress, mess, and sleepless nights (before we even mention the homes that have come crashing down) because it’s never been safe, easy, or secure.

Prop Pal products make the job safe, easy and secure – the key elements – for builders to work professionally on domestic and small commercial structural alterations.

Moving Heavy Steel Beams ~ 35A Extension

Drain Unblocking Tip That Saves A Fortune

Dylan Garton
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0
Drain Unblocking Tip That Saves A Fortune
Dealing with a clogged drain can be frustrating, but with some practical drain unblocking tips, you can often resolve the issue yourself.

⬇️ PRODUCTS ⬇️

Drain Gully Silt Grab 3″ 4″ 5″ 8″ Round or Square Scoop
? https://amzn.to/3K00KBE

https://www.amazon.co.uk/Silverline-278373-920-Lockrod-Drain/dp/B0161AEHTC?th=1

30ft Drain Rod Kit with Carry Bag
? https://amzn.to/3QHiaqj

Protective Long Rubber Gloves
? https://amzn.to/3WJytqK

_________________________________

A blocked drain gully can lead to various issues, including unpleasant odours, flooding, and potential damage to your property. Preventing such blockages is key to maintaining a healthy drainage system. Here are some practical tips to help you avoid a blocked drain gully:

Regular Maintenance

Perform regular inspections of your drain gully to check for any signs of blockages. Clear away leaves, dirt, and other debris that may accumulate around the gully. This can be done using a gloved hand or a small shovel. Regularly removing debris prevents it from entering the gully and causing a blockage.

Proper Disposal of Waste

Be mindful of what you dispose of down your drains. Avoid pouring fats, oils, and grease (FOG) down the sink, as they can solidify and cause blockages. Instead, collect FOG in a container and dispose of it in your household rubbish. Similarly, ensure that food scraps are thrown away in the bin rather than washed down the sink.

Use Drain Covers

Install drain covers or guards over your gullies to prevent leaves, twigs, and other debris from entering the drain. These covers are instrumental during autumn when falling leaves can easily cause blockages. Clean the covers regularly to ensure they remain effective.

Regular Cleaning

Use a drain cleaner or a mixture of baking soda and vinegar to clean your drains periodically. This helps to break down any potential build-up of debris inside the gully. Pouring boiling water down the drain can also help to dissolve grease and other residues.

Professional Inspection

Consider having your drains professionally inspected and cleaned every few years. A professional plumber can use specialised equipment to thoroughly clean your drain gully and identify any potential issues before they become significant problems.

Landscaping Considerations

Ensure plants and trees are not planted too close to your drainage system. Roots can infiltrate and damage the pipes, leading to blockages. If you already have trees or plants near your drainage system, consider consulting a professional to assess the risk and possibly reroute the roots away from the drains.

By following these preventative measures, you can help ensure that your drain gully remains clear and functional, reducing the risk of blockages and the associated problems.

If preventative measures fail, and you do find yourself in need of a drain unblocking, there are methods that you can try yourself –
  1. Plunger: A plunger is a handy tool for unblocking drains. Ensure there is enough water in the sink or tub to cover the plunger’s cup, then plunge vigorously to create suction and dislodge the clog.
  2. Plumbing Snake: For more difficult drain unblocking, a plumbing snake (or auger) can reach deeper into the pipes. Insert the snake into the drain and twist it to break up or retrieve the clog.
  3. Clean the P-trap: The P-trap under sinks can collect debris over time. Place a bucket underneath, unscrew the trap, and clean out any buildup before reassembling.
  4. Enzyme Cleaners: Enzyme-based drain unblocking is an eco-friendly option. They use natural enzymes to break down organic material without damaging your pipes.

Regular maintenance, such as avoiding pouring grease down the drain and using a drain strainer, can prevent future clogs. If these methods fail, it may be time to call a professional plumber to go in with a more extreme drain unblocking method.

 

_________________________________

LABC Drain Interceptor Traps
https://www.labc.co.uk/news/my-dad-told-me-about-them-drain-interceptors

DIY Fix For a Blocked Drain or Gully Outside

Luxury Handmade Bespoke Kitchen | Step-by-Step

Dylan Garton
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0
Luxury Handmade Bespoke Kitchen | Step-by-Step

https://youtu.be/a-7WxFMzgGE

https://youtu.be/v3SVjCSnWy0

_

A handmade bespoke kitchen offers numerous benefits, blending functionality, aesthetics, and personal expression to create a space that is both practical and beautiful. Here are some key advantages of investing in a handmade bespoke kitchen:

Personalization and Unique Design

One of the most significant benefits of a bespoke kitchen is the ability to personalize every aspect of the design. Unlike mass-produced kitchens, a bespoke kitchen is crafted to your specifications, ensuring that every detail reflects your style and meets your needs. From choosing the materials and finishes to selecting the hardware and layout, you have complete control over the design process. This level of customization allows you to create a unique kitchen that stands out and suits your lifestyle perfectly.

Optimal Use of Space

Bespoke kitchens are designed to maximize the use of available space, making them ideal for both small and large areas. Skilled craftsmen can create cabinets, countertops, and storage solutions tailored to the specific dimensions of your kitchen. This ensures that every inch of space is utilized efficiently, providing ample storage and work surfaces. Custom-built units can fit into awkward corners and unusual spaces, creating a seamless and harmonious layout that enhances the overall functionality of your kitchen.

Superior Quality and Craftsmanship

Handmade bespoke kitchens are synonymous with superior quality and craftsmanship. Skilled artisans use high-quality materials and traditional woodworking techniques to create durable and long-lasting kitchen furniture. Unlike factory-made units, which often rely on cheaper materials and automated processes, bespoke kitchens are built with attention to detail and precision. This results in a kitchen that not only looks stunning but also stands the test of time, offering excellent value for money in the long run.

Enhanced Property Value

Investing in a bespoke kitchen can significantly enhance the value of your property. Potential buyers often appreciate the uniqueness and quality of a handmade kitchen, making it a desirable feature in the real estate market. A well-designed bespoke kitchen can be a major selling point, attracting buyers who are willing to pay a premium for a home with a high-quality, customized kitchen. This can provide a strong return on investment should you decide to sell your property in the future.

Eco-Friendly Options

Bespoke kitchen manufacturers often offer eco-friendly options, allowing you to create a sustainable kitchen that minimizes environmental impact. From using responsibly sourced timber to incorporating energy-efficient appliances and low-VOC finishes, there are numerous ways to make your bespoke kitchen environmentally friendly. This not only helps reduce your carbon footprint but also contributes to a healthier living environment by reducing exposure to harmful chemicals.

Enhanced Functionality

A bespoke kitchen is designed with your specific needs in mind, enhancing the overall functionality of the space. Whether you need additional storage, specialized appliances, or ergonomic workstations, a bespoke kitchen can accommodate your requirements. This level of customization ensures that your kitchen is not only beautiful but also highly practical, making everyday tasks easier and more enjoyable.

Timeless Appeal

Handmade bespoke kitchens have a timeless appeal that transcends trends and fashions. By choosing classic designs and high-quality materials, you can create a kitchen that remains stylish and functional for years to come. This timelessness ensures that your investment retains its value and continues to bring joy and satisfaction long after it is installed.

In conclusion, a handmade bespoke kitchen offers numerous benefits, from personalized design and optimal space utilization to superior craftsmanship and enhanced property value. By investing in a bespoke kitchen, you can create a unique, functional, and beautiful space that reflects your style and meets your needs, providing long-lasting satisfaction and value.

_________________________________________________

PRODUCTS

@TheUnderfloorHS
ProWarm Low Profile Underfloor Heating
https://www.theunderfloorheatingstore.com/products/low-profile-overlay-underfloor-heating-multiple-room-kit

@MilwaukeeToolEurope Laser level L4 CLL-301C
https://www.bigredpowertools.co.uk/milwaukee-l4cll-301c

@metabo ASR 35 L ACP (602057000) All-purpose Vacuum Cleaner
https://www.metabo.com/com/en/tools/vacuums-and-extraction/all-purpose-vacuum-cleaner/asr-35-l-acp-602057000-all-purpose-vacuum-cleaner.html

@HiltiGreatBritain DC-SE 20 Wall Chaser
https://www.hilti.co.uk/c/CLS_POWER_TOOLS_7125/CLS_CONCRETE_SAWS_7125/r6703894

@ToughBuilt GelFit Stabilizer Knee Pads
https://toughbuilt.com/product/gelfit-stabilizer-knee-pads

Nemesis Mighty Decorators Caulk
https://www.screwfix.com/p/nemesis-mighty-decorators-caulk-white-310ml/4774j

Prestonett Ready Mixed Wood Filler
https://www.brewers.co.uk/product/NC13405510R

@HouseofRohlEurope fine kitchen and bathroom products
https://houseofrohl.design

@HafeleUKLimited Axilo Plinth Adjusting System
https://www.hafele.co.uk/en/product/adjusting-tool-haefele-axilo-78/P-00870008/

__________________________________________________
Thanks to everybody who contributed to this project.

▶ S J Ward Builders

https://www.facebook.com/sandjwardbespokefurniture

▶ Jamie Cook

▶ Austin Decorating & Maintenance

https://austindm.uk

https://www.facebook.com/Austindm.uk

▶ PJR Boilers

http://www.frintonplumber.uk

▶ Sibley Electrical Ltd

https://www.myessexelectrician.co.uk/electrician-in-earls-colne

▶ H&M Interiors

http://handminteriors.com

▶ The Stone Family

https://rccoppinltd.co.uk

__________________________________________________

CHAPTERS

00:00 Intro
01:39 Self Levelling Screed
03:12 Cable Chases
05:10 Decorating
09:21 Tiling
10:58 Furniture
17:59 Fitting
21:30 Worktops
22:01 Finish

Plastering life Glory – What is Kirk Not Telling You?

Dylan Garton
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0
Plastering life Glory – What is Kirk Not Telling You?

 

It’s time for a coffee with Roger and Glory boy Kirk Johnstone. Nothing is off limits here, from domestic vs site plastering, and what it means to be a plastering purist.

Check out Kirk’s channel ? @Onthetrowel
https://www.youtube.com/@Onthetrowel

Kirk Johnstone The Plasterer

https://www.facebook.com/kirkjohnstonetheplasterer

https://www.instagram.com/kirkjohnstoneplasterer

Is This the Best Plastering Lesson You’ll Ever Watch?

Being a plasterer is a skilled trade that comes with its own set of ups and downs. For those considering this profession, understanding the various aspects can help in making an informed decision. Here’s an in-depth look at the advantages and challenges faced by plasterers.

The Ups

Job Satisfaction and Creativity

One of the significant upsides of being a plasterer is the sense of job satisfaction that comes from creating something tangible and lasting. Plasterers play a crucial role in the construction and renovation of buildings, turning rough walls into smooth, finished surfaces. This aspect of the job allows for a high degree of creativity, particularly when working on decorative plastering or restoration projects. The ability to leave a lasting mark on a building can be incredibly rewarding.

Demand and Job Security

The demand for skilled plasterers remains steady, driven by ongoing construction and renovation projects. Homes, offices, and public buildings all require plastering services, ensuring a consistent need for professionals in this field. This demand translates to job security, as qualified plasterers are often sought after for both new builds and refurbishments.

Physical Activity and Health Benefits

For those who enjoy physical activity, plastering can be a highly satisfying career. The job involves a considerable amount of manual labor, which helps keep plasterers fit and active. This physical aspect can be a major advantage for individuals who prefer working with their hands and staying physically engaged rather than sitting at a desk all day.

Good Earnings Potential

Experienced plasterers can earn a good income, especially if they build a reputation for quality work. Opportunities for overtime and weekend work can further enhance earnings. Many plasterers also have the option to work as self-employed contractors, which can provide greater control over their income and schedule.

The Downs

Physical Demands and Health Risks

While the physical nature of plastering can be an advantage, it also presents significant challenges. The job can be physically demanding, often requiring plasterers to work in uncomfortable positions, lift heavy materials, and perform repetitive tasks. Over time, this can lead to musculoskeletal issues, such as back pain and joint problems. Additionally, exposure to dust and chemicals poses health risks, making the use of protective gear essential.

Inconsistent Work and Weather Dependence

Plasterers often face inconsistent work schedules, particularly those who are self-employed. The availability of projects can fluctuate, leading to periods of unemployment or underemployment. Weather conditions can also impact work, especially for plasterers working on exterior projects. Rain, extreme cold, or high humidity can delay or halt work, affecting income stability.

Initial Training and Skill Development

Becoming a skilled plasterer requires a significant investment in training and skill development. Apprenticeships and vocational training programs are essential to gaining the necessary expertise, but these can be time-consuming and may offer low pay during the learning phase. Continuous skill development is also necessary to stay current with industry standards and techniques.

High Competition and Market Saturation

The plastering industry can be highly competitive, particularly in areas with many skilled tradespeople. This competition can make it challenging for new plasterers to establish themselves and secure consistent work. Building a reputation for quality and reliability is crucial, but it takes time and effort to achieve.

Conclusion

Being a plasterer comes with a mix of rewards and challenges. The profession offers job satisfaction, creativity, demand, and good earning potential, making it an attractive career for many. However, the physical demands, health risks, inconsistent work, and need for extensive training can pose significant downsides. For those willing to invest in their skills and adapt to the demands of the job, plastering can be a fulfilling and lucrative career. Understanding these ups and downs can help aspiring plasterers make informed decisions about their future in this skilled trade.

4o

Solar PV In Part Shaded Locations

Dylan Garton
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0
Solar PV In Part Shaded Locations
The Evolution of Solar PV Technology

https://www.instagram.com/shaws.cottage

? Newsletter: http://skill-builder.uk/signup

Over the past 15 years, solar photovoltaic (PV) technology has undergone significant transformations, revolutionizing its efficiency, cost, and accessibility.

This period has seen solar energy transition from a niche, expensive option to a mainstream energy source, driven by relentless innovations and global sustainability targets.

Advancements in Efficiency

One of the most significant changes in solar PV technology has been the remarkable improvement in efficiency. Fifteen years ago, the average efficiency of solar panels was around 15%. Today, thanks to advancements in materials and design, modern solar panels can achieve efficiencies of over 22%.

This dramatic leap is mainly due to the development of new semiconductor materials such as perovskite, which offers higher light absorption and can be used in combination with traditional silicon cells to create multi-junction solar cells that capture more of the solar spectrum. Additionally, enhanced manufacturing techniques and innovative cell structures have contributed to these efficiency gains.

Cost Reductions

The cost of solar PV has plummeted, making it more accessible than ever. According to reports from the International Renewable Energy Agency (IRENA), the cost of solar PV has dropped by about 82% since 2010. This dramatic decrease is attributed to both technological advancements and economies of scale.

As production ramped up globally, particularly in China, the market saw a significant reduction in the price of solar panels and associated hardware.

Manufacturing Innovations

The last 15 years have also seen improvements in solar panel manufacturing processes. Techniques like diamond wire sawing have become more prevalent, which allows thinner and more uniform wafers to be cut from silicon blocks, reducing material waste and enhancing the performance of solar cells.

Additionally, manufacturers have shifted towards larger wafer sizes, improving solar panels’ output and efficiency while reducing costs.

Integration and Flexibility

Solar technology has become more integrated and flexible, adapting to various environments and uses. The development of building-integrated photovoltaics (BIPV) is a prime example. These solar cells or modules are integrated into building materials such as roof tiles or glass.

BIPV serves the dual purpose of building materials and power generators and enhances aesthetic value, which has been a traditional barrier to solar panel adoption in residential areas.

Storage and Energy Management

The integration of solar systems with energy storage has seen substantial progress. The last decade has introduced more advanced solar-plus-storage solutions, which have been crucial in addressing the intermittency issues of solar power.

Modern systems are equipped with more innovative, more efficient batteries that store excess power during peak production hours for use during lower production times, such as night or overcast days.

Policy and Market Impact

Policy changes and government incentives have been pivotal in promoting solar PV adoption. Many countries have introduced feed-in tariffs, subsidies, and tax incentives to reduce the financial burden on those adopting solar technology. These policies have been critical in promoting solar energy in residential, commercial, and industrial sectors, further driving the market’s growth.

Future Outlook

Looking forward, the solar PV sector is expected to continue its trajectory of rapid innovation and significant expansion. The focus will likely remain on increasing efficiency, reducing costs, and integrating solar technology into broader applications such as smart grids and energy storage systems. Solar PV will undoubtedly play a crucial role in the global energy landscape as the world increasingly turns towards renewable sources to combat climate change and reduce reliance on fossil fuels.

Recent years have witnessed both an evolution and a revolution in solar PV technology. With ongoing advancements, including improvements in materials like perovskite and the development of more efficient multi-junction cells, the future of solar energy is brighter than ever. This progress promises not only a cleaner, more sustainable world but also more accessible and affordable energy solutions for all. As research continues and new innovations emerge, solar PV technology is set to become an even more integral part of our global energy strategy, driving us towards a more sustainable, resilient, and energy-efficient future.

How Does A Heat Pump Work?

Dylan Garton
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0
How Does A Heat Pump Work?

Heat Geek House ? Live Data
https://skill-builder.uk/heatgeek
__________________________________________________

How Does A Heat Pump Work?

An air source heat pump (ASHP) is a versatile system that transfers heat from outside to inside a building, or vice versa, to heat or cool it, depending on the season. This innovative technology enhances comfort and offers an energy-efficient alternative to conventional heating and cooling systems.

The Basics of Heat Pump Technology

At its core, the heat pump operates on a principle similar to a refrigerator’s. It uses a refrigerant to transfer heat, but instead of merely cooling, it can also provide heat. The system consists of two main components: an outdoor unit and an indoor unit, connected by pipes filled with refrigerant.

The Heating Cycle

During colder months, the heat pump extracts heat from the outdoor air, even in freezing temperatures. Here’s the step-by-step process:

  1. Evaporation: The outdoor unit contains a coil that acts as an evaporator. The refrigerant within this coil absorbs heat from the external air, causing the refrigerant to evaporate and turn into a low-pressure gas.
  2. Compression: This gas is then compressed by a compressor located in the outdoor unit. The compression process increases the temperature and pressure of the refrigerant gas significantly.
  3. Condensation: The hot, high-pressure gas flows through to the indoor unit containing another coil. Here, the gas releases its heat, warming the air inside the home. As it loses heat, the refrigerant condenses back into a liquid.
  4. Expansion: The high-pressure liquid refrigerant returns to the outdoor unit. It passes through an expansion valve, reducing its pressure and temperature, ready to absorb heat from the outdoor air again.

The Cooling Cycle

The heat pump can reverse the cycle to cool the building in warmer months. This process is known as the “reverse cycle”:

  1. Reverse Flow: By activating a reversing valve, the direction of the refrigerant flow changes, so the indoor coil becomes the evaporator and the outdoor coil becomes the condenser.
  2. Indoor Evaporation: The refrigerant absorbs heat from the indoor air, cooling it. The absorbed heat turns the refrigerant from a liquid to a gas.
  3. Heat Discharge: The compressor sends the refrigerant gas outside, releasing the absorbed heat into the atmosphere as it condenses into a liquid.
  4. Pressure Reduction: The liquid refrigerant then returns indoors, passing through the expansion valve, decreasing pressure and temperature, ready to absorb heat from the indoor air again.

Benefits and Efficiency

Air-source heat pumps are praised for their energy efficiency. They consume less electricity than traditional heating systems that generate heat, as they simply move existing heat from one place to another. This efficiency can translate into significantly lower energy bills and a substantially reduced environmental impact.

Moreover, modern heat pumps can operate effectively even in cold climates, making them a viable option for heating in various geographic locations. Their ability to reverse the cycle and provide cooling is an added benefit, making them an all-in-one climate control solution.

Air source heat pumps represent intelligent technology that leverages ambient air temperature to provide both heating and cooling solutions. Efficient, versatile, and eco-friendly, they are an excellent choice for those looking to reduce their carbon footprint while maintaining year-round comfort in their homes.

Whether in the heat of summer or the cold of winter, a heat pump works tirelessly to ensure your environment is just right. These systems not only offer significant energy savings but also contribute to a more sustainable future by reducing reliance on fossil fuels and lowering greenhouse gas emissions. Air source heat pumps are truly a modern solution for today’s energy-conscious homeowners, offering reliability and long-term cost savings.

 

__________________________________________________

Thanks to:

? @HeatGeek
https://www.heatgeek.com

@VaillantUK
https://www.vaillant.co.uk

Building Material Breathability Experiment: Surprise Result Revealed!

Dylan Garton
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0
Building Material Breathability Experiment: Surprise Result Revealed!

The Building Material Breathability Experiment

Mixes From our test

• 3.1 Sand and Cement
• 5.1 Sand and Cement
• 6.1.1 Sand, Cement and Hydrated Lime
• 3.1 Natural Hydraulic Lime (NHL)
• 5.1 Natural Hydraulic Lime (NHL)
• Dryzone Hi-Lime
• Rapid Set Plaster
• 6.1.1 with Skim

_________________________________

Material Breathability

The term “breathability” in the context of building materials refers to their ability to permit the passage of moisture vapor through them without allowing liquid water to penetrate. This feature is essential because it ensures that the materials can manage moisture levels effectively, which is vital for both the structural integrity of buildings and the health of the indoor environment.

The Importance of Breathable Materials

In everyday building use, a significant amount of moisture is produced from routine activities such as cooking, bathing, and even breathing. Each of these activities generates water vapor that can accumulate indoors if not properly managed. Breathable materials play a critical role in addressing this challenge by allowing this moisture to pass through the walls and escape into the external environment. This process, known as vapor permeability, helps prevent the buildup of dampness inside the building.

Health Benefits of Good Material Breathability

The ability of building materials to manage moisture effectively has direct implications for indoor air quality and the health of the occupants. When moisture accumulates within a building, it creates an ideal environment for the growth of mold and mildew. These fungi not only cause unsightly stains and unpleasant odors but can also have serious health implications. Mold spores can trigger allergic reactions and respiratory problems, especially in sensitive individuals such as children, the elderly, and those with pre-existing health conditions. By using breathable materials, the risk of mold growth is significantly reduced, contributing to a healthier indoor environment.

Structural Advantages

In addition to health benefits, good material breathability is crucial for maintaining the longevity and durability of the building structure itself. Moisture trapped within walls can lead to a range of problems, including wood rot, corrosion of metal components, and degradation of insulation materials. Over time, these issues can compromise the structural integrity of the building, leading to costly repairs and potential safety hazards. Breathable materials help to prevent these issues by allowing moisture to evaporate away, thus protecting the structural elements of the building from moisture-related damage.

Common Breathable Materials

1. Lime-based Mortar and Plaster: Unlike standard cement, lime is highly breathable and can accommodate fluctuations in humidity by absorbing and releasing moisture.

This makes lime-based products excellent for use in older buildings, where flexibility and breathability are essential to withstand natural settling and movement over time without cracking.

2. Natural Hydraulic Lime (NHL): NHL is preferred in restoration and conservation projects for its moderate set time and high breathability.

It works well in damp environments, providing durability without sacrificing the traditional aesthetic of historic buildings.

3. Clay Plaster: Clay is another highly breathable material with excellent moisture regulation.

It helps create a healthy indoor climate by buffering moisture levels and purifying the air, which makes it ideal for eco-friendly constructions.

4. Gypsum Plaster: While gypsum plaster is less breathable than lime or clay, it provides some moisture permeability, which is often sufficient for modern construction needs. It’s also fast-setting, making it a popular choice for quick renovations.

Measuring Material Breathability

Material breathability is often measured by their permeance, commonly referred to as the “perms” rating.

This measurement indicates how much moisture vapour can pass through a material. The higher the perms value, the more breathable the material.

Choosing the Right Material

Selecting the right breathable material depends on several factors, including the climate, the building’s existing materials, and the space’s specific needs.

For instance, more breathable materials might be necessary in areas with high humidity to manage indoor moisture effectively.

The Impact of Breathability on Building Longevity

Using breathable materials can significantly impact a building’s longevity. Allowing walls to dry out naturally prevents structural damage caused by trapped moisture, such as rot and deterioration of building fabric. This not only ensures the structural integrity of the building but also maintains its aesthetic and functional value over time.

 

Skillbuilder tests out Breathable Silicone Masonry Paint

Emperor paint – The ultimate breathable paint

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