The decline in traditional tradesmen in the UK is a trend that has been observed for several decades now. It's a sad reality that the country's traditional trades, such as carpentry, plumbing, and bricklaying, are facing a serious decline in the number of practitioners. This trend is not only affecting the number of jobs available in these fields, but it also has implications for the quality of workmanship and the long-term health of the UK's construction industry. The reasons behind the decline in traditional tradesmen are complex and varied. One major factor is the shift in emphasis towards academic education and away from vocational training. Young people are encouraged to pursue university degrees, and the value of vocational training is often overlooked. This has led to a shortage of skilled tradespeople, as fewer young people are choosing to learn these trades. Another factor is the aging workforce. Many traditional tradespeople are now reaching retirement age, and there are not enough younger people entering these trades to replace them. The lack of new entrants into these fields is leading to a skills gap and a decline in the quality of workmanship. Furthermore, there has been a shift in consumer preferences. People are increasingly looking for quick fixes and cheaper alternatives to traditional tradespeople, which has led to a rise in DIY culture and the popularity of online tutorials. While DIY can be a great way to save money, it often results in a lower quality of work and can even be dangerous. The decline in traditional tradespeople has serious implications for the UK's construction industry. The shortage of skilled workers can lead to delays and increased costs for projects, as well as a decline in the quality of work. This, in turn, can affect the safety of buildings and infrastructure. To address this issue, the UK government has taken steps to encourage more young people to consider careers in traditional trades. In 2018, the government announced a £22 million fund to help boost the number of people training in construction trades. The fund aims to help address the skills gap and encourage more young people to consider careers in trades such as plumbing, carpentry, and bricklaying. In conclusion, the decline in traditional tradespeople in the UK is a complex issue with far-reaching implications. While the government is taking steps to address this issue, it will take a concerted effort from all sectors of society to reverse this trend. By encouraging young people to consider careers in traditional trades, we can ensure that the UK's construction industry remains strong and that we have a skilled workforce to meet the needs of the future.

Using Lime Mortar for Restoring Heritage Buildings Lime mortar, a traditional technique for wall plastering in historic structures, has experienced a resurgence in popularity as more individuals seek to renovate old buildings. Its breathability and flexibility make it particularly well-suited for aged structures prone to decay and mold. For centuries, lime plastering has been a prevalent practice in residential and other architectural constructions. The breathable nature of lime plaster allows moisture to escape through surfaces rather than becoming trapped within walls or ceilings, addressing potential issues of mold or mildew hidden behind existing finishes like paint or wallpaper. Moreover, its flexibility and durability enable it to endure the structural movement common in older buildings without developing cracks or detaching from the support structure. By aiding in keeping buildings dry, lime mortar contributes to prolonging their lifespan and decreasing maintenance expenses. Ignoring the use of lime mortar in a restoration project might lead to substantial future repair costs. Avoid becoming vulnerable to significant damage that could have been prevented by early utilization of lime mortar. Lime mortar stands as an excellent choice for heritage buildings due to its accessibility, breathability, durability, and longevity, capable of enduring for millennia."

What is the difference between Hydraulic and non-hydraulic lime Hydraulic lime offers more strength but less flexibility. The set is initiated by the addition of water (hence the name) and the cure times are shorter. Non-hydraulic lime is made by adding water to quick lime (known as slaking) which produces an aggressive chemical reaction that produces lime putty. Lime putty is used to make lime wash, mortar, plaster and render depending upon the amount and grade of sand it is mixed with. Non-hydraulic lime sets by reacting with carbon dioxide in the atmosphere and produce less strength with more flexibility.