Paint inspection tech? Yep.
Hang in there with me. You see painting has slowly started getting more technical. Why? Because of smart homes. So it only makes sense that paint inspectors would have to start getting, well, more technical in their approach.
So what new gadgets are in the paint inspection world? Let’s find out.
How about seeing through walls!? Superman what? Serious. It’s called thermal imaging and paint inspectors are putting it to good use. No longer is the paint inspector limited by their vision. Thermal imaging devices allow them to go beyond their sense of sight and see into the walls of a home. This allows for a far superior paint inspection.
So how does it work? It uses infrared tech. This basically means it uses heat to see. Remember the Preditor movie? Cool right?
So what use is it to a paint inspector? Well, they can use it for a range of things. They can use it to find moisture problems, electrical problems, foundation problems, and even problems with your plumbing.
I did some searching online and talked with a paint inspector at painters Pittsburgh. They said they don’t use it yet, but that they are taking classes for it now and will be shortly. I called several others in different locations and found only 1 that had been using it for a few months. The others had heard of it and were looking into. They all agreed it was a good investment and well worth the cost and effort.
So that’s all today ladies and gents. Till next time we meet.
So you see it everywhere. Concrete. The concrete jungle has overgrown the jungle. So what’s the horizon of this weed that envelops our lives? What new innovations have brought concrete to what it is today? Let’s take a look shall we?
HPC. That stands for high performance concrete. And it’s the latest and greatest concrete tech out now. I did some searching online for concrete and discovered this little gem. So apparently HPC is way better than the standard concrete you see most everywhere. For starters, it contains recycled material. Got to love recycle. Points. This reduces carbon dioxide emissions as well as energy consumption. Win win.
HPC also lasts way longer than older concrete. We’re talking hundreds of years verse decades. This means a lot less in the land fill over time. Another point for new concrete tech. Less mess in a landfill translates into other benefits like by-products seeping into water supplies.
Enough about HPC. Let’s talk BSI. This new concrete technology has sky high tensile muscle. Not to mention it’s flexible. Picture that. Flexible, super strong concrete! What? I mean what’s this world comming to? Where buildings will bend in the wind. These characteristics give BSI super powers like resistances to chemical corrosion. It also gives BSI structures extra life!
Last but not least is Ductile. This little puppy is denser than BSI. What does that do for you? Super human strength. Well super concrete strength more like. It gets it strength from hair. Not any old horse hair. But steel hair! Yep. You heard right. Steel freakn hairs embedded throughout. This gives this new concrete tech freak powers like the ability to withstand earthquakes!
Now these new tech might come with a pretty impressive upfront price tag, but it’s the long term savings in maintenance that you have to think about. Not to mention they just look good longer. And who wants ugly concrete everywhere they look? Not to mention this new tech will squash far less people than their predecessors.
So that’s all for this one peeps. I’m out.
Innovation is a hot topic right now with engineers and contractors looking to create new ways to work more efficiently and deliver value to projects and customers. While the construction industry is not exactly known for innovation, there are new methods and materials that you can use to create greater efficiency. The innovation idea that is taking concrete to the next level is the use of supplementary cementing materials when making concrete. These materials contribute to hardening the concrete through either hydraulic or pozzolanic activity. You can use them to reduce cement contents, thus improving the work-ability of fresh concrete, increase its strength and enhance its durability after it hardens.
Some of the materials used by a concrete contractor when making the concrete harder include fly ash, slag cement and silica fume. For example, adding fly ash and slag cement as supplements when making concrete is crucial in enhancing its stability during construction. Silica fume has also been shown to be effective in making concrete more robust and able to resist any chloride ion penetration.
In essence, there are numerous reasons why you should incorporate this innovative idea when looking to take concrete to the next level. Apart from reducing the percentage of cement in the concrete, these materials improves its quality in terms of being more reliable and durable. The innovation is focused on making the concrete harder and, therefore, efficient for construction. Furthermore, when you use these materials in making concrete, you contribute to preserving and protecting the environment because it keeps fly-ash, slag cement and silica fume from the landfill. Also, by using these materials, you help in reducing cement consumption, thus improving the environment by preventing carbon release from cement production.
By now, it is evident that the construction industry is entering a new era in terms of construction materials due to the new revolutionary techniques. SCMs are bound to take concrete to the next level based on their ability to improve its work-ability and cohesion. This innovative idea is crucial because it enhances the quality of concrete as well as helping to protect the environment. The supplements also ensures that your concrete is not permeable to water and does not expand when it comes in contact with any reactive.
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