The following is a guest post provided by MixIt, a concrete supplier in the UK. They provide services such as: ready mix concrete, onsite concrete mixing, concrete pumps, concrete floors, floor screed, and drum mixer vehicles. For more information about their company, visit www.mixit.co.uk
Ready mix concrete has been used in construction projects since the first ready-mix factory was built in the 1930s. Since the 1980s, there has been a boom in construction and the use of ready-mix as a building material means that concrete plants have had to work hard to keep up with the ever increasing demand.
Mixing concrete in plants rather than onsite saves time and labor costs, and specialist concrete firms are able to provide clients with a wide range of concrete mixtures. These mixes can be suitable for wide range of construction projects, from laying a driveway to foundations for a skyscraper.
With improvements in transport options, more and more people are using ready mix concrete for their domestic building projects. Rather than mixing concrete themselves, building enthusiasts are using ready mix companies to provide them with the concrete they need, which usually results in a huge saving in labor time and effort.
However, concrete firms still face questions related to how best to use the concrete, tips on how to place and compact concrete and ultimately avoid the arduous task of fixing concrete mistakes.
To help people better understand the challenges associated with using ready mix concrete, MixIt have created this helpful infographic which answers some of the frequently asked questions that their team face on a regular basis. We hope you find this useful and answers some of your questions too.
[Guest post] A Review of Top Wired and Wireless Temperature and Strength Concrete Sensors
The only thing slower than watching paint dry is, well, watching concrete dry. Proper curing of concrete is extremely important, though, for quality and safety reasons. Perhaps equally important is proper testing and documentation of the concrete’s strength over time. In a move to help bolster their digital portfolio, power tool giant Hilti has acquired Concrete Sensors, an internet connected concrete testing startup.
Times are weird, guys. While there are a lot of jobsites still open, there are many that have been temporarily shut down during the coronavirus pandemic. If you need some resources for how your construction company should handle the pandemic, you can check out my resource guide by clicking or tapping here, but if you want to take your mind off of that and use some of your newly found free time, you can learn about concrete on YouTube from a college professor.
Tying rebar is an extremely repetitive and strenuous job, but it’s an essential part of most concrete roads, bridges, and buildings. Typically, rodbusters use hand tools for this work on the jobsite, but my recent visit to the World of Concrete in Las Vegas made me realize how much innovation there has been in the space in the past few years.
Over the past few years, there have been many companies offering different ways of tying rebar, which can be a very strenuous and tedious task. It’s also extremely repeatable, which makes it a strong target for innovation. MAX USA has had a rebar tying gun out for a little while now, but they just showed off a new version at the World of Concrete.
As lithium-ion battery technology continues to get better and better, we can start to expect larger tools to hit the market – and that’s been the case over the past few years. Those advancements eventually lead to opening to door for tools that the world has never even seen before, like a battery powered roller screed for concrete.
The gigantic marathon of a construction trade show, the World of Concrete, has sadly come and gone already, but the winners of the annual contest for the show’s Most Innovative Products has just been announced!
While placing concrete on the 7th floor of a new hotel in Houston, TX, 16 construction workers were suddenly sent falling to the 6th floor below, sending 9 of them to the hospital, according to local news reports.
In September of 2017, OSHA’s new standard on exposure to respirable crystalline silica went into effect in the construction industry. The rule lowered the allowable exposure to the harmful substance to 50 micrograms per cubic meter, a measurement that we’re all familiar with [/sarcasm]. After a full year of enforcement, OSHA is considering making a change to the rule.
[guest post] a in-depth comparison between laboratory and field cured concrete maturity testing