Keep up with us to get an inside look into our projects, community involvement, our team, and company activities.
Eagle Builders is a Canadian-based manufacturing and construction company in the design, engineering, fabrication and building of precast concrete structures. Operating out of 2 facilities totaling 250,000 square feet of production area in Blackfalds, AB.
Eagle Builders is your market leader in commercial, industrial, multi-family residential, and agricultural precast construction. We are CPCI B4 Certified and supply top-quality precast infrastructure products to the Canadian market. Internationally recognized for our quality, Eagle Builders is the industry trendsetter for fostering innovation and emerging technologies.
Our aim is simple: Produce the world's best precast concrete made available in Canada.
How did this get so many views? Did it get shared on a large platform? I'm curious as I haven't seen any corporate video get this many views unless it's a B2C video.
Hi there, we are looking for a company that can build a school in Africa using this method. Please be so kind as to let me know if you have any contact with a company like that. Shaun Brandon
Same here. It ticks so many boxes of an excellent corporate film. We always ask, "what will the audience take away after watching?" Here you think: family firm with history, passionate about what they do, making a top-end product in their field. Video's mission accomplished.
Well done RU-vid. I was wondering about this yesterday and this video pops up in my feed this morning. I was specifically wondering about four inch non-reinforced concrete, but these tests were close enough. My guesses were hand guns and small rifles, no problem. I thought the large caliber rifles probably wouldn't penetrate it either, but I wasn't sure, I thought a 50 caliber rifle might. My guesses, seemed to have been pretty good based on these results. The 50 caliber is still in the running to go through especially with the four inch concrete I was thinking about and especially if two shots are taken.
One of the best demos i have seen...What was the MPA and aggregrate size... Try layering a high tensile expanded mesh in the concrete as the shock is what makes the concrete release the energy capture the concrete and the hole will be smaller and the round will be captured just like Fibre reinforced...
A .270 winchester does have much less energy than the larger rounds shown in the video. It will not penetrate. But he could test a 7,62x51 AP round. He only tested a 5,56 × 45 AP round.
@@OpenGL4ever concrete is brittle and will crumble easily. So will ceramic actually. Steel is more ductile. Should cover concrete with steel and use rebars
@@prandomable Ceramic is very hard, much harder than steel, that's why it will pulverize the projectile, making it useless. And the concrete behind it will absorb the energy. That's how every modern tank armor works. The only difference is, on a tank which is much smaller than a building you can afford and use steel instead of concrete, but you still need the ceramic, because it is much harder. But for a building, massive steel is too expensive. It will cost you a fortune. This makes a large building unaffordable, so you don't waste this valuable resource on a building in such a massive amount. You take only very little of it, so you only have a rebar steel grid and steel grids don't protect you. And no, using only thick steel sheets and concrete will not help you because steel is very soft, compared to ceramic. It will not pulverize the projectile. Especially not, if it is AP ammunition. And because of its price, it is also not very efficient. Ceramic + concrete is the much better option, it is much cheaper and thus payable in large amounts.
