McClay Industries’ Post

precast concrete industry - optimal strength development In the precast concrete industry, ensuring optimal strength development is critical for maintaining product quality and delivery timelines. Variability in environmental conditions, raw material quality, and production processes can significantly impact the strength of concrete. To address these challenges, a multifaceted strategy is essential. Below, we outline key measures and an implementation plan aimed at enhancing strength development in precast concrete manufacturing

As you kick off your 2025 projects, choosing the right materials is key to maximizing your ROI. 🔗 Our blog explores the pros and cons of steel vs. concrete, from upfront costs to long-term savings. Start the year strong with insights that can make all the difference in your next build! Discover why cold-formed steel is increasingly the go-to choice for builders focused on efficiency and value. Read our blog ➡️ https://buff.ly/4fJVgJn #ISF #InternationalSteelFraming #KeyTruss

PRECAST FOCUS: HOW PRECAST CONCRETE IS MADE - Precast concrete is cast into a specific shape in a controlled environment at a PCI-Certified precast concrete plant. These prefabricated concrete products are then transported to the job site and erected by a PCI-Certified Erector. This entire manufacturing process can be divided into three main categories: Pre-Production, Production, and Post-Production. Learn more: https://ow.ly/l2TS50R2LzJ #precastfocus #howprecastbuilds

Let's see those projects steel industry! What are you working on today? #steel #steeldetailing #steelindustry #steelstructures #steelerection #steelfabrication #steelerection #joist #construction #constructionindustry

Cement is a fundamental material in the construction industry, acting as a critical binding agent in concrete and mortar. Its role in construction cannot be overstated, as it is essential for creating durable and resilient structures. Here is an overview of its various types: #cement #engineering #constructionworks

In most recent construction projects, the initial cost, time, and environmental factors typically to take precedence. Now take the pavement below. It is the main entryway to the shipping/receiving area of a local steel manufacturer. It is heavily salted and abused and has typically been poured at 8" for the 30' x 30' section with rebar. Typically, the control joints are cut at 15' and the slab is replaced every few years when the joints eventually give up to the abuse. With Helix Steel, we replaced the 8" slab with a 10" slab with 31.5 lbs/yd3 (equivalent to two layers of #6 @ 12"). ❌ Was it cheaper? No. ❌ Did it reduce the A1-A3 carbon footprint? No. ✅ Did it reduce downtime for the plant? Yes ✅ Did it reduce the amount of time during the pour? Yes ✅ Did it eliminate the weakest part of the slab that has consistently failed? Yes ✅ Will it drastically reduce the overall concrete poured and carbon footprint in this area over the next decade or two? Yes Special thanks to Kent Companies for your ongoing support of Helix Steel. #helixsteel #buildbetter #buildwithstrength

PRECAST FOCUS: WHAT'S THE DIFFERENCE BETWEEN CEMENT AND CONCRETE? In everyday speech, people use the words “cement” and “concrete” interchangeably. But are they really the same? No, they are not. Learn more: https://ow.ly/sQqm50R2LSx #precastfpcus #howprecastbuilds

Material science is where it is at!

New features of my program Solve many groups of loads Check stress for steel, concrete, wood Export (import) to ecxel, dxf

Wow, what great technology: light weight, flexible #concrete. Stronger and more versatile than steel! We are particularly interested in the example of the 300 year design life of the water pipe main being installed in #Florida. It's going to use this tech. This design life happens to be the same amount of time needed to store that tiny bit of material left over from converting 99.99% of the fuel from a Liquid Fission Thorium Burner (LTFB). After the 300 years those remnants are just dirt. Imagine containment domes too of gen III and older facilities (sic. #Chernobyl or #Zaporozhye). Fancy a light weight face-lift? Bouncy concrete might be the trick. What about other gen IV techs? Those economics would look great with reduced #CAPEX from more efficient design structures. Check out the video below. PS, and by the way, we'e confirmed with the technology owners that this applies to any concrete geometry. Not just "pipe" as seen in the video. It's truley remarkable stuff. Take note: copenhagen atomics | ThorCon US | ThorCon International | Seaborg Technologies | Moltex Energy | MoltexFLEX | Transatomic Power | TerraPower | Terrestrial Energy | Shanghai Institute of Applied Physics | Kairos Power | Oklo Inc | Bhabha Atomic Research Centre | Dual Fluid | CORE POWER (UK) Ltd | Elysium Industries https://lnkd.in/dGXzHP6m