Nudura Insulated Concrete Forms’ Post

Application of Poliuretan Spray S-OC-008E system as thermal and acoustic insulation in modular buildings based on steel structures. The advantages of this technology are the reduction of construction costs and execution times 👉 https://bit.ly/4e7qZUP

Application of Poliuretan Spray S-OC-008E system as thermal and acoustic insulation in modular buildings based on steel structures. The advantages of this technology are the reduction of construction costs and execution times 👉 https://bit.ly/3RvcdgQ

Just released on application of #ESCS in structural self-consolidating concrete: "Cyclic Behavior of Expanded Slate Lightweight Self-Consolidating Concrete Beam-Column Joints Containing Polyvinyl Alcohol Fibers" by Ahmed T. Omar, Basem AbdelAleem, and Assem A. A. Hassan Memorial University, Newfoundland and Labrador, Cairo University "This paper investigates the structural performance of light-weight self-consolidating concrete (#LWSCC) and lightweight vibrated concrete (#LWVC) beam-column joints (#BCJs) reinforced with monofilament polyvinyl alcohol (#PVA) fibers under quasi-static reversed cyclic loading." "The results also indicated that using an optimized #LWVC mixture with 1% #PVA8 fibers and a high LC/LF aggregate ratio helped to develop joints with significantly enhanced load-carrying capacity, ductility, and energy dissipation while maintaining reduced self-weight of 28% lower than normalweight concrete (#NWC)." #ligthweight #aggregate #concrete #expandedslate #selfconsolidating #PVA #fiber https://lnkd.in/gsJhGWFy

Application of Poliuretan Spray S-OC-008E system as thermal and acoustic insulation in modular buildings based on steel structures. The advantages of this technology are the reduction of construction costs and execution times 👉 https://hubs.li/Q02PZGdj0

The latest guidance from our technical experts about the use of movement joints is available now. This article replaces our previous guidance around the movement of concrete bricks, consolidating our new advice here: https://bit.ly/3QbtN8V

Durability not only extends the lifespan of concrete structures but also contributes to sustainability and reduces overall lifecycle costs. However, many specifiers are not yet familiar with the latest solutions to significantly enhance concrete’s durability and service life. Join us on July 10 for an insightful webinar where our experts will explain what Hard-Cem is and how it can benefit your projects. https://bit.ly/4cu9WdJ

It was great to host PrīmX and share learnings and experience relative to real world applications.   #EngineeringSuccess #PRIMX #PrīmX #JNEConsulting #Workshop #LargeScaleConstruction #ConcreteTechnology

🔨 Elevating Waterproofing Standards: The Role of Concrete Surface Profiles (CSP) Concrete Surface Profiles (CSP) are a game-changer in ensuring the effectiveness and longevity of waterproof membranes. In recent discussions with industry experts like Jerry Tyrrell and Sam Parker, it's clear that adopting CSP scales across Australia is crucial for achieving consistent and reliable substrate preparation. 👉 What is CSP? CSP measures the texture of a concrete surface, ranging from 1 (smooth) to 9 (rough). The right CSP, typically 3 to 4, provides the ideal surface for membrane adhesion, ensuring your waterproofing solution performs as it should. 💡 Why Does This Matter? Referenced in the upcoming Australian Standard 3958:2023, Table 4.1.3(b), and highlighted in the soon-to-be-released Master Builders Association of New South Wales Waterproofing Technical Guide, CSP is becoming a vital part of our industry’s language. It’s time we all get familiar with it! 📚 In My University of Technology Sydney Lecture last week, I showcased CSP samples to my students, emphasising their importance in practical applications. Curious about these samples? Check them out here. https://lnkd.in/g34NJgbV

We're delighted that Dr Chirag Ratwani, Graphene Technical Specialist at The Graphene Council, will open the Wednesday lunchtime session at The UK Concrete Show this year. The free-to-attend event dedicated to the UK concrete industry takes place from 26-27 February at the NEC Birmingham. As part of the session 'Graphene in concrete: performance, sustainability, and commerciality' Dr Ratwani will present 'Decarbonising construction using Graphene'. Graphene is a remarkable form of carbon known for its exceptional properties like superior strength, flexibility, and conductivity. In concrete, graphene can bring significant improvements in durability, sustainability, and overall performance. This presentation will look into the commercial aspects of graphene in concrete and how small amounts added to concrete can lead to substantial enhancements. Explore how graphene can transform concrete, making it stronger, more durable, and more environmentally friendly, highlighting its potential to shape the future of sustainable construction. Sign up now for your free visitor ticket, with parking provided courtesy of the organiser, at 👉 https://lnkd.in/eUhkppuM __________ The Concrete Society | Institute of Concrete Technology | The Association of Concrete Industrial Flooring Contractors (ACIFC) | Structural Concrete Alliance | The Institute of Quarrying | BRITISH AGGREGATES ASSOCIATION | The Graphene Council | Drilling & Sawing Association  

The majority of modern infrastructures are made up of concrete, which makes it critical for concrete manufacturers to uphold the highest quality standards. #ISG #Technicrete #Rocla #QualityStandards #InfrastructureSafety #BuildingWithIntegrity #SustainableConstruction #ConcreteManufacturing #ConstructionIndustry #StructuralIntegrity #PublicSafety #InfrastructureDevelopment #EngineeringExcellence #LongTermSuccess #TrustedConstruction #ConcreteQuality #SafeInfrastructure