MABROCONA’s Post

Tower cranes increase height by adding mast sections through a climbing frame, enabling construction of tall structures. A tower crane increases its height through a process called "climbing." As construction progresses, the crane must grow taller to keep up with the building. This is achieved by adding sections to the crane’s mast. A special climbing frame or collar is installed between the slewing unit (the rotating part) and the mast. The climbing frame pushes the slewing unit upward, creating a gap. A new mast section is then hoisted into place and bolted securely. This process allows the crane to grow incrementally as the structure rises. Tower cranes can reach impressive heights, making them essential for constructing skyscrapers and other tall structures. video rights : tower_crane lovers (IG) #towercrane #buildings #engineering #civilengineering #civilconstruction #construction #engenharia #engenhariacivil #engenheiro #engenheirocivil #ingeniero #ingenierocivil #technology

The final phase of the Sagrada Família's construction involves using Liebherr Group 710 HC-L and 125 HC-L luffing jib cranes. These cranes were selected for their collapsibility and adaptability to the site's requirements, crucial for the 172-meter Tower of Jesus Christ. Assembly challenges include safety requirements, wind conditions, and the basilica's central Barcelona location, which necessitates precise planning and minimal disruption to visitor traffic. The project highlights the expertise of Liebherr's Tower Crane Solutions and local distributor Grúas Cerezo in handling complex, high-profile construction tasks. #construction #civilengineering #cranes #infrastructure #engineering #iconicstructures #safetyfirst

#snsinstitutions #snsdesignthinkers #designthinking Cranes are commonly employed in transportation for the loading and unloading of freight, in construction for the movement of materials, and in manufacturing for the assembling of heavy equipment.A crane is a machine that is used to lift and move heavy loads, machines, materials, and goods for a variety of purposes. They are used in all different sectors of industry, from construction to manufacturing to shipbuilding and material loading.A crane is a lifting machine that has hoists, wire ropes and sheaves on it. It can be used both to raise and lower things or to move them left and right. Cranes are often used in the construction industry (building houses or buildings) and in creating or moving heavy things.

Understanding the role of the girder is essential when choosing the right crane system for your needs. Whether you're working with lighter loads or heavy-duty lifting, the right girder design makes all the difference! At UNICON Cranes Every crane is designed to meet the unique requirements of our clients. Whether it’s a single girder or double girder EOT crane, we ensure precise engineering, quality materials, and seamless integration with your operations. We work closely with clients from concept to commissioning, ensuring the perfect solution is delivered every time. Send Inquiry : unicon@uniconcranes.co.in Call / Whatsapp: +91 9667300751/ 9953557046 Website : www.uniconcranes.co.in #UNICON #SteelIndustry #Innovation #Doublegirdereotcrane #singlegirdereotcrane #installation #PassionInEngineering #ClientSuccess #UniconCranes #EngineeringExcellence #ManufacturingBrilliance #StellarService #OTCranes #Innovation #Quality #Reliability #IndustrialEquipment #doublegirdereot #thinkunicon #Engineering #coilhandling #Materialhandling #Aluminum #Metal #Steelindustry

Cranes are vital to construction, lifting heavy materials and equipment to great heights with precision. 🏗️ From skyscrapers to bridges, they ensure efficiency and safety in every build. 🚧 #ConstructionEssentials #Cranes #BuildingTheFuture

"Setting Sail with Superior Steel Structures in Shipbuilding ⚓🛳️ When it comes to constructing ships that withstand the rigors of the open seas, the choice of steel structure is paramount. Let's delve into the key types of steel structures used in shipbuilding and their significance: Hull Construction: The hull, the main body of the ship, is typically built using high-strength steel structures. These structures provide the necessary durability and resilience to navigate challenging maritime conditions, ensuring the safety and stability of the vessel. Superstructure Components: The superstructure, which includes decks, cabins, and other above-deck structures, often incorporates lightweight yet sturdy steel alloys. These structures enhance the ship's functionality, aesthetics, and overall performance while maintaining structural integrity. Bulkheads and Compartments: Steel structures play a crucial role in creating bulkheads and compartments within the ship. These partitions are essential for segmenting the vessel into functional areas, enhancing safety, and preventing the spread of water in case of emergencies. Masts, Rigging, and Equipment: For ships requiring masts, rigging, and specialized equipment, steel structures provide the strength and reliability necessary for supporting these components. Whether it's a towering mast on a sailing vessel or complex machinery on a modern ship, steel structures ensure operational efficiency and safety. Corrosion-Resistant Coatings: In addition to the type of steel used, specialized coatings are applied to steel structures in ships to enhance corrosion resistance. These coatings protect against rust and degradation, prolonging the lifespan of the ship's steel components. The combination of advanced steel structures, innovative design, and engineering expertise forms the backbone of modern shipbuilding. As we navigate towards a future of maritime excellence, the choice of steel structures continues to evolve, incorporating cutting-edge materials and techniques to meet the demands of ever-changing maritime landscapes. Whether it's a cargo vessel, a passenger liner, or a naval fleet, the robustness and reliability of steel structures ensure that ships not only sail but thrive on their voyages across the seas. ⚓💪 #Shipbuilding #SteelStructures #MaritimeEngineering #InnovationAtSea"

Pigeonhole and Tripod Stands are simple, lightweight solutions for rigging through a hole in structural concrete or a grated steel deck that can support a 5000 lb ultimate load. The Pigeonhole Stand (Part# 920134) provides a rigging point for a single suspension cable or vertical lifeline. The Tripod Stand (Part# 920154D) provides either a single rigging point for a vertical lifeline or two rigging points for both the primary and secondary suspension cables. Both stands have a rated load capacity of 1500 lb (including a 4:1 safety factor). Tiebacks are not mandatory but can be installed if required. Discover more at, https://lnkd.in/eHppFn3y https://lnkd.in/emjn7zXk #BeeAccess #Pigeonhole #TripodStand #RiggingEquipment #AccessEquipment #WorkingAtHeight #Scaffolding #Swingstage #SuspendedScaffold #Construction #Manufacturing #Engineering #Safety #QualityProducts

Sometimes cranes do the heavy lifting 💪 but our team of experts are there to guide them in the right direction. ⬆️ #concrete #construction #concreteconstruction #concretecontractor #southconcreteconstructors

Are you confident in your ability to identify the type of decking you're working with? 🤔 Properly identifying the decking type is crucial for selecting the right fixings and ensuring a flawless installation. Different decking types have unique profiles and patterns that require specific fixings for optimal performance. Without proper identification, you risk using incompatible fixings that could damage the decking material or compromise its stability. Identifying the decking type can be a daunting task, especially when you're unfamiliar with the manufacturer or the profile seems mysterious. Valuable time can be wasted trying to figure it out. Even when you do know the manufacturer, the information available may not provide guidance on which fixings to use, leaving subcontractors in a quandary. So, what can you do to avoid this issue? Here are three essential factors to consider: 1️⃣ Profile pattern: Check for the distinctive pattern stamped on the inside of the decking profile. Manufacturers have designed these patterns to help identify their products. 2️⃣ Fixing recess dimensions: Measure the width and, if possible, the height of the fixing recess. These dimensions are tailored to accommodate the appropriate fixings. 3️⃣ Profile shape: Examine the cross-section of the profile to determine its shape—wide or narrow, shallow or deep. Remember, unless the main contractor has explicitly specified the decking type, and this information has been communicated to subcontractors, you might find yourself facing an unidentified steel decking profile. Don't leave your decking project to chance. The image below should help. 👇

Witness Seville's skyline shift with the Puente Quinto Centenario's renovation, led by two formidable Liebherr Group 420 EC-H 16 Litronic cranes. Guiding through 80 stay cables, these giants embody precision and progress. Collaborative excellence between Sancho Toro Sur and Liebherr Tower Crane Solutions ensures seamless integration and innovation. #infrastructure #innovation #engineering #bridge #collaborartion #crane #bridgeengineering #productivity #construction #constructionindustry #constructionequipment #precision