The Power of Modular Construction: Advantages and Applications of Cembloc Systems

Efficiency Unleashed: Accelerating Project Timelines with Cembloc

Introduction:

In today's fast-paced construction industry, time is of the essence. Developers and contractors are constantly seeking ways to accelerate project timelines without compromising on quality. One solution that has revolutionised construction efficiency is the use of Cembloc product range such as the Cemplate, CemBacker and Cembloc Tex, a leading provider of modular building solutions. In this blog, we will explore how Cembloc unleash efficiency, enabling the acceleration of project timelines and ensuring timely delivery of construction projects.

Streamlined Manufacturing Process:

Modular construction with Cembloc begins with a highly efficient manufacturing process. The controlled factory environment allows for precision and speed in producing building components. With standardised production methods, each module is manufactured to exact specifications, eliminating errors and minimising rework. This streamlined manufacturing process significantly reduces construction time by overlapping activities and maximising productivity.

Simultaneous On-Site and Off-Site Work:

One of the key advantages of modular construction is the ability to perform on-site and off-site work simultaneously. While modules are being manufactured in the factory, site preparation, foundation construction, and utility connections can progress at the project site. This parallel workflow eliminates the traditional sequential approach, where each construction phase must be completed before the next one can begin. The result is a dramatic reduction in project timelines, enabling earlier occupancy or utilisation of the building.

Weather-Independent Construction:

Weather delays can be a major setback in traditional construction methods. However, with modular construction using Cembloc, adverse weather conditions have a minimal impact on project timelines. Since a significant portion of the construction work is carried out in a factory-controlled environment, modules are protected from inclement weather during fabrication. This ensures that construction progresses smoothly regardless of external conditions, further reducing delays and ensuring predictable project timelines.

Efficient Project Coordination:

Modular construction with Cembloc requires meticulous project coordination and planning. Each module is manufactured according to a well-defined schedule, ensuring that it arrives at the project site precisely when needed. This eliminates the need for on-site material storage and minimizes the risk of theft or damage. With efficient project coordination, construction activities can be seamlessly synchronized, maximizing efficiency and minimizing downtime.

Enhanced Construction Productivity:

The efficiency of modular construction with Cembloc translates into enhanced construction productivity. The reduction in on-site work, along with the optimised workflow, allows construction teams to focus on critical tasks, such as module assembly, utility connections, and interior finishing. The controlled factory environment also enables better supervision and quality control, ensuring that each module meets the highest standards. The result is an overall increase in construction productivity and a significant reduction in project timelines.

Conclusion:

Cembloc have revolutionised construction efficiency by unleashing the power of modular construction. Through streamlined manufacturing processes, simultaneous on-site and off-site work, weather independence, efficient project coordination, and enhanced construction productivity, Cembloc accelerate project timelines and enable timely delivery of construction projects. By embracing the efficiency unleashed by Cembloc , developers and contractors can achieve faster project completion, reduce costs, and gain a competitive edge in the ever-evolving construction industry.

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Risks of MG0 Board In Construction

by Alex Twigg • 30 Jan, 2023

The purpose of this article is to educate and provide evidence-based resources to the UK market on the comparison of MgO and Fibre Cement. We will compare key factors such as price, fire safety, water resistance, and focus on durability, a crucial factor often overlooked. We will examine construction industry practices to highlight potential issues with MgO, enabling you to make an informed decision. Risks of MG0 Boards? To start this article is best to dive into the deep end. As of April 2020, NHBC (National House-Building Council) announced "NHBC will not accept MgO building boards on buildings where the foundations are begun on or after 30 April 2020 under its insurance warranty" and "Where MgO building boards have already been, and are currently being, installed on buildings, you should use an alternative product if it is practical to do so." - Reference: https://www.nhbc.co.uk/builders/products-and-services/techzone/technical-updates Alongside NHBC, the LABC announced "LABC Warranty no longer accept the use of all types of Magnesium Oxide board (MgO) on any of our structural warranty schemes." 15 days earlier. - Reference: https://www.labcwarranty.co.uk/technical-blog/updated-guidance-for-magnesium-oxide-boards-mgo Leading render manufacturers have prohibited the use of MgO boards with their renders, as per their "red list, following the withdrawal of LABC, NHBC and their own findings. Why The Discontinuation of MG0 Boards In Construction? The discontinuation of MgO use was prompted by a 2017 study from the Technical University of Denmark that revealed moisture damage issues with magnesium oxide boards."and they begin to leak salty water, which is highly corrosive, and leads to moisture and mould problems in wooden members of the structures." leading onto a repair bill "which has had detrimental consequences, such as an expected cost of repair of around 2 billion DKK." when converting into todays value in GBP the cost is in excess of £300million (three hundred million pounds). - Reference: https://www.sciencedirect.com/science/article/pii/S1876610217349378 Concerns were raised down under, when both School of Science and Engineering and College of Engineering, Australia had "raise questions about the appropriateness of magnesium oxide boards" following their study of hygrothermal performance of magnesium oxide (MgO) boards. - Reference: https://www.sciencedirect.com/science/article/abs/pii/S0950061821021875 Followed by a released finding that shows "Magnesium oxide (MgO) wallboards have been linked to damages reported globally and within Australia. These damages include dampness, cracking, and accelerated corrosion of contacting metal fixtures." - Reference: LINK Effects of MG0 board in Steel Structures?