The Role of High-Density Concrete Blocks in Medical Radiation Facilities
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Mars Metal Company/MarShield, Burlington, ON
Posted on Nov 1, 2024
MarShield’s system of dry-stacked shielding modules offers a significant advantage for construction teams, simplifying the installation process and reducing the time needed to complete radiation therapy rooms. These blocks interlock with unique sine-wave shapes, eliminating straight-line seams, which increases their effectiveness in blocking neutron, photon, and particle radiation at the joints. Available in four densities (150, 220, 250, and 300 lbs./cu.ft.), MarShield’s blocks provide the level of protection needed for various medical environments while requiring half the space of mass concrete vaults.
The key advantages of MarShield’s high-density blocks include:
Quick and easy installation:
The blocks can be installed without the need for curing time, formwork, or extensive steel reinforcement, allowing your team to complete projects faster and move on to the next phase of construction.
Minimal labor required:
MarShield’s blocks are lightweight compared to traditional concrete solutions and designed for simple handling, cutting down on the labor intensity typically associated with radiation shielding.
Weather-resistant and portable:
These blocks are very easy to transport and store on the worksite, and they can be installed in any weather conditions, preventing delays and keeping your construction schedule on track.
The Advantages of High-Density Blocks vs. Traditional Concrete
MarShield’s high-density concrete blocks provide several key benefits over traditional concrete vaults, especially for construction teams focused on efficiency and space management. Unlike traditional concrete; which can require months to install and cure, MarShield’s blocks eliminate the need for formwork, rebar, and curing time, resulting in a drastically reduced installation period.
Consider the comparison:
- High-Density Blocks: Use less than half the floorspace, require no curing time, and can also be installed with a minimal crew size.
- Traditional Concrete: Takes months to install, requires critical path planning, involves complex site preparation, and includes a 28-day curing time that can delay the overall project.
MarShield’s blocks offer an accelerated installation timeline, making it possible to complete a radiation therapy bunker in less than a week, compared to months with traditional concrete. The modular nature of the blocks also means they can be disassembled, redesigned, or reused, giving flexibility to the facility and your construction team.
Simplify Your Next Project with MarShield’s VPAC Unit Systems
For even greater efficiency, the MarShield’s VPAC unit system offers a fully modular approach to construction, enabling pre-assembled packs of shielding modules to be craned into position. This system drastically reduces installation time, allowing construction teams to focus on other critical path elements of the project. With no manual handling of individual blocks and no curing time, the VPAC unit system ensures that shielding is installed quickly, thus reducing labor and accelerating project timelines.
Protect Your Medical Facility with High-Density Concrete Blocks
Investing in MarShield’s high-density concrete blocks is a smart choice for construction professionals tasked with building or upgrading radiation therapy rooms. Not only do these high density concrete blocks provide top-tier protection; but they also streamline the construction process, allowing you to deliver high-quality results with reduced downtime.
Contact MarShield today to learn how our high-density concrete solutions can enhance your project’s efficiency while safeguarding medical facilities for years to come.
Source Destination: https://marshield.com/the-role-of-high-density-concrete-blocks-in-medical-radiation-facilities/
