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Shed slabs
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Commercial concreters
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When it comes to constructing sheds or industrial commercial premises, it is essential to use the correct type of concrete for both the foundation work and the end finish for the floor, ensuring a strong, durable base that will last for many years.
Depending on the requirement of a facility, the premises may require a more robust concrete than a shed or house for example.
Concreting for sheds and industrial commercial premises requires expert knowledge and experience. It is important to use the correct type of concrete, as well as the right tools to get the job done.
It is crucial that the chosen floor finish is appropriate to many factors, such as foot traffic, machinery traffic, storage and more. Choosing the correct finish for your project will ensure it lasts and is satisfactory to health and safety requirements.
Choosing the right team of concreters for your next industrial project is an important decision. All Decorative Concreting have over 2 decades of experience in large concreting projects in the industrial and commercial sector and are well versed to the guidelines being a life time member of QBCC.
If you have an industrial project coming up and require the services of a local and highly experience team of concreting professionals, give Rod at All Decorative Concreting a call today.
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Machinery Sheds
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Shed slabs are an important part of any backyard shed or workshop. They provide a solid, level surface for the structure to sit on, ensuring it remains stable and secure. If you’re considering building a shed or workshop, you’ll want to ensure that the slab is properly constructed to ensure the longevity of your new building.
The first step in constructing a shed slab in Bundaberg is to prepare the ground. This involves removing any vegetation, rocks, or debris from the area where the slab will be poured. Once the area is cleared, the ground should be levelled and compacted to ensure that the slab will be level and stable.
The next step is to build the formwork. This involves constructing a wooden frame around the perimeter of the slab, which will contain the concrete during the pouring process. The formwork should be level and square, and it should be firmly anchored to the ground to prevent movement during the pouring process.
Once the formwork is in place, it’s time to install reinforcement mesh or ‘rio’ which will strengthen concrete slabs.
Then it is time to pour the concrete. This is typically done in one go, using a concrete truck to pour the mixture into the formwork. The concrete should be spread evenly using the appropriate tools for the specific project, and any air pockets should be removed by special vibration tools to ensure that the slab is solid and free from any weaknesses once cured.
Finally, the slab should be left to cure for several days.
The expert concreters at All Decorative Concreting will provide you with aftercare instructions in keeping the surface damp to prevent cracking.
Looking for advice or a quote on on shed slabs in Bundaberg? Chat to the team at All Decorative Concreting today!
If you have a factory or industrial premises in Bundaberg and are looking to install concrete flooring, there are a few different finishes you could consider:
Polished concrete: This is a popular option for industrial flooring. It involves using diamond grinders and polishers to grind and polish the concrete surface to a high-gloss finish. This creates a smooth and durable surface that is easy to maintain and can withstand heavy foot traffic and machinery.
Epoxy coating: This involves applying a layer of epoxy to the concrete surface. This creates a durable and chemical-resistant surface that can withstand spills and heavy traffic. Epoxy coatings can also be customised with different colours and patterns.
Sealed concrete: This involves applying a sealer to the concrete surface. This creates a protective layer that can prevent staining and moisture damage. Sealed concrete can also be customised with different finishes, such as matte or high-gloss.
Textured concrete: This involves adding texture to the concrete surface using stamps, stencils, or other tools. This can create a unique and decorative finish that can add visual interest and improve slip resistance.
It’s important to choose a finish that is appropriate for your factory’s needs and requirements. Consider factors such as durability, maintenance, and safety when choosing a finish for your concrete flooring.
Book a free consultation with the team at All Decorative Concreting who will help you make an informed decision.
The team at All Decorative Concreting are experienced in commercial concreting.
Commercial concreting refers to the use of concrete in the construction of commercial buildings, such as offices, retail spaces, warehouses, and other non-residential structures. It involves the use of specialized equipment and techniques to pour and finish large areas of concrete quickly and efficiently.
Commercial concreting can include a wide range of concrete applications, such as:
Foundations;
Slabs;
Parking lots;
Sidewalks and curbs;
Retaining walls and more!
Commercial concreting requires specialised knowledge and experience to work with large areas of concrete and have the equipment and tools necessary to complete projects efficiently and effectively.
Our team of highly skilled commercial concreters at All Decorative Concreting in Bundaberg have a thorough understanding of building codes and regulations and are here to make your next commercial concreting project a breeze.
Get in touch to enquire today.
Customer satisfaction guaranteed – We aim to get quotes out within 48 hours from your enquiry!
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Most specifications for retail or commercial concrete slabs specify 10 to 15cm of thickness.
Ultimately, the cost comparison between concrete and tile floors will depend on the specific project’s needs and goals, however in general terms, concrete flooring for large projects will generally come in much cheaper than tiling
Epoxy flooring can be slippery when wet, especially if the surface is smooth or glossy. However, there are options available to increase the slip resistance of epoxy floors.
One option is to add a slip-resistant additive to the epoxy coating during installation. This can be in the form of small particles, such as aluminum oxide, that are mixed into the epoxy to create a textured surface. Another option is to use a textured roller during application to create a textured surface that provides more traction.
It’s important to note that even with slip-resistant additives, epoxy floors can still be slippery when wet, especially if there are spills or standing water on the surface.
Overall, if slip resistance is a concern, it’s important to discuss it with our team and we will help you to determine the most appropriate slip-resistant option for your project.
Heavy loads: Industrial floors must be able to support heavy machinery and equipment, which can put a significant amount of stress on the concrete. This requires careful consideration of the concrete mix design and reinforcement options to ensure the floor can withstand the load.
Temperature and weather conditions: Extreme temperature fluctuations and harsh weather conditions can affect the quality of the concrete and the curing process. Proper planning and measures, such as proper mix designs and scheduling, can help to minimise the impact of these conditions.
Tight schedules: Industrial projects often require tight schedules. Effective planning and coordination with all parties involved in the project can help to ensure that the project is completed on time.
Safety requirements: Industrial concreting projects may need to comply with strict safety requirements, such as slip resistance, fire resistance, and chemical resistance. Choosing the appropriate concrete mix design and finishes can help to ensure compliance with safety requirements.
Maintenance: Industrial floors are subjected to high traffic, spills, and other forms of wear and tear that require ongoing maintenance to preserve their quality and appearance. Proper maintenance, such as regular cleaning and sealing, can help to extend the life of the concrete.
