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Information

Our team of experts is always available to answer any questions you may have about rental scaffolding and to provide additional information as needed.

What is Slab Scaffolding?

Slab scaffolding, often referred to as formwork scaffolding or falsework, plays an indispensable role in the construction industry as a temporary support structure. The vital component comes into play when the task at hand involves the pouring or repair of concrete slabs or beams. Its composition is a complex interplay of vertical and horizontal elements, including steel or wooden beams, props, and bracing. Collectively, these components come together to form a robust framework, capable of bearing the substantial weight of wet concrete until it attains the requisite strength to function independently.

Steel shoring frame with wood beams for slab scaffolding

Support of Concrete

Slab scaffolding provides a stable framework to support wet concrete as it sets, ensuring proper shape and strength.

Adjustability

Slab scaffolding is adjustable for different heights and layouts, allowing versatility for various slab configurations.

Safety

Slab scaffolding is engineered to protect workers and maintain site integrity, helping to prevent accidents and structural failures.

Material

Slab scaffolding can be built with materials like steel, aluminum or wood, depending on project requirements and budget.

Reusability

Slab scaffolding components are often designed for use across multiple projects, offering long term cost savings.

Process of Slabbing

1

Site

Preparation

This includes excavation and leveling of the area where the concrete slab will be placed. Proper site preparation is crucial to ensure the slab’s stability and longevity.

2

Formwork

Installation

Formwork, which can be made of wood, steel, or other materials, is set up to define the shape and dimensions of the concrete slab. It acts as a mold for the concrete.

3

Reinforcement

Depending on the specific requirements, steel reinforcement bars (rebar) may be added to provide additional strength and prevent cracking.

4

Concrete

Pouring

Fresh concrete is poured into the formwork. It is spread and leveled to create a smooth, even surface. The quality of the concrete mix and the pouring process are essential for the durability of the slab.

5

Finishing

After pouring, the surface of the concrete is typically finished to ensure it is flat and smooth. This may involve using tools like trowels to create a suitable finish.

6

Curing

The concrete needs time to cure and gain strength. Curing involves keeping the concrete moist and at the right temperature to ensure it doesn’t dry out too quickly, which can lead to cracking.

7

Removal of

Formwork

Once the concrete has sufficiently cured and gained strength, the formwork is removed, and the slab is left to fully set.

1

Site

Preparation

This includes excavation and leveling of the area where the concrete slab will be placed. Proper site preparation is crucial to ensure the slab’s stability and longevity.

2

Formwork

Installation

Formwork, which can be made of wood, steel, or other materials, is set up to define the shape and dimensions of the concrete slab. It acts as a mold for the concrete.

3

Reinforcement

Depending on the specific requirements, steel reinforcement bars (rebar) may be added to provide additional strength and prevent cracking.

4

Concrete

Pouring

Fresh concrete is poured into the formwork. It is spread and leveled to create a smooth, even surface. The quality of the concrete mix and the pouring process are essential for the durability of the slab.

5

Finishing

After pouring, the surface of the concrete is typically finished to ensure it is flat and smooth. This may involve using tools like trowels to create a suitable finish.

6

Curing

The concrete needs time to cure and gain strength. Curing involves keeping the concrete moist and at the right temperature to ensure it doesn’t dry out too quickly, which can lead to cracking.

7

Removal of

Formwork

Once the concrete has sufficiently cured and gained strength, the formwork is removed, and the slab is left to fully set.

Prepare For Return

10K aluminum shoring frames
How to return aluminum frames: bundles of 25, sorted by size, strapped and laid down
Aluminum shoring beams
How to return aluminum beams: bundled, strapped, same sizes kept together
Screw jacks
How to return screw jacks: in pallets, strapped, top and bottom kept together
10K steel shoring frames
How to return steel frames: bundles of 25, sorted by size, strapped and laid down
Steel post shores
How to return post shores: bundled, pins inserted, strapped
Wood beams
How to return wood beams: bundled, same sizes kept together, strapped
Coupling pins
How to return coupling pins: in bags or boxes
Beam clips
How to return beam clips: in bags or boxes
Cross bars
How to return cross bars: bundled and strapped, same sizes kept together

Safety Guidelines

All the erection crew must be equipped with harnesses and double lanyards.

Harnesses should be safely attached to horizontal members of the frame in the locations shown on diagram.

Note: It is very important to note that the hanging points should be between the knee brace and the frame leg

– indicated in the attached sketch. It should never be from the middle of the frame.

10K 4-foot high frame showing correct harness tie-off points
10K 5-foot high frame showing correct harness tie-off points
10K 6-foot high frame showing correct harness tie-off points

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10979 Olsen Rd, Surrey, BC V3V 3S9

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