Repair of expansion joints in industrial floors by installing aluminum profiles

We often receive requests from customers to repair expansion joints in industrial floors. In the article we will tell you how we do it.

What is industrial floor expansion joint? What are the types?

Industrial floor expansion joint is a technical term that is used to refer to the process of installing special systems that help manage the stresses and movements that can occur on large areas of industrial flooring due to temperature changes, impacts or loads.

In the case of industrial floors, expansion joints are crucial to preventing cracks, chips and even complete failure. Floor expansion joints are necessary not only in the case of newly constructed structures, but also in existing buildings that are being modernized or subject to intensive use. They are used in all types of industrial buildings, including warehouses, production halls, garages, parking lots and even shopping centers.

Repair and renovation of floors

Types of expansion joints for industrial floors

The construction industry offers many different types of expansion joints that are adapted to different needs and requirements. The two most popular types are structural and insulating expansion joints.

1. Structural expansion joints - these are vertical gaps in the structure that are intentionally left during the construction process to allow individual building segments to expand and contract independently of each other. They are designed to accommodate the effects of temperature and humidity on building materials. Structural expansion joints of industrial floors are usually filled with expansion joint materials that are flexible and can change their shape and size in response to structure movements.

Expansion joint for industrial floors

2. Insulation expansion joints - these are special expansion joint systems that are installed to minimize the heat flow through the floor. They are particularly useful in industrial buildings that are exposed to extreme temperatures, such as cold warehouses, bakeries or high-temperature production halls.

Finally, there are also gap expansion joints which prevent small cracks from forming on the concrete surface by planned creation at selected points.

Choosing the right type of expansion joint depends on many factors, such as the type and use of the building, local climatic conditions, and budget. It is always recommended to consult with an experienced structural engineer or contractor to ensure that your industrial flooring is durable and reliable for many years to come. Properly performed industrial floor expansion joint is the key to protecting the investment and ensuring effective operation in every industrial building.

Expansion joint for industrial floors

What materials should be used to fill the expansion joint of an industrial floor? What are the types?

Industrial floor expansion joint is an important structural element that helps manage stresses and movements on industrial floor surfaces.

They give the floor flexibility, preventing the formation of cracks and its damage due to changes in temperature, humidity, pressure and mechanical loads. Proper filling of expansion joints with materials with appropriate properties is crucial to maintaining the integrity and durability of the concrete floor screed. Here are some of the most commonly used materials for filling industrial floor expansion joints.

1. Expansion tapes are one of the most popular materials used to fill expansion joints, mainly due to their flexibility. They allow the concrete slab to move freely without causing damage. Expansion tapes are easy to install and available in various thicknesses.

2. Silicone is another important material used to fill expansion joints. Known for its durability and flexibility, silicone is resistant to extreme temperatures and humidity, making it an excellent choice for industrial flooring.

Expansion joint for industrial floors

3. Polyurethane expansion joint sealants are very durable and flexible, offering excellent filling properties. They are resistant to many types of chemicals, making them an ideal solution for many industrial environments.

4. Mastics are another type of material used to fill industrial floor expansion joints. They are flexible and can be used on a wide range of surfaces including concrete, stone, metal and glass.

5. Expansion joint profiles are usually made of metal or hard plastic. They are used in larger, deeper cracks and provide long-lasting, durable protection for polished concrete floors.

The choice of the appropriate material to fill expansion joints depends on various factors, such as the type of flooring, environmental conditions and usability requirements. Joint filling options should always be well considered and discussed with experienced professionals, such as engineers and flooring specialists, to ensure that the flooring will fulfill all its obligations, regardless of the difficulties it may encounter.

16 march 2024
Report on the work performed. Industrial concrete floor - Warsaw, 8600 m2
Foundation slab, which is an industrial concrete floor for a parking lot, what should you pay attention to when making it? Waterproofing of industrial concrete floors. How to make?
15 march 2024
Report on the work performed Resin floor - Gdańsk, 300 m2
What are polyurethane varnishes for resin floors used for? How to protect a resin floor from the sun?
12 march 2024
Report on the work completed Polished concrete - Warsaw, 200 m2
Polished concrete garage floor. Is this a practical solution? How to protect a polished concrete floor from absorbing various substances such as wine, juice and grease?
To blog →
Catalog of safety barriers
We sell high-quality safety barriers for warehouses and garages
Protective post OS01
Protective post OS01
Pipe diameter 60 mm. Height 1000 mm. Wall thickness 3 mm. Leg dimensions 120x120x10 mm. Weight 6 kg.
Protective post OS07
Protective post OS07
Pipe diameter 159 mm. Height 600 mm. Wall thickness 3 mm. Leg dimensions 220x220x10 mm. Weight 14 kg.
Straight arched barrier OPP11
Straight arched barrier OPP11
Pipe diameter 76 mm. Length 1500 mm, height 600 mm. Wall thickness 3 mm. Leg dimensions 120x120x10 mm. Weight 19 kg.
Straight arched barrier LGOR01
Straight arched barrier LGOR01
Pipe diameter 60 mm. Length 1000 mm, height 300 mm. Wall thickness 3 mm. Leg dimensions 120x120x10 mm. Weight 11 kg.
Safety barriers are used to protect building structures from trucks and to protect and restrict the movement of workers. Barriers can be installed on many types of floors, such as industrial concrete floors, resin floors, polished concrete and others. Barriers can be installed both outdoors and indoors.