Issues to note when constructing heat-resistant concrete for factories

Issues to note when constructing heat-resistant concrete for factories are one of the important factors to ensure the safety and durability of the project. When building a factory, using heat-resistant concrete is a smart choice to cope with temperature changes in the working environment.

In this article, Bao Son will mention important issues that you need to keep in mind when constructing heat-resistant concrete for factories. They will help you better understand the construction process and how to optimize your work to achieve the best results.

Overview of heat-resistant concrete

Before going into details, let’s learn a little about heat-resistant concrete and why it is used in buildings such as factories.

Heat-resistant concrete is a special type of construction material designed to withstand higher temperatures than regular concrete. It is resistant to temperature changes and ensures the stability of the structure in the working environment.

Using heat-resistant concrete in factory construction helps ensure worker safety and protects your property from the negative effects of high temperatures. This also ensures that the structure will have a long lifespan and will not experience damage due to temperature.

Important issues when constructing heat-resistant concrete for factories

Choose heat resistant concrete materials

When constructing heat-resistant concrete for factories, choosing quality heat-resistant concrete materials is extremely important. You need to learn and choose heat-resistant concrete that is certified and meets the necessary technical standards. Make sure that the refractory concrete you use is resistant to high temperatures and temperature changes.

Design of heat – resistant concrete structures

Designing heat-resistant concrete structures for factories also plays an important role in ensuring the safety and durability of the project. Create a reasonable structural design, including determining the correct thickness and location of heat-resistant concrete layers in the structure. This will help avoid overheating and unwanted deformation during use.

Temperature control during construction

During the construction of heat-resistant concrete, temperature control is an important factor. Make sure that the temperature of the concrete does not exceed the allowable limit and that there are no rapid temperature changes. You can use measures such as using cooling systems, sunshades, or insulation to minimize the impact of high temperatures on the construction process.

Manage time and the impact of temperature

Time is an important factor when constructing heat-resistant concrete. Make sure you adhere to fixed times for mixing, transporting and pouring concrete. Keeping concrete at a stable temperature

will help ensure its quality. Furthermore, when working in high temperature conditions, it is necessary to ensure that the concrete surface does not dry too quickly or too slowly. Use measures such as insulation and preservatives to control the impact of temperature on the concrete surface.

Concrete phase management

The concreting stage is an important process to achieve the sustainability of the project. During the process of constructing heat-resistant concrete for the factory, make sure you follow the correct concrete curing process and time. This ensures that the concrete achieves the hardness and stability needed to withstand high temperatures.

Ensure fixation and thermal insulation

During the construction of heat-resistant concrete, it is necessary to ensure fixation and insulation of the concrete. Use fixing systems such as steel and fiber reinforcement to increase the stability of concrete. At the same time, apply appropriate insulation to reduce the impact of outside temperature on the concrete surface.

Frequently asked questions about heat-resistant concrete construction for factories

How to choose suitable heat-resistant concrete materials?

First, you should learn about the types of heat-resistant concrete available on the market and evaluate their quality.
Consider the technical standards and certifications appropriate to your project.
Consult with experts or material suppliers to choose the type of heat-resistant concrete that suits your requirements.

How to control temperature during heat-resistant concrete construction?

Use a cooling system: You can use a cooling system to adjust the temperature of concrete during construction. This system includes the use of chillers or water circulation systems to reduce the temperature of the concrete.
Use sunshades: Install sunshades or screens to protect the concrete surface from the effects of sunlight. This helps reduce surface temperature and prevents drying too quickly.

What is the concrete staging process that must be followed?

First, make sure you have clearly determined the time required for the concrete curing stage. This time is usually stated in the technical instructions of heat-resistant concrete materials.
Monitor the concrete curing process and adhere to the correct time. Avoid interfering with or moving the concrete during the curing process as this may affect its durability and heat resistance.

What measures are there to ensure stability and insulation for heat-resistant concrete?

• Using reinforced steel: Using reinforced steel and fiber reinforcement to increase the hardness and stability of concrete. Reinforced steel helps withstand pressure and deformation due to temperature.
• Apply insulation: Make sure to apply a suitable layer of insulation to the concrete surface. This insulation will help reduce the impact of outside temperatures and protect the concrete from unwanted deformation.

Construction of heat-resistant concrete for factories requires special attention to ensure the safety and durability of the project. By choosing quality materials, proper structural design, temperature control and following the concrete curing process, you can achieve the best results.