Read the Different Types of Liquid Screed and Its Cost

Liquid Screed Services:

Liquid screed has become a widespread choice for flooring uses due to its comfort of installation, self-levelling properties, and greater performance. As a flexible solution for both commercial and residential projects.

Liquid Screed in Northampton offers some options tailored to specific needs, each with its unique features and cost considerations. In this article, we’ll study the diverse types of liquid screed available in the market, their key features, and the factors changing their costs.

Traditional Cement-Based Liquid Screed:

Traditional cement-based liquid screed is made of cement, sand, water, and extracts, providing a strong and stable flooring solution. It offers outstanding thermal conductivity, making it perfect for use with underfloor heating systems. The cost of traditional cement-based liquid screed usually ranges from £15 to £25 per square meter, depending on features such as width, location, and project size.

Fibre-Reinforced Liquid Screed:

Fibre-reinforced liquid screed comprises synthetic or natural fibres, such as polypropylene or cellulose, which offer reinforcement and crack endurance. They also offer increased sturdiness and structural solidity, making them suitable for industrial and commercial applications. The cost of fibre-reinforced liquid screed normally starts at £30 per square meter, depending on the type and amount of fibres used.

Fast-Drying Liquid Screed:

Fast-drying liquid screed is prepared with special extracts or accelerators to decrease drying times significantly. This type of screed allows for faster project completion and condensed downtime.

Making it perfect for time-sensitive projects or areas requiring fast turnaround. The cost of fast-drying liquid screed may be slightly higher, ranging from £25 to £40 per square meter, depending on the drying time required.

Anhydrite (Calcium Sulphate) Liquid Screed:

Anhydrite liquid screed, also known as calcium sulphate screed, is a self-levelling compound made from anhydrite binder, fine aggregates, and water. It offers superior flow features and rapid drying times, making it appropriate for fast-track construction projects.

The cost of anhydrite liquid screed differs between £20 and £30 per square meter, with extra charges for additives or accelerators to adjust drying times.

Polymer-Modified Liquid Screed:

Polymer-modified liquid screed includes polymer extracts to enhance flexibility, strength, and adhesion properties. It offers better resistance to cracking, shrinkage, and abrasion, making it right for high-traffic areas and areas prone to movement. The cost of polymer-modified liquid screed ranges from £25 to £35 per square meter, reflecting the extra benefits and performance enhancements.

Factors Influencing Cost:

Project Size and Complication:

The size and complexity of the project, counting the total area to be screeded, the number of rooms, and the occurrence of obstacles or variabilities can impact the overall cost.

Location:

Labour and material costs may vary depending on the geographical site of the project, with urban areas usually commanding higher prices than rural areas.

Thickness and Depth:

The thickness and depth of the screed layer needed will influence the amount of material required and, consequently, the overall cost.

Supplementary Services:

Supplementary services such as surface preparation, moisture testing, and sealing may experience extra charges, contributing to the overall cost of the project.

How to escalate screed drying time?

When it comes to Liquid Screed in Sussex, lessening drying time can be beneficial, mainly for projects with tight goals or when quick access to the floor is compulsory. Here are some applicable ways to intensify screed drying time:

Use Fast-Drying Screed Products:

Opt for fast-drying liquid screed products that are specifically formulated to accelerate the drying process. These products contain additives or accelerators that promote rapid evaporation of moisture, allowing the screed to achieve sufficient strength and hardness in a shorter time frame.

Ensure Appropriate Ventilation:

To facilitate the evaporation of moisture, ensure adequate ventilation in the area where the screed is applied. Open windows, use fans or install temporary ventilation systems to promote air circulation and expedite the drying process.

Apply Heat:

Apply heat to the screeded area to increase the rate of evaporation and accelerate drying. Portable heaters, infrared lamps, or radiant heat systems can provide consistent and controlled heat distribution across the surface of the screen. However, exercise caution to prevent overheating, which can lead to cracking or other undesirable effects.

Consider Low Water-to-Cement Ratio:

Adjust the water-to-cement ratio in the screed mixture to optimise hydration and reduce drying time. A lower water content results in a denser and more compact screed with faster drying characteristics. However, be mindful not to compromise the screed’s workability or quality by excessively reducing the water content.

Implement Mechanical Drying Methods:

Employ mechanical drying methods such as air movers, desiccant dehumidifiers, or vacuum systems to extract moisture from the screed and accelerate drying. These devices can be particularly effective for large-scale projects or areas with limited natural ventilation.

By applying these plans, contractors and homeowners can efficiently escalate screed drying time, allowing faster project completion and quicker access to the completed floor surface.