High-Rise Liquid Flow Floor Screed

The high-rise liquid-flowing screed is designed specifically for use in high-rise applications where the screed needs to be pumped to ten storeys and above.

The screed binder is an integral component of the high-rise liquid flowing screed, which is suitable for all construction types, including steel frames, concrete frames, lightweight steel, and traditional masonry construction. It is suitable for residential and commercial properties; high-rise liquid flowing screed can be used to improve the acoustic performance of a floor to meet or exceed Part E of building regulations. The high-rise liquid-flowing screed has been specially formulated to allow pumping to high levels over ten stories.

Features and benefits:

• Rapid application.
• Suitability for high-rise applications over ten stories.
• Thin Screed sections: 40 mm Floating Commercial, 35 mm Floating Domestic, 30 mm Unbonded, 25 mm Bonded, 25 mm cover to underfloor heating pipes.
• Fast drying: 28 days natural drying*, 13 days forced drying*.
• Can be used with special additives to offer 14-day drying times.
• Rapid commissioning of underfloor heating.
• Underfloor heating can be commissioned and run after just seven days.
• No reinforcement or fibres are required.
• Quality BS EN 8204:7:2003
• No curing agents required.
• Fully self-compacting and high-density.
• Offers 80 kg/m² density at just 40 mm.
• Rapid return to service of work areas.
• Foot traffic after only 48 hours.
• Full loading after just seven days.
• Assured high strength.
• Minimum Ca C25 – F4.
• Here at Midland Flooring, we can supply and install the insulation membranes, underfloor heating, and High-Rise liquid-flowing screeds using our highly qualified, experienced in-house installer teams, enabling us to guarantee the quality of our work.

*Independently tested based on 50mm depth at 20◦C and 60% RH.

Traditionally, levelling screeds were a semi-dry mix of OPC cement and sharp screeding sand. They cater to the issue of a structural slab with a rough or uneven surface. These are generally installed manually with daily screeding rates between 125 and 150 square metres. However, automated screeding equipment uplifts this to circa 500 square metres daily. Historically, building projects predominantly used standard sand and cement screeds; however, the modern-day liquid or flowing screed, as they are commonly referred to, is fast becoming the product of choice for many architects, builders, and developers because it has many advantages in comparison.