Cellecta YELOfon FS50 - 30mm x 50mm x 2m

• Superior impact sound insulation
• Suitable for both timber and concrete floor constructions
• Helps meet Part E of Building Regulations
• Lightweight and easy to install
• Provides long-term acoustic performance
• Ideal for use beneath floating screeds
• Durable and resilient material

Residential and commercial buildings: Cellecta YELOfon FS50 is ideal for residential and commercial buildings due to its high-performance impact sound insulation capabilities. It is designed to significantly reduce noise transmission between floors, which is crucial for creating quieter living and working environments, especially in multi-storey buildings like apartments, offices, and hotels. YELOfon FS50 is compatible with various floor constructions, making it suitable for both new builds and refurbishment projects. Its acoustic performance ensures compliance with building regulations for soundproofing, making it an effective solution for controlling noise in residential and commercial properties.

What is Cellecta YELOfon FS50?

Cellecta YELOfon FS50 is a high-performance polyethylene foam layer designed for impact sound insulation. It is specifically manufactured for use in floating screed floor systems to reduce noise transmission between floors in buildings.

How does Cellecta YELOfon FS50 enhance acoustic insulation?

YELOfon FS50 acts as a resilient layer that absorbs impact sounds, such as footsteps and moving furniture, reducing noise transmission through the floor structure. This helps create a quieter and more comfortable living or working environment.

Can Cellecta YELOfon FS50 be used with underfloor heating systems?

Yes, YELOfon FS50 is compatible with underfloor heating systems, allowing it to be used in conjunction with heating solutions while maintaining excellent acoustic performance.

How is Cellecta YELOfon FS50 installed?

YELOfon FS50 is installed beneath floating screeds with joints sealed using YELOfon Joining Tape, ensuring a continuous and effective acoustic barrier that maximises sound insulation.