This RU-vid Channel will hold informational and instructional videos on how to install our products. Whether is be in your self build, restoration, new community build, etc.
About Us Cellecta manufacture an extensive range of environmentally friendly thermal and acoustic installation products and systems that enable designers and purchasers to solve their acoustic or thermal insulation problems with cost effective constructions that satisfy the requirements of Approved Documents L1, L2 & E (England and Wales) and sections 3 & 5 (Scotland) of the Building Regulations.
Our Services We offer free technical and installation advice, site surveys and take off services in addition to U-value, condensation risk and imposed load calculations. Call our experienced sales team today 01634 296677 or e-mail info@cellecta.co.uk to maximize the performance of your next project!
did you fill all of the cavity with the micro 50 between the joists e.g. if the cavity is 300mm deep did you fill it with 300mm of micro 50 or did you fill it to 50mm and leave a gap? Is it better to leave a gap or fill the full void. thanks.
@@adrianstealth340 Why would you leave an air gap? Sound travels through air. If you leave a gap, the sound is free to travel, defeating the object of installing the FIBREfon.
Preditah hiya Ped, as i understand it some gap is good between highly dense sound absorbing materials, as sound transfers through materials too, a mixture of all tactics is best (or so i understand) , tricky business sound proofing, since my comment i’ve sound proofed floor above my now flat ( converted my house into flats ) good results
@@adrianstealth340 Hi Adrian, the point of soundproofing is to lessen sound energy by converting it into heat and decrease any remaining noise from bouncing in any given cavity. As I said, if you leave a gap, you're giving the sound energy a path to travel through. Sound is made up of a broad spectrum of frequencies which are created by vibrations; when you tap your foot, when you close the door, when you hum a tune - all of these create vibrations that result in the sound you hear and process. Depending on the frequency of sound, the lower the sound is in pitch, the more energy it contains and the more likely it is to travel in all directions, and as you said, through a range of materials (this could be brick or block work for example). Insulation alone will not soundproof a room, you need various materials that are dense/heavy in mass. Research the terms 'flanking transmission' and 'decoupling'. In my experience, using a combination of decoupling (including acoustic plasterboard), acoustic insulation and acoustic tape (applied to studwork/joists) have resulted in good levels of sound absorption.
Hi, yes the system is designed for wet under floor heating systems. The under floor heating pipes are placed inside the routed insulation board and the ScreedBoard is laid on top. It is suitable as both an acoustic and under floor heating solution for retrofit timber floors. For more information visit the link in the description or call 08456 71-71-74.
I agree, although I generally don't like the simple mindset of certain individuals who ONLY value something according its PRICE and not its PRICE-PERFORMANCE! In this case however the performance is not much better. The U-value of 100mm Polystyrene is 0.369W/m2K, where as the U-value of 100mm Cellecta TETRiS is 0.377W/m2K.
