TWARON® Angel Hair
TWARON Angel Hair is a sound damping wadding product,
exclusively made for ELTIM audio BV by
It was Leo Busscher of Dutch Arnhem plant of Teijin who first experimented with way more basic material in his high-end loudspeakers, and so igniting a string of events with this very interesting material as a result.
It is further developed for optimal absorbing and damping of the audio frequency range, f.e. in loudspeakers, damping panels, etc.
It is easy to work with, not aging and stays in place since it has the permanent attitude of expanding, so it will fill the space it is given.
Behaviour of this material is so different compared to all known other materials that you simply have to try this at least, so at the bottom of this page professional users can order a free sample ......
Human hair compared to TWARON Angel Hair Chaotic structure of TWARON Angel Hair
The extreme thin synthetic TWARON fibers are cut in 60mm pieces and carded to the elastic and easy to use wadding mass as it is supplied. Unlike glass- and other fibers used today, TWARON is conducting heat (due to caused vibrations) very well and so absorbing the acoustic movement energy extremely well and in a very different way compared to all other known materials used for this purpose. Together with the choice of the correct length of the fibers and the right way to card it to a workable mass, the results are quite ashtonishing as noticed now by an increasing number of professionals in the audio community.
Compared to kg price of other materials it is expensive, but please note that you need only around 10-20% of the weight of other materials. Besides that and even more important: sound WILL IMPROVE dramatically, especially noticed in small signal response. Compared to prices of better wiring,equipment, absorbers, etc. it is even cheap regarding improvent of sound.
Many like to see the frequency/damping behaviour as shown below, which is unlike all other known materials and working over the full audio band and easy to adjust by filling the box with the right amount of TWARON Angel Hair.
Filling diagrams top down: 20, 10, 5, 2.5 grams/liter (log scale) TITK Institute
Filling diagrams top down: 20, 10, 5, 2.5 grams/liter (lin scale <1000Hz) TITK Institute
Unlike other materials the damping characteristics are about linear from 700Hz up. As the graphs show, use in loudspeaker systems an amount of 3-10 grams/liter volume appears to be a usefull amount, depending on the used frequency range and size/type of loudspeaker. You do NOT need to fill large loudspeakers and basreflex speakers completely; doing so would acoustically "kill" your precious loudspeaker system. In these cases we advise to fill just the space behind the woofer. Also, replacing BAF filling in excisting speakers by TWARON Angel Hair, mostly causes an increase of Musical Emotion.
What is hardly to present in graphs is where it actually is all about: used in loudspeaker systems you will notice the increase of small signal response, like room reflections of the recording area and other small sounds like instrument mechanical sounds immediatelly. Also the "speed" and 3D representation of the system will increase as you will find acknowledged by some reviewers by now. You are simply more "there".
Besides damping loudspeakers in an efficient and quality increasing way, filling absorbtion panels or sound traps with even more TWARON Angel Hair, will cause an absorbtion of a certain mid/high range of room reflections as shown in the graphs below. A filling of >20 grams/liter will cause a 100% damping of a certain high frequency range while leaving the stuffed panel on the other side. The more you fill, the less low frequencies will be damped due to the fact that the TWARON Angel Hair filling becomes more dense and so restricted in moving. A maximum is achieved with 150 grams/liter where the material gets so dense that it shows a steep absorbtion characteristic, where voice/instrumental range and harmonics are damped at maximum and bass is left unaffected. This could be an ideal solution for sound improvement of very "empty" or "small" sounding rooms (f.e. small stages) where voices and fine instruments need to be reproduced.
Filling diagrams top down: 20, 40, 80, 150 grams/liter (log scale) TITK Institute
Filling diagrams top down: 20, 40, 80, 150 grams/liter (lin scale <1000Hz) TITK Institute