Πάνελ Διάχυσης Ηχου
Διαχύτες Ηχου Diffuor Panel, ακουστικά πάνελ διάχυσης ήχου, Η διάχυση σκορπίζει ή θρυμματίζει τον ήχο, σε διάσπαρτες διαφορετικές κατευθύνσεις.Ο ήχος που χτυπά έναν διαχύτη τον σκορπίζει, αλλά ελέγχεται έτσι ώστε ένα συγκεκριμένο εύρος συχνοτήτων θα διασκορπίζεται τυχαία προς όλες τις κατευθύνσεις, Ένας 3D διαχύτης τόσο οριζόντια όσο και κάθετα. Στήν αποτελεσματικότητα της διάχυσης δεν είναι τόσο εύκολο να ποσοτικοποιηθεί η απορρόφηση. Η απορρόφηση έχει υπολογιστεί από τις αρχές του 1900 χρησιμοποιώντας μεθόδους που αναπτύχθηκαν από τον Wallace Sabine. Είναι μια πολύ γνωστή μέθοδος που έχει ως αποτέλεσμα συντελεστές απορρόφησης και NRC – νούμερα που γενικά κυμαίνονται μεταξύ 0,0 και 1,0 (αλλά θα μπορούσαν να είναι υψηλότερα από 1,0) με την υψηλότερη βαθμολογία να σημαίνει καλύτερο απορροφητή, Παρακαλούμε επικοινωνήστε στο 210 3845676 για επιβεβαίωση του αποθέματος και τιμής, Αποστολές εμπορευμάτων σε όλη την Ελλάδα, Δυνατότητα Δόσεων – Διακανονισμού, Εγγύηση 2 Ετη,
By reading through our site, you are no doubt somewhat familiar with the concept of acoustical absorption. Sound striking an absorber – like our Polyester acoustic panel – gets absorbs much like water hitting a sponge gets soaked up. Rooms treated with absorption tend to be described as acoustically ”dead” or ”neutral.”
Diffusion on the other hand ”scatters” or ”shatters”; sound. The most basic analogy might be water hitting the underside of a cupcake pan. The water is scattered in many different directions. Sound hitting a diffusor is reflected, but controlled such that a certain range of frequencies will be scattered randomly in all directions.
There are different types of diffusors. I generally classify into two (2) broad categories:
A. Scientific Diffusion. For example Quadratic Residue Diffusors or Primative Root Diffusors. These are diffusors that are designed with a specific number sequence in mind. The father of modern diffusion is Manfred Schroeder. His equations and number series for diffusion are the most widely applied. Scientific diffusors come in many shapes and sizes. They can be 2 or 3 dimensional. 2D diffusors scatter sound horizontally or vertically.
A 3D diffusor both horizontally and vertically. The efficiency of diffusion is not as easy to quantify as absorption is. Absorption has been calculated since the early 1900s using methods developed by Wallace Sabine. It is a very well-known method that results in absorption coefficients and NRCs – numbers that generally vary between 0.0 and 1.0 (but could go higher than 1.0) with the higher rating signifying a better absorber.
The Audio Engineering Society has recently developed a similar rating for diffusion. It is a standard that quantifies the performance of a diffusor using a 0.0 to 1.0 rating like absorption – the higher the ”diffusion coefficient,” the better the diffusor. Not all diffusors have been tested in accordance with this new standard.Kingkus Diffusor panel have and perform very well. (Numbers are available upon request.)
B. Controlled Reflection. Some would argue that this is not a form of diffusion at all. ”Barrel” diffusors, pyramidal diffusors, Hemi-cylindrical diffusors fall into this category. Basically, the science behind these redirectors of sound is that they minimize parallel surfaces and therefore increase the diffusiveness of sound in the room.
Diffusion is most effective in larger rooms. A minimum requirement is that the longest dimension in the room is at least 12′.
If you feel ”oppressed” in rooms that have been heavily treated with absorption, you might be a candidate for diffusion – control without the ”deadness” of absorbers.
Live Rooms, particularly where drums or ensembles (such as choirs or orchestras) are being recorded, are great candidates for diffusion.
The ceiling of a Control Room may benefit from diffusion (provided the height is greater than about 8 or 9 feet). This is particularly applicable if you are mixing a lot of acoustic instruments, ensemble music, jazz, etc. (I.e., a MIDI studio probably wouldn’t benefit as much.)
Good diffusion can get expensive. If you are on a tight budget, you might be better off with all absorptive materials, or a mix of absorption and Kingkus Diffusor, or even a mix of absorption and ”natural” diffusion – bookcases, wall fixtures, etc.
Want more than just acoustic enhancement to your studio?
The Kingkus Diffusor Panel is more than just natural Wood beauty. Its uneven depth grid is perfect for eliminating flutter echoes and acoustical anomalies.
And its appearance adds a little sophistication along with the other acoustic panels.
The Kingkus Diffusor Panel provides for even sound dispersion. And that gives you a more consistent listening environment. Which is perfect for a mixing and recording environment that demand consistency and accuracy.
On a decor note, give your wall a distinctive look by covering it with the Kingkus diffusors. And with clever lighting, it can really bring out that exotic feel in any room.
Τεχνικά Χαρακτηριστικά
Diffusor Wall Panel
Surface Paulownia wood or Varnish
Size 600*600MM
Thickness 115MM
Model 1D/2D QRD Diffusor,Triangular,Conical ,Arc Diffusor,MLS Diffusor
Advantages Not only ad sound diffusor,but also remove coloration and echoes.
Acoustic Principle Resonance Absorption
Fire rate B1
Eco level E1
Applications Training rooms,recording,rooms,churches,theatres,etc.
Others Effective acoustic elements for the optimization of room sound
For the best possible acoustic, for example, in recording studios, home cinemas or home-recordings
For the optimization of room reflections in the mid and hi-mid frequencies
Two-dimensional QRD-Diffusor
Design in untreated wood,
