Heavy duty amp stand, Sonic benefits?


Does an amplifier benefit from a sturdy well-built amplifier rack?

I'm trying to decide whether to buy a new amplifier rack. The one I have is kind of a light weight material made of plastic composite. I am looking at one rack that was made of steel and weighs about 100 pounds, name of the company is sound anchor. Looks like a nicely made amp.

I'm wondering how an amplifier benefits from resting on a Quality built rack or does it really matter?

emergingsoul

I can almost guarantee you that Noone in a blind listening test could determine if your amp is on the floor, a cheap wobbly stand, or an outrageously expensive rack. Additionally, noone will be able to ascertain whether the amp is supported via spikes or springs...absurd. Spend your money on some music.

no benefit for the amp, other than maybe not knocking down your stand and breaking the amp.

benefit for you might be some enjoyment of a nice piece of furniture...?  

@mitch2 Thank You for your comments on this Subject.

Your making a reference to 'Panzerholz' is a correct assumption, which is directly   relating to a type of a Phenolic Resin Impregnated Densified Wood board that is being referenced in my post.

Your post also has a link I am familiar with, it does help explain in a more controlled manner, why this materials has an attraction for its properties.

It also helps show why there savvy designers of Audio Products, who fully understand how certain materials selected for certain roles will be met with offering a ultimately more beneficial function by selecting Densified Wood over other typical choices, that are usually seen selected for a certain role.

The outcome today being that Densified Wood, produced by carrying out a particular production method is seen used on TT's, TA's, Speakers Cabinets, Equipment Cases, PCB's and as Bespoke Damping for Components within a Circuit and Supporting Structures for equipment. 

I personally I am very familiar with the value the usage of a PRIDW adds to the sonic produced, when used on TT's TA's and as a Equipment Support inclusive of being used as a Footer and Puck Weight for mounting on a TT's Platter Spindle.

It is not to be too long, before I am to experience the impact PRIDW will have, when used as a PCB, Bespoke Damping for a Component and Equipment Case.  

Densified Wood is produced where a proportion of the production methodology is using a similar methodology used for producing a Plywood.

As an end product D'wood Board, can be not too different to Plywood Board.

The methodology used for producing a PRIDW is quite different to the Plywood Board Production methods

Plywood as a Product in relation to weight, is typically a weight of approx'  900lb/m3 - 1600lb/m3 (400Kg/M3 - 700Kg/m3)

Densified wood as a Product in relation to weight' is typically a weight of approx' 2000lb/m3 - 2300lb/m3 (900kg/m3 - 1050Kg)

Phenolic Resin Impregnated Densified Wood (PRIDW) in relation to weight, is typically a weight of approx' 2700lb/m3 - 3200lb/m3 (1200Kg/m3 - 1450Kg/m3)  

I know from experience that a Plywood @ 700Kg/m3 vs D'wood @ 900Kg/m3 that are not made using shared/similar production methods are very similar in how they function as a support structure. 

A PRIDW produced using veneers of 0.9mm - 1.2mm, that are assembled as a Cross Grain Structure using a Phenolic Resin as the Binder and then compressed to a 50% thickness in relation to their uncompressed condition.

Which is then Vacuum Treated  and Heat Cured is quite a different end product to a a Typical Produced Plywood or Densified Wood produced using Binders that are more akin to a Plywood Production.

Because of the Weight of a Phenolic Impregnated Densified Wood, it does not usually Travel too far from it place of production, as a result of this it can be found offered under a variety of Brands given names, The Brand Delignit call one of their PRIDW Boards 'Panzerholz'.

When sourcing the Material it is seemingly best to have a Board produced from the thinnest of Veneers that is are assembled into a Cross Grain Structure Orientation, it is best to go for maximum compression (Kg per m3). The use of a Resin Binder (not all will make their selected resin known) typically Phenolic Resin, Vacuum Treated and Heat Cured are critical to create the properties being identified as valuable for use in audio applications. 

 

 

 

 

 

 

 

   

@pindac 

I so enjoy your extremely lengthy comments. Unfortunately I'm not smart enough to understand what you're saying with my two digit IQ.

@emergingsoul 'Prolix' is a single word describing a larger selection of my Posts.

I am unapologetic, it takes all sorts to make up a membership of a forum.

I am fundamentally an individual who has the enjoyment of music as their goal and ultimate experience in relation to my long held enthusiasm.

If there is a hierarchy it is a Live Performance where the real magic and life long memories are to happen.

Audio Equipment is an area where this enjoyment is able to be enabled, resulting in my long-term interest in audio systems, as well as building a social network around this interest.

When it comes to Audio Equipment, the Electronics side is unavoidable.

Then there is the mechanical interfaces that can be put in place to aide the Audio Equipment to be optimised in its function.

I usually leave all Electronic concerns to EE's who know there stuff, I recently had a Power Cable terminated to the connectors by an Electrician.

When it comes to Mechanical Interfaces I am practicing my ideas in this area, as well as being dependent on Engineers when it comes to the areas where finesse is required.

Note: I do my utmost to only share about my experiences had, and where I have been steered by them.