Dynamat 2036 Brochura e especificações - Página 2

Procurar online ou descarregar pdf Brochura e especificações para Acessórios Dynamat 2036. Dynamat 2036 2 páginas. Bulk/utility pak

Specifications

Appearance:

Black butyl core with 4 mil aluminum constraining

layer, self adhesive with release liner

Thickness:

0.067" (1.7mm)

Temperature Range (Optimal Performance):

14 ºF to +140 ºF (-10 ºC to +60 ºC)

Temperature Range (Resistance):

-65 ºF to +300 ºF (-54 ºC to +149 ºC)

Adhesive Peel Strength:

42.6 lb./in. (74.8 N/cm) on cold steel

Chemical Resistance:

Resistant to water and mineral oils

Installation

Panel resonance control starts with a minimum of 25% coverage of Dynamat. This works best centered in the panel you are

quieting. (Note: Some panels may require full coverage to gain proper resonance control.)

Before you start your installation, be sure surface is totally free from dust, dirt and foreign matter. Dust will greatly

affect the adhesion of the Dynamat thus reducing the damping efficiency.

Using a razor knife or scissors, cut the Dynamat to the desired shape and size (a cardboard or paper template may be

helpful.) Remove the release liner from the back of the Dynamat and apply Dynamat to the prepared surface. On

large surfaces, remove the release liner in sections working your way down and across the panel.

Apply the Dynamat to the panel surface with a Dynamat roller tool. Take the roller tool and work the Dynamat into all

of the contours of the metal panel. Using a razor knife, poke holes in any air pockets that may have formed between

the panel and the Dynamat. Work the air out with the roller tool. Eliminating air pockets will ensure lasting adhesion of

the Dynamat to the panel, giving you maximum damping efficiency.

Mass:

0.45lbs./ft. 2 (2.20kg/m 2 )

Acoustic Loss Factor @ Temperature

(Using ASTM method E756 @ 200 Hz):

0.081 @ +14˚F (-10˚C)

0.240 @ +32˚F (+0˚C)

0.257 @ +50˚F (+10˚C)

0.417 @ +68˚F (+20˚C)

0.259 @ +86˚F (+30˚C)

0.194 @ +104˚F (+40˚C)

0.140 @ +122˚F (+50˚C)

0.094 @ +140˚F (+60˚C)