Authorized Distributor Letter

Aearo's authorized distributor letter for DigiKey.

Watch how ISOLOSS™ LS Foams’ low compression set performs verse other foams. At room temperature, ISOLOSS™ LS Foam rebounds within 1% of its original thickness to help maintain the same fit, form, and function throughout the product’s lifecycle.

Isoloss LS Polyurethane Foams Brochure

Aearo Technologies Isoloss™ LS Polyurethane Foam brochure.

Image of Aearo Technologies' ISOLOSS™ LS Foams ISOLOSS™ LS Polyurethane Foams Publish Date: 2020-05-05

Aearo Technologies LCC ISOLOSS™ LS polyurethane foams are fine-celled, low compression set, high-density polyurethane for difficult mechanical energy control problems.

In part 1 of this 3 part series, Application Engineer Chirag Patel describes a few of the key elements used in the design of vibration isolation solutions.

Concluding the 3 part series, E-A-R™ Senior Applications Engineer explains transmissibility and demonstrates the effects of utilizing highly damped fan mounts to isolate a fan from a PC system.

Image of 3M-Aearo Technologies' ISODAMP™ Damping Elastomer Selection ISODAMP™ Material Selection Publish Date: 2019-05-22

A guide to selecting the best ISODAMP­™ damping elastomer for the design engineer's application.

Duration: 10 minutes
Isolator Sandwich Mounts (SL Series) Publish Date: 2019-04-05

E-A-R™ vibration isolation sandwich mounts are each constructed of damping elastomer & steel inserts creating quality mounts available in multiple configurations.

Minimize Mechanical Vibrations with Highly Damped Elastomers

The specifics of energy transmission are complex and a poorly designed solution can actually increase vibrations, damaging components or radiating noise.

Image of Aearo Technologies' CONFOR™ SC Series PU Foams CONFOR™ Small Cell (SC) Series Foams Publish Date: 2018-10-18

Aearo Technologies' CONFOR™ SC series PU foams are flexible slow-recovery materials ideal for shock protection and gasketing in electronic applications.

Image of Aearo Technologies' ISODAMP™ C-1000 Series ISODAMP™ C-1000 Series Elastomers Publish Date: 2018-10-18

Aearo Technologies' ISODAMP™ C-1000 series elastomers ensure low amplifications at resonance and rapid settling to equilibrium after shock or vibration input.

Image of Aearo Technologies' CONFOR™ EG Series PU Foams CONFOR™ Electronics Grade (EG) Series Polyurethane (PU) Foams Publish Date: 2018-10-18

Aearo Technologies' CONFOR™ EG series highly-damped PU foams contain no halogens or metal compounds for thin gap spaces or as thicker comfort material.

Image of Aearo Technologies' VersaDamp™ V-2000 Series VersaDamp™ V-2000 Series Elastomers Publish Date: 2018-10-11

Aearo Technologies' VersaDamp™ V-2000 series elastomers feature isolation grommets, bushings and rings, fan mounts, and more in standard configurations.

Image of Aearo Technologies' ISOLOSS™ SL Series Elastomers ISOLOSS™ SL Series Elastomers Publish Date: 2018-10-11

Aearo Technologies' ISOLOSS™ SL series elastomers offer multiple Type A durometers, high internal damping, and resistance to creep and compression.

Image of Aearo Technologies' ISODAMP™ C-6000 Series ISODAMP™ C-6000 Series Elastomers Publish Date: 2018-10-11

Aearo Technologies' ISODAMP™ C-6000 series elastomers include isolation grommets, bushings and rings, fan mounts, and more in their standard configurations.

Image of Aearo Technologies' ISODAMP™ C-8000 Series ISODAMP™ C-8000 Series Elastomers Publish Date: 2018-10-11

Aearo Technologies' ISODAMP™ C-8000 series elastomers ensure low amplification at resonance and rapid settling to equilibrium after shock or vibration input.

Image of Aearo Technologies' ISOLOSS™ HD Elastomers ISOLOSS™ HD Elastomers Publish Date: 2018-10-11

Aearo Technologies' ISOLOSS™ HD elastomers feature high internal damping, resistance to creep and compression, and can be metal-bonded during molding.

In part 1 of this 3 part series, Application Engineer Chirag Patel describes a few of the key elements used in the design of vibration isolation solutions.

The Four-Fold Method of Noise and Vibration Control

Efforts to control noise and vibration in a wide range of mechanisms and devices inevitably require the use of passive acoustical materials.