242F02-1.188"X180YD

242F02-1.188"X180YD Datasheet

242F01<br>• 242F02<br>• 242F04

Part	Datasheet
242F02-1.188"X180YD	242F02-1.188"X180YD (pdf)

Related Parts	Information
242F02-.938"X180YD	242F02-.938"X180YD

PDF Datasheet Preview
3 Ultra-pure Viscoelastic Damping Polymer 242F01 • 242F02 • 242F04 Technical Data February, 1999 Description/ Features • 242F01 - Ultra-pure Viscoelastic Damping Polymer thick Film Liner is a PET, double sided silicone liner, plastic core Pressure used for lamination and application of the 242 to a substrate Low outgassing and ionics Typical temperature range for good damping 0-65°C • 242F02 - Ultra-pure Viscoelastic Damping Polymer thick Film Liner is a PET, double sided silicone liner, plastic core Pressure used for lamination and application of the 242 to a substrate Low outgassing and ionics Typical temperature range for good damping 0-65°C • 242F04 - Ultra-pure Viscoelastic Damping Polymer thick Film Liner is a PET, double sided silicone liner, plastic core Pressure used for lamination and application of the 242 to a substrate Low outgassing and ionics Typical temperature range for good damping 0-65°C Notes 1 The 242 may be used in some applications outside its suggested damping temperature range with acceptable damping performance. as determined by the user. 2 The typical temperature range for good damping noted above is not a limit for the 242 in an applications’ long term temperature exposures or short term higher temperature excursions, but its the temperature range where the 242 typically has good damping performance. The damper’s construction and application to a substrate will determine the long and short term performance of a damper in a given application environment. Application Ideas • 3M ultra-pure viscoelastic damping polymer 242 is designed to be used in damping applications as part of free-layer damper, constrained layer damper or damped laminate designs. • 3M polymer 242 is designed to be used in applications that require low outgassing and ionic levels and still provide robust damping performance. • 3M polymer 242 will typically have damping performance in an area between the 3M Viscoelastic Damping Polymers 112 and 130 for Loss Factor and Storage Modulus. • The polymer 242 can be used in vibration and shock isolation designs. • 3M ultra-pure viscoelastic damping 3M polymer 242 is an acrylic polymer and offers good thermal performance for long term applications at moderate temperatures and also applications that experience short high temperature excursions. • Market application areas include automotive, aerospace, electronics and general industry. • Potential application users include cover dampers, damped laminate constructions, suspension dampers, isolators, panel dampers, space craft applications, etc. 3MTM Ultra-pure Viscoelastic Damping Polymer 242F01 • 242F02 • 242F04 Nomograph The 3M ultra-pure viscoelastic damping polymer 242 damping properties are shown in the “reduced temperature format” nomograph. The nomograph shows the Viscoelastic Damping Polymer’s Loss Factor and Storage Modulus for various frequencies and temperatures in a single graph. The Shear Storage Modulus and Loss Factor are intensive properties of the Viscoelastic Damping Polymer alone. The Loss Factor and Storage Modulus are the key measurement parameters and determine the level of potential damping capability that exists in the 3M viscoelastic damping polymer 242 at a specific temperature and frequency. The Loss Factor and Storage Modulus for the 3M viscoelastic damping polymer 242 is found by selecting the frequency desired of an application and extending a horizontal line from that frequency until the desired application temperature isotherm is intersected. Extend a vertical line from this first intersection point of the desired frequency and temperature isotherm so that it intersects the Loss Factor and Storage Modulus curves. The Loss Factor and Storage Modulus values are found on the left hand scale by extending a line horizontally from these second intersection points on the Loss Factor and Storage Modulus performance cures. 242 Viscoelastic Damping Polymer Nomograph G' MPa and Loss Factor 100 90 80 70 60 50 40 30 20 10 Frequency Hz 1000 100 10 1 Temperature °C x G' s Loss Factor xxx s ss xx x ss s xs x sx s 1000 100 10 1 Outgassing Typical Total Outgas Material by GC/MS Modified ASTM 4526 • 242F01 < µg/cm2 Hydrocarbons, Organic acids, Esters, Alcohols, Phenols, Siloxane • 242F02 < µg/cm2 Hydrocarbons, Organic acids, Esters, Alcohols, Phenols, Siloxane • 242F04 < µg/cm2 Hydrocarbons, Organic acids, Esters, Alcohols, Phenols, Siloxane Ionics

PDF Datasheet Preview

3 Ultra-pure Viscoelastic Damping Polymer
242F01
• 242F02
• 242F04

Technical Data

February, 1999

Description/ Features
• 242F01 - Ultra-pure Viscoelastic Damping Polymer thick Film Liner is a PET, double sided silicone liner, plastic core Pressure used for lamination and application of the 242 to a substrate Low outgassing and ionics Typical temperature range for good damping 0-65°C
• 242F02 - Ultra-pure Viscoelastic Damping Polymer thick Film Liner is a PET, double sided silicone liner, plastic core Pressure used for lamination and application of the 242 to a substrate Low outgassing and ionics Typical temperature range for good damping 0-65°C
• 242F04 - Ultra-pure Viscoelastic Damping Polymer thick Film Liner is a PET, double sided silicone liner, plastic core Pressure used for lamination and application of the 242 to a substrate Low outgassing and ionics Typical temperature range for good damping 0-65°C

Notes 1 The 242 may be used in some applications outside its suggested damping temperature range with acceptable damping performance. as determined by the user. 2 The typical temperature range for good damping noted above is not a limit for the 242 in an applications’ long term temperature exposures or short term higher temperature excursions, but its the temperature range where the 242 typically has good damping performance. The damper’s construction and application to a substrate will determine the long and short term performance of a damper in a given application environment.

Application Ideas
• 3M ultra-pure viscoelastic damping polymer 242 is designed to be used in damping applications as part of free-layer damper, constrained layer damper or damped laminate designs.
• 3M polymer 242 is designed to be used in applications that require low outgassing and ionic levels and still provide robust damping performance.
• 3M polymer 242 will typically have damping performance in an area between the 3M Viscoelastic Damping Polymers 112 and 130 for Loss Factor and Storage Modulus.
• The polymer 242 can be used in vibration and shock isolation designs.
• 3M ultra-pure viscoelastic damping 3M polymer 242 is an acrylic polymer and offers good thermal performance for long term applications at moderate temperatures and also applications that experience short high temperature excursions.
• Market application areas include automotive, aerospace, electronics and general industry.
• Potential application users include cover dampers, damped laminate constructions, suspension dampers, isolators, panel dampers, space craft applications, etc.
3MTM Ultra-pure Viscoelastic Damping Polymer
242F01
• 242F02
• 242F04

Nomograph

The 3M ultra-pure viscoelastic damping polymer 242 damping properties are shown in the “reduced temperature format” nomograph. The nomograph shows the Viscoelastic Damping Polymer’s Loss Factor and Storage Modulus for various frequencies and temperatures in a single graph. The Shear Storage Modulus and Loss Factor are intensive properties of the Viscoelastic Damping Polymer alone.

The Loss Factor and Storage Modulus are the key measurement parameters and determine the level of potential damping capability that exists in the 3M viscoelastic damping polymer 242 at a specific temperature and frequency.

The Loss Factor and Storage Modulus for the 3M viscoelastic damping polymer 242 is found by selecting the frequency desired of an application and extending a horizontal line from that frequency until the desired application temperature isotherm is intersected. Extend a vertical line from this first intersection point of the desired frequency and temperature isotherm so that it intersects the Loss Factor and Storage Modulus curves. The Loss Factor and Storage Modulus values are found on the left hand scale by extending a line horizontally from these second intersection points on the Loss Factor and Storage Modulus performance cures.
242 Viscoelastic Damping Polymer Nomograph

G' MPa and Loss Factor
100 90
80 70
60 50
40 30
20 10

Frequency Hz
1000 100 10 1

Temperature °C
x G' s Loss Factor
xxx s ss
xx x ss s
xs x sx s
1000 100 10 1

Outgassing

Typical Total Outgas Material by GC/MS Modified ASTM 4526
• 242F01 < µg/cm2 Hydrocarbons, Organic acids, Esters, Alcohols, Phenols, Siloxane
• 242F02 < µg/cm2 Hydrocarbons, Organic acids, Esters, Alcohols, Phenols, Siloxane
• 242F04 < µg/cm2 Hydrocarbons, Organic acids, Esters, Alcohols, Phenols, Siloxane

Ionics

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Datasheet ID: 242F02-1.188"X180YD 517639