3M Preferred Converter, Authorized Distributor, and Converter of Aearo Technologies LLC products

3M Thermally Conductive Acrylic Interface Pads-5590PI-02

(5590PI-02)
Minimum order: 10
TEXT_LABEL_PRODUCTS_PRICE_TOTAL $15.530
UOM: Sheet
Quantity:
 
Thermal management materials like thermally conductive acrylic interface pads provide an effective transfer path between heat generating components and cooler areas within an electronic device. The material within the pad consists of a tacky elastomer sheet that is highly conformable and is filled with conductive ceramic particles that allow the material to absorb and transfer heat effciently.
 
3M 5590PI-02 Ultra-Thin Design Provides Maximum Conformability
  • Thin thermal pad
  • 0.2mm thick
  • Excellent conformability
  • Perfect for use in compact devices 
Contact us for more information regarding our 3M thermally conductive acrylic interface pads, or call us at 510-661-0950 with any questions that you may have.

Specifications for 5590PI-02

  • Dimension: 230mm X 350mm
  • Type: Acrylic Elastomer
  • Thermal Conductivity: 3.0 W/mK
  • Thickness: .2mm
  • Color: Brown/White
  • Adhesive: Tacky one side
  • Applications: Thermal Management
  • Dielectric Strength: 8 kV/mm
  • Agency Approvals: UL 94 V0
  • RoHS Compliant: Yes
  • ECCN: EAR 99
  • Liner: Film Liner Single
  • HTS Code: 3920.59.1000
  • Country of Origin: Japan

3M Thermal Management Material Features

 
Thermally conductive acrylic 3M 5590PI-02 interface pads offer an easy and compelling way to cool the hottest parts of any type of electronic device. 3M thermal management pads are extremely soft and conformable, while providing maximum wet-out for effective heat transfer and vibration damping for the most challenging thermal applications. Some of the standard features associated with 3M thermally conductive acrylic interface pads, include:
 
  • Good thermal conductivity
  • Low tack for convenient pre-assembly
  • Flame retardant (UL 94 V-O)
  • Good softness & conformability
  • Utilizes a thin polyimide film for increased handling
  • Silicone & siloxane gas free
  • Good wettability for increased thermal conductivity
 

3M Thermally Conductive Acrylic Interface Pad Applications

 
3M thermally conductive soft acrylic elastomer-based interface pads provide a bevy of excellent traits and advantages that allow for the effective transportation of heat from warmer areas to cooler ones. Some of the applications that benefit the most from thermal management interface pads, include:
 
  • Heat sink bonding
  • Chip head conduction
  • Bonding cooling devices to IC packages & power transistors
  • LED board thermal interface management
  • Gap filling parts
  • LED TV driver IC chip
 

Application Techniques for Thermally Conductive Acrylic Interface Pads

 
Acrylic thermal gap pads provide optimum performance when utilized with wet out surfaces. The most useful contact between the pad and the device can be achieved by utilizing a dry, clean and well unified surface. The best pre-application treatment chemicals are either rubbing alcohol or heptane, with the ideal application temperature range of 0° to 40° C.
 

3M Thermal Management Interface Pad Specifications (5590PI-02)

 
The specifications related to 3M thermally conductive acrylic interface pad 5590PI-02 include the following profiles:
 
  • Thermal Conductivity: 3.0 W/mK
  • Dielectric Strength: 8 kV/mm
  • ROHS Compliant: Yes
  • Applications: Thermal Management
  • Color: Brown/White
  • Type: Acrylic Elastomer
  • Size / Dimension: 230MM X 350MM SH
  • Material THK: .2MM
  • Billing Unit: Per Sheet
  • Adhesive: Tacky one side
  • Agency Approvals: UL 94 V0
  • Liner: Film Liner Single
 

3M Thermally Conductive Acrylic Interface Pad Resources (5590PI-02)

   

Contact Rathbun for 3M Thermal Management Interface Pads Today

 
Highly effective 3M conductive interface pads provide an easy way to distribute heat throughout an electronic device. Contact us for more information regarding our 3M 5590PI-02 thermal management materials, or request a quote today for an in-depth price analysis.
 
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