3M Preferred Converter, Authorized Distributor, and Converter of E-A-R products

3M Acrylic Thermal Pad

Non-silicone acrylic thermal pads are high performance based thermal materials that aid in the dissipation of heat from intended targets to cooler surface areas within an electronic device. They are often used to cool SSD (solid state drives) or can be attached to the bottom of heatsinks, to act as a thermal interface bridge between surfaces to accommodate thermal conductivity to alleviate over-heating of an electronic device.
Rathbun, is an exclusive provider of 3M non silicone acrylic thermal pads that deliver advanced thermal dispersion solutions for your project needs. For more information regarding our non silicone thermal pads, get in touch with our sales team or call us at 510-661-0950 with any questions that you may have.

Non-Silicone Thermal Conductive Pad Advantages

At Rathbun, we provide custom cutting, short lead times, and an absolute quality assurance guarantee on all our 3M acrylic thermal pad products. We also offer several product options to suit your specific project needs. Each of these products provides unique functionalities that can be used to remove excess heat from critical functioning areas. Advantages include:
  • Lower cost when compared to silicone thermal pad equivalents
  • Good softness and conformability to non-flat surfaces
  • No silicone particulation
  • Good surface tack & dielectric performance
  • Excellent durability
  • No siloxane outgassing
  • Halogen-free
  • No silicone oil bleed
  • UL-94 V-O certified
  • Short Lead Times and readily available

Non-Silicone Thermal Adhesive Pad Applications

Since much of 3M non-silicone thermal interface pads are designed with filled acrylic polymer, they are a perfect solution to silicone sensitive applications. Acrylic thermal based interface pads can be used within a wide range of electronic applications that require heat transfers from a warmer source to a cooler location. Typically, acrylic thermal pads are effective for short periods to 135C. Applications include:
  • Heat sink interface
  • Solid State Drives
  • LED boards
  • IC packaging
  • Gap filling
  • HD TV’s
  • Scan module boards
  • COF chip heat conduction processes

3M Acrylic Thermal Pad Color & Thickness Options

Rathbun’s non-silicone thermal conductive pads provide excellent conformability, while also providing gap-filling properties that are enhanced by their ability to be stacked. As a direct benefit to custom designed structures, 3M Thermally Conductive Interface Pads can be die, or laser cut into specific dimensions.
 

Silicone vs Non-Silicone Thermal Interface Pads

Acrylic thermal pads by 3M do not contain silicone oils which bleed throughout the electronic components, which can cause numerous problems including corrosion of electrical connections. Acrylic thermal material from 3M is low outgassing, unlike silicone pads, and provides excellent dielectric qualities as well.
Conversely, silicone interface pads can provide excellent heat durability, with some materials able to withstand temperatures up to 200C. However, within electronic applications that temperature range is generally unnecessary. Additionally, silicone thermal pads can be extremely soft enabling conformability challenges.

Preferred 3M Converter of Non-Silicone Thermal Pads for Electronics

As a 3M preferred converter, Rathbun can help you enhance your product’s design and appearance, improve performance and processes, while helping you create a better and more competitive product. Our material converting services are accomplished through numerous processes including rotary die cutting, laser cutting, die cutting, slitting, rewinding, kitting, custom cutting (BYOM) and lamination.

Contact Rathbun for 3M Non-Silicone Thermal Pad Solutions Today

Contact us for more information regarding our acrylic non silicone thermal pads, or request a quote for further pricing details today. Rathbun is your trusted source for state-of-the-art 3M non-silicone thermal adhesive pads and conversion services.