Thermal Materials in a Diverse Range of Performance

Laird Technologies offers a line of thermally conductive electrically insulating materials that are designed to solve over-heating issues for today's power component assemblies.

The robust Tgard™ product line is a film-based material that is designed to resist cut-through in screw mounting applications. Tgard™ products provide a more consistent breakdown voltage over other insulation constructions with soft conformal coating on the film core that provides an excellent mating surface for low pressure clip mounting applications.

The Tgard™ insulator products are available in a diverse range of thermal performances to suit any application.

Laird Technologies’ electrically insulating thermal interface materials (TIMs) are designed to solve overheating issues such as lower component efficiency, premature component failures, size limitations and other performance problems for today’s computer power supplies.

Contact Laird Technologies today for your complete application solutions.

Tgard™ 20 Series Insulator Material
Tgard-20[1] Resists cut-through in screw mounting applications while providing a more consistent breakdown voltage over other insulator constructions.
 
Tgard™ 200 Series Insulator Material
Tgard-20 Used when the lowest thermal resistance and highest dieletric strength are required.
 
Tgard™ 3000 Series Insulator Material
Tgard30000306[1] Specifically designed to solve overheating issues and other performance problems for today’s power component assemblies.
 
Tgard™ 500 Series Insulator Material
tgard-500[1] A medium thermal performance insulator pad consisting of a ceramic filled high temperature silicone rubber coated on electrical grade fiberglass.
 
Tgard™ 5000 Series Insulator Material
tgard-5000[1] An excellent dielectric material with good thermal performance.
 
Tgard™ K52 Series Insulator Material
k-52[1] Has the best balance of thermal, dielectric, and cut-through performance.
 

Downloads

Click on the downloads below for more information about this product line.

Product Testing Procedures
Density
Hardness
Outgassing
Thermal Resistance
Thermal Conductivity
Compression/Deflection
Die Cutting Questions and Answers 

Tgard™ 
Tgard 20 MSDS Sheet Download 
Tgard 20 Reliability Test Report Download 
Tgard 20 RoHS Test Report Download 
Tgard 200 MSDS Sheet Download 
Tgard 200 Reliability Report Download 
Tgard 200 RoHS Test Report Download 
Tgard 3000 Reliability Report Download 
Tgard 50 RoHS Test Report Download  
Tgard 500 MSDS Sheet Download 
Tgard 500 Reliability Report Download 
Tgard 500 RoHS Test Report Download 
Tgard 500 A1 RoHS Test Report Download  
Tgard 500 UL Recognition Download 
Tgard 5000 MSDS Report Download 
Tgard 5000 Reliabilty Report Download 
Tgard 5000 RoHS Test Report Download 
Tgard 5000 A1 RoHS Test Report Download
Tgard 5000 UL Mark Download 
Tgard K52 MSDS Sheet Download 
Tgard K52 RoHS Test Report Download
Tgard K52 Reliability Report Download 
Tgard K52 UL Recognition Download 
Tgard™ 3000 MSDS Sheet Download 
Tgard™ 3000 RoHS Test Report Download 
Tgard™ 3000 A0 RoHS Test Report Download  
Tgard™ 3000 A1 RoHS Test Report Download 
Tgard™ 3000 UL Recognition Documentation Download 

Printable Catalogs and Brochures 
Thermal Interface Material Solutions Brochure 

Technical Notes and Analysis
Thermal ISO Certification Download 2009 
Thermal LED Thermal Management Materials Application Note Download 

Contact Us

Americas

+1-888-246-9050 option 2
Thermal-AmericasSales@lairdtech.com


Europe

Thermal Interface Materials
+49-(0)-8031-2460-0

Thermoelectric Assemblies & Modules
+46-31-704-67-57
TIM-EUSales@lairdtech.com


Asean

+65-62438022
Thermal-AseanSales@lairdtech.com


China & other Asia-Shenzhen

+86-755-2714-1166 x374
Thermal-ChinaSales@lairdtech.com 


India

+91-80-40740-400 x448
Thermal-IndiaSales@lairdtech.com


Japan

+81-45-473-6808
Thermal-JapanSales@lairdtech.com


Korea

+82-2-830-2095 x110
Thermal-KoreaSales@lairdtech.com


Taiwan

+886-2-2290-1234 x107
Thermal-TaiwanSales@lairdtech.com


© 2013 Laird Technologies