Liqui-Form 2000
Features and Benefits
Thermal Conductivity: 2.0 W/m-K
Applies very low force on components during assembly
Low volumetric expansion
Excellent chemical and mechanical stability even at higher temperatures
No curing required
Stable viscosity in storage and in the application
Liqui-Form™ 2000 is a high thermal conductivity liquid formable material designed for demanding applications requiring a balance between dispensability, low component stresses during assembly and ease of rework.
Liqui-Form™ 2000 is a highly conformable shear-thinning material which requires no curing, mixing or refrigeration. Its unique formulation assures excellent thermal performance, low applied stress and reliable long-term performance. Liqui-Form™ 2000 is thixotropic and has a natural tack ensuring it forms around the component and stays in place in the application.
Typical Applications Include:
Bare die to heat spreader lid
Filling various gaps between heat-generating devices to heat sinks and housings
Devices requiring low assembly pressure
BGA, PGA, PPGA
Thermal Conductivity: 2.0 W/m-K
Applies very low force on components during assembly
Low volumetric expansion
Excellent chemical and mechanical stability even at higher temperatures
No curing required
Stable viscosity in storage and in the application
Liqui-Form™ 2000 is a high thermal conductivity liquid formable material designed for demanding applications requiring a balance between dispensability, low component stresses during assembly and ease of rework.
Liqui-Form™ 2000 is a highly conformable shear-thinning material which requires no curing, mixing or refrigeration. Its unique formulation assures excellent thermal performance, low applied stress and reliable long-term performance. Liqui-Form™ 2000 is thixotropic and has a natural tack ensuring it forms around the component and stays in place in the application.
Typical Applications Include:
Bare die to heat spreader lid
Filling various gaps between heat-generating devices to heat sinks and housings
Devices requiring low assembly pressure
BGA, PGA, PPGA
Comments