Hi-Flow 300G consists of a thermally conductive 55°C phase change compound coated on a fiberglass web. Hi-Flow 300G is designed as a thermal interface material between a computer processor and a heat sink. Above the phase change temperature, Hi-Flow 300G wets-out the thermal interface surfaces and flows to produce low thermal impedance.The material requires pressure of the assembly to cause flow. Hi-Flow 300G will resist running or dripping Application Methods 1. Hand-apply to 40°-50°C heat sink.The heat sink is heated in an oven or by a heat gun to between 40°-50°C allowing the Hi-Flow 300G pad to be applied like an adhesive pad.The heat sink is cooled to room temperature and packaged.
2. Hand-apply to 20°-35°C heat sink. Hi-Flow 300G can be applied to a room temperature heat sink with the assistance of a foam roller. The pad is positioned on the heat sink and a hand roller is used to apply pressure of 30 psi.
3. Automated equipment with 30 psi pressure. A pick-and-place automated dispensing unit can be used to apply Hi-Flow 300G to a room temperature heat sink.The placement head should have a soft silicone rubber pad, and apply 30 psi pressure to the pad on transfer to the 20-35°C heat sink. Your benefits
Thermal impedance: 0.20°C-in²/W (@25 psi)
Resists running or dripping
Phase change compound coated on a fiberglass carrier Applications
Computer and peripherals
As a thermal interface where bare die is exposed and needs to be heat sinked
Hi-Flow 300G Downloads Selection Guide Standard Configuration (Metric) Standard Configuration (Imperial) RoHS Certificate Halogen Testing Report SDS 简体中文 SDS English EU SDS Deutsch
Hi-Flow 300G consists of a thermally conductive 55°C phase change compound coated on a fiberglass web. Hi-Flow 300G is designed as a thermal interface material between a computer processor and a heat sink. Above the phase change temperature, Hi-Flow 300G wets-out the thermal interface surfaces and flows to produce low thermal impedance.The material requires pressure of the assembly to cause flow. Hi-Flow 300G will resist running or dripping
Application Methods
1. Hand-apply to 40°-50°C heat sink.The heat sink is heated in an oven or by a heat gun to between 40°-50°C allowing the Hi-Flow 300G pad to be applied like an adhesive pad.The heat sink is cooled to room temperature and packaged.
2. Hand-apply to 20°-35°C heat sink. Hi-Flow 300G can be applied to a room temperature heat sink with the assistance of a foam roller. The pad is positioned on the heat sink and a hand roller is used to apply pressure of 30 psi.
3. Automated equipment with 30 psi pressure. A pick-and-place automated dispensing unit can be used to apply Hi-Flow 300G to a room temperature heat sink.The placement head should have a soft silicone rubber pad, and apply 30 psi pressure to the pad on transfer to the 20-35°C heat sink.
Your benefits
- Thermal impedance: 0.20°C-in²/W (@25 psi)
- Resists running or dripping
- Phase change compound coated on a fiberglass carrier
Applications
- Computer and peripherals
- As a thermal interface where bare die is exposed and needs to be heat sinked
Hi-Flow 300G Downloads
Selection Guide
Standard Configuration (Metric)
Standard Configuration (Imperial)
RoHS Certificate
Halogen Testing Report
SDS 简体中文
SDS English EU
SDS Deutsch
