Our Solutions
Thermal Management Solutions
- Material Product Types
- Applications
Material / Product Types
- Thermal Gap Pads
- Thermal Gap Fillers
- Thermal Insulators
- Thermal Phase Change
- Thermally Conductive Tapes
- Thermal Conductive Pastes
- Thermal Conductive Gels
Applications
- Low-modulus polymer material
- Innovative filler technology to achieve specific thermal and conformability characteristics
- Highly conformable to uneven and rough surfaces with very low-stress thermal gap pad compression
- Electrically isolating
- Variety of thickness and hardness
- Range of thermal conductivities
- Manufactured to customer size requirements
- Proficiencies
- Performance
Proficiencies
Proven Knowledge
Deep engineering capabilities with expert knowledge of EMI RFI specifications
Field Proven
1,000’s of designs integrated into battle-harsh and commercially challenging environments
Proven Track Record
Orders delivered on time and to specification
Performance
From initial production design to full scale production
Continuous Improvement
Driven to maintain a zero-return rate
Collaborating
From project concept until completion
Thermal Gap Pads provide effective thermal interfaces between heat sinks and electronic devices, with accommodation for uneven surfaces, air gaps and rough textures. The thermally conductive pads’ soft construction offers high conformability to reduce interface resistance. In addition to effective heat dissipation, thermal Gap Pads help reduce vibration stress for shock dampening.
Gap Pads are produced in a variety of hardness and thicknesses, and are fabricated to customers’ dimensional requirements. Thermal Gap Pad materials are always designed to your specific application to ensure optimized thermal control.
EMI & RFI Gaskets
Image Accordion Content Goes Here! Click edit button to change this text.
Our Process
Image Accordion Content Goes Here! Click edit button to change this text.
Our Material
Image Accordion Content Goes Here! Click edit button to change this text.
Conductive O Rings
Image Accordion Content Goes Here! Click edit button to change this text.