Global Thermal Interface Material Solutions for Optimal Heat Transfer: From Development to Delivery.
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Edmund Tai
Product Manager Thermal
+66 65-598-8947
SERVICE
Thermal interface materials and solutions
We understand that efficient thermal design is crucial for the performance of today's complex hardware and software systems. Effective heat dissipation is essential, and Nolato's Compatherm® range of thermally conductive materials provides the solutions you need. Our advanced thermal interface materials (TIMs) facilitate the transfer of heat away from critical components, such as PCBs, to heat sinks and other cooling devices.
Comprehensive Thermal Management support
Nolato provides development support from concept to volume production.
By combining our broad portfolio of Compatherm® thermal interface materials with our deep expertise, Nolato delivers the support and solutions you need to achieve optimal thermal performance in your applications. Partner with us for cutting-edge thermal interface material solutions.
Design for EMC & Thermal Management
We address both electromagnetic compatibility and thermal challenges in your designs.
Material selection for thermal performance
Expert guidance in choosing the optimal thermal interface materials for your specific thermal needs.
Custom thermal solution design
Tailored design and customization of thermal management solutions to meet unique application requirements.
Rigorous testing, validation, and manufacturing
Ensuring the reliability and performance of your thermal management products through comprehensive testing and validation, followed by efficient manufacturing.
TECHNOLOGY
Customized Thermal Interface Material solutions
Nolato is a materials company specializing in the development of high-performance thermal interface materials. Our Compatherm® materials are developed in-house, giving us complete control over their optimization. We research, develop, and qualify new thermal management technologies and materials to meet your specific challenges and requirements. We adapt and recommend the latest technologies for your products to ensure the best outcomes.
PRODUCTION
Dedicated support
We focus on helping our customers set up efficient production of thermal interface materials. Our expertise includes supporting in-house thermal dispensing and automated assembly of Compatherm® materials, as well as providing packaging and delivery solutions that support automated assembly in production environments.
Take a look inside our Thermal Guide
Choose from a wide range of thermal conductivity, hardness and density properties, or let one of our specialists help you select the best thermal management solution to suit your needs.
Product range of Thermal Interface Materials
STANDARD PRODUCT
Compatherm Pad® : Thermal Heating Pads
Compatherm Pads are soft, thermally conductive silicone pads that can be used where heat needs to be conducted between a component and a heat dissipating surface, without any additional stress, or to bridge a gap for increased heat dispersion.
STANDARD PRODUCT
Compatherm®: Thermal Gap Filler
Compatherm Filler is a liquid-dispensed thermal filler that can seamlessly conform to any arbitrary geometry and provide negligible component strain, while being highly adaptable to high-volume production.
STANDARD PRODUCT
Compatherm® Thermal Paste
Compatherm Paste creates the thinnest possible film between the heat source and heat sink to provide minimal thermal resistance. Compatherm Paste allows a bond line thickness of as little as a few tenths of a micron.
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SERVICE
EMI shielding
Advanced EMI shielding solutions with MIL spec compliance. Nolato offers Trishield dispensable EMI gaskets and Compashield conductive gaskets, ensuring optimal electromagnetic compatibility.
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IP Sealing and Silicone solutions
Nolato delivers IP sealing solutions, engineered to meet the toughest IP demands. Our gaskets, molded, extruded, or dispensed, ensure superior environmental protection.
STORIES
How can EMI be contained?
In simple terms, most ‘shielding’ problems could be solved by welding the equipment into seamless steel box. The problems that this would lead to are obvious, access would be impossible, power unavailable, visibility would be zero and the equipment would rapidly overheat.