Graphjet Technology and UKM Develop Graphene Heat Sinks Using Additive Manufacturing

Published on January 07, 2026 | Translated from Spanish
Prototype of 3D printed heat sink with graphene and graphite materials, showing complex internal structure and optimized cooling design

Thermal Innovation from Malaysia: Graphene Meets Additive Manufacturing

Graphjet Technology, a Malaysian pioneer in graphite and graphene from palm shells, joins the Centre for Materials and Intelligent Manufacturing Engineering (MERCU) at Universiti Kebangsaan Malaysia (UKM) 🌴. They have received a letter of intent under the Ministry of Higher Education Malaysia's Consortium of Research Excellence 2025 program, to develop advanced heat sinks using additive manufacturing with graphite and graphene. This alliance represents the forefront in cooling solutions for the accelerated computing era.

Strategic Drivers of the Collaboration

The project addresses critical needs in the technology market:

These factors converge at a critical moment for global technological infrastructure ⚡.

Advantages of the Technical Approach

The combination of technologies offers unique benefits:

These advantages are crucial for the next generation of electronics 🌀.

Regional Context and Market Opportunities

Malaysia is strategically positioned in the technology ecosystem:

This environment creates ideal conditions for innovation and commercialization 🌏.

They're working on futuristic 3D heat sinks with recycled graphene... while you struggle because your Blender model crashes during rendering

In the end, this project demonstrates how the most advanced technology is often built on unexpected traditional foundations. While Graphjet transforms palm shells into AI cooling solutions, it reminds us that real innovation can come from any source... although their thermal heat sink renders are probably more stable than our Blender projects 😅.