Trend 1: AI Infrastructure Buildout Driving VC Capacity Expansion
The global expansion of AI data centre infrastructure represents the most significant demand catalyst for vapor chamber production capacity since the smartphone era. Major hyperscale operators and their ODM supply chains are investing in VC production at accelerated rates, with particular demand for large-format VC panels (150×200mm and above) configured for AI accelerator thermal management.
Trend 2: Supply Chain Localisation Creating New Production Centres
Geopolitical pressures and supply chain resilience initiatives are driving the localisation of thermal management production outside of established manufacturing centres. India, Southeast Asia, and Eastern Europe are emerging as new production locations for heat pipe and VC manufacturing, with local manufacturers seeking complete production line solutions rather than individual machines.
Trend 3: Performance Traceability Becoming a Qualification Standard
Major OEM customers are increasingly requiring 100% performance traceability data — vacuum level achieved, temperature profile during sintering, Qmax and thermal resistance test result — for every unit. This requirement is transitioning from a premium customer request to a standard qualification condition, particularly for AI server and automotive thermal management supply chains.
Contact: sales@cooling-thermal.com | WhatsApp: +86 177 5179 1742 | cooling-thermal.com
-
Written by
CoolingThermal Engineering TeamCoolingThermal is an automation equipment manufacturer based in Kunshan, China, specializing in heat pipe and vapor chamber production equipment since 2017. Our engineering team designs, builds, and commissions complete production lines covering forming, degassing, welding, testing, and assembly processes. The technical content on this blog is written by the same team that develops the equipment — based on real production experience, not secondary research.
