Bebur Attends the 6th International AIDC Liquid‑Cooling Supply Chain Summit 2026

Held from August 6 to 7, the 6th International AIDC Liquid‑Cooling Supply Chain Summit 2026 took place at Hyatt Regency Shenzhen Bao’an Airport.

This summit brought together leading enterprises across the full supply chain, covering liquid‑cooling equipment, core materials, intelligent monitoring and system integration. Drawing over one thousand industry experts, technical specialists and practitioners, it built a high‑end platform for exchanges and cooperation, helping enterprises seize opportunities within the hundred‑billion‑dollar market, address industry challenges, and foster a new ecosystem for the liquid‑cooling industry.

As a provider of comprehensive testing solutions for water quality and fluid cleanliness for the liquid‑cooling sector, Bebur was invited to the event. The company delivered in‑depth insights on liquid‑cooling fluid cleanliness monitoring, offering practical, implementable solutions to support high‑quality industrial development.

On‑site Exhibition

At the summit, Bebur showcased its flagship products: high‑precision liquid particle counters (cleanliness detectors) and multi‑parameter online water‑quality monitoring instruments (pH / conductivity / turbidity meters). The display fully demonstrated its technical strengths and application achievements in full‑lifecycle quality control for data‑center liquid‑cooling systems, attracting numerous industry clients, technical experts and procurement specialists for on‑site discussions.

Keynote Speech

During the summit, Bebur’s liquid‑cooling product specialist gave a keynote presentation titled Liquid‑Cooling Fluid Cleanliness Monitoring Technologies & Solutions.

Opening the speech, the presentation addressed real‑world pain points of liquid‑cooling systems. Modern liquid‑cooling systems feature increasingly complex and miniaturized flow‑path structures; typical flow‑channel width of micro‑channel cold plates ranges from 50 μm to 100 μm. Within such high‑precision flow paths, micron‑sized metal debris, welding slag, residual cutting oil or detached seal material circulating in high‑speed coolant can create severe safety risks. Consequences range from micro‑channel blockages and localized hotspots, to abrasion of pumps and valves, accelerated chemical corrosion, and even system‑wide failure.

To meet the urgent demand for liquid‑cooling‑system cleanliness control, Bebur presented its dual‑track technical solution centered on particle cleanliness detection plus online water‑quality monitoring. The solution covers multiple scenarios including product R&D, process control, on‑site operation‑and‑maintenance, and predictive maintenance.

Award Achievement

Bebur was honored with the Award for Innovative Best‑in‑Class Safety‑Component Supplier for Liquid‑Cooling Systems at the summit. This accolade recognizes Bebur’s technical expertise and manufacturing capability in liquid‑cooling‑system cleanliness control.

A comprehensive‑solution provider for water‑quality and fluid‑cleanliness monitoring in liquid‑cooling applications, Bebur has built its liquid‑cooling product portfolio upon fluid‑cleanliness‑control technologies. Its liquid‑cooling cleanliness‑monitoring solutions have been adopted by leading manufacturers including AVC, Delta Electronics and Boyd.

Against development opportunities brought by the AI computing‑power industry and rigid market demand for liquid‑cooling technologies, Bebur will keep focusing on R&D and manufacturing‑capacity upgrades for core liquid‑cooling cleanliness‑control technologies. The company will collaborate with industrial‑chain partners to advance large‑scale deployment of liquid‑cooling technologies, and contribute to the low‑carbon transition and high‑quality development of global AI computing‑power industries.