Bexora
Bexora
High-reliability compute infrastructure engineered to maintain peak efficiency for demanding AI server workloads.
The inevitable paradigm shift from traditional HVAC air flow to next-generation hybrid and direct liquid thermal systems.
As hyperscale computational needs swell with massive LLM (Large Language Model) deployment and DeepSeek workloads, data center power requirements are climbing exponentially. Modern high-density GPUs exceed thermal design thresholds that traditional air cooling loops simply cannot support. Direct-to-Chip (D2C) cold-plate technology and single-phase immersion cooling systems have transitioned from niche options to absolute operational mandates for global data center operators.
Key drivers influencing this shift include the necessity of minimizing Power Usage Effectiveness (PUE) below regional statutory levels, and maximizing heat reuse metrics. For instance, in European markets, stringent regulatory demands make CE certified thermal management products essential for meeting regional compliance profiles, lowering operational costs, and securing sustainable operations.
"By moving from air-based architectures to liquid-to-liquid CDUs, operators are realizing up to a 40% reduction in thermal energy expenses and scaling processing capacities beyond 100 kW per rack cabinet."
Decade-long expertise in high-density HPC manufacturing, server customization, and rigorous thermal validation.
Based in China's industrial manufacturing heartland, Bexora AI Systems (China) Co., Ltd. specializes in scalable hardware platforms for AI training, inference, and modular cooling solutions. Combining deep supply chain relationships with custom chassis and cooling distribution unit (CDU) integration, we empower international clients with robust OEM/ODM services.
How Bexora matches local infrastructure requirements, power grid rules, and environmental factors across global regions.
Deploying ultra-high capacity multi-chassis clusters requiring strict ASHRAE standards, dry-cooler integration, and redundancy configurations to meet local grid integration requirements.
Providing high-efficiency, fully CE certified cooling distribution units (CDUs) optimized for secondary heat capture loops to satisfy regional decarbonization mandates and grid feedback incentives.
Engineered closed-loop dry cooler architectures configured with advanced thermal fluids that operate reliably in ambient temperatures exceeding 45°C without excessive water loss.
Unparalleled time-to-market and performance-to-cost advantages backed by 860 supply partners.
The manufacturing ecosystem in China offers unique speed-of-assembly advantages. Bexora's 18,600㎡ facility functions as an integrated hub where mechanical fabrication, fluid systems assembly, thermal validation, and server burn-in happen in parallel. Our network of over 860 upstream and downstream partners ensures rapid prototyping and components sourcing, enabling us to launch 120 new models and iterations last year alone.
By bypassing fragmented sub-contracting loops, we can custom-build fluid manifold channels, cold plates, and customized server server enclosures under one roof, reducing lead times from months to weeks.
How Bexora guarantees zero leakage and continuous cooling under high-density GPU computing loads.
Every CDU and server manifold undergoes pressure-drop evaluation, helium leak detection, and mechanical structural testing prior to shipment.
System environments are loaded into our proprietary validation chambers, simulating computational heat load shifts up to 1.5x of baseline ratings.
An in-house quality control team validates all outgoing products against CE standards, checking electronic components, pressure lines, and materials compliance.
Resolving typical procurement, deployment, and engineering questions from global systems integrators.
CE certification confirms compliance with European safety, health, and environmental standards, including the Low Voltage Directive (LVD) and Electromagnetic Compatibility (EMC) Directive. This ensures integration into enterprise facilities without violating regional regulatory mandates or safety profiles.
We use double-sealed EPDM connections, stainless steel dry-break quick disconnect couplings, and integrated fluid level monitoring sensors. Every unit undergoes structural pressure tests and helium leak detection to ensure long-term, fail-safe operation inside high-value server racks.
By replacing energy-intensive air conditioning units with liquid cold plates and efficient CDU-based loops, operators can decrease cooling overhead energy by 40% to 80%, driving overall PUE numbers closer to the target 1.1-1.2 range.
Yes. Supported by our 160-engineer R&D department, we configure custom cold plate layouts, frame shapes, pump redundancies, and control systems to match specific chassis parameters and server rack environments.
Our solutions support PG25 (propylene glycol/water mix), EG25 (ethylene glycol/water mix), specialized dielectric liquids, and demineralized pure water, depending on facility environmental requirements and regional guidelines.
With correct fluid formulations, systems are designed for maintenance-free operation for up to 3-5 years. Regular checks should include checking filter screens, verifying fluid chemical chemistry balances, and monitoring loop pressure drops.
High-quality components designed for reliable performance under continuous workload demands.
Inside Bexora's 18,600㎡ modern manufacturing center and system testing laboratories.
