🔹 WALURS FIT – One-Stop Customized Integration
WALRUS FIT enables precise selection, resource integration, cost optimization, and performance maximization. We provide one-stop customized solutions to create maximum value with our customers.
Beyond head and flow requirements, we deliver tailored solutions based on key parameters such as temperature, fluid characteristics, electrical limits, materials, system integration, and connectivity, ensuring optimal performance for every application.
🔹 Leading the Adoption of High-Performance Composite Materials
Using high-performance composite materials to replace metal components, reducing production-related pollution and heat while lowering transportation weight. Through advanced structural and stress simulations, we ensure optimal strength and reliability.
– TPH_P Series｜50% weight reduction, 70% lower carbon emissions, 97% shorter lead time
– TPHK_P Series｜60% weight reduction, 75% lower carbon emissions, 97% shorter lead time
🔹Driving Quality and Efficiency through Digital Simulation
Injection Molding Flow Simulation
Potential molding defects in critical pump components are identified ahead of production during development stage, it improving yield, optimizing structure, and reducing material waste. This leads to higher product quality and greater R&D efficiency.
Pump Flow Simulation
After component design and before mold production, operating flow characteristics are accurately evaluated, reducing mold modifications and lowering development time and cost while accelerating product development.
🔹The World’s First and Only Domestic Pump with Antibacterial Properties.
All WALRUS PUMP products are fully compliant with EU RoHS 2.0 standards, while the domestic pump series incorporates Ag⁺ silver-ion technology for antibacterial protection against bacterial growth, as verified by SGS testing. Models ending in “B” indicate antibacterial functionality.
🔹Advanced Water-Cooled Technology
The water-cooled technology ensures stable operating temperatures, reducing heat and energy loss while enhancing efficiency, durability, and quiet performance. By replacing conventional fan designs, it significantly lowers noise levels to near-library standards.
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