TODA
Classification of Fluid Equipment Application Scenarios
Daily Life Applications
Industrial & Professional Applications
Specialized Applications
Fluid Handling Equipment Overview
Definition & Core Components
Fluid handling equipment comprises industrial systems (pumps, valves, tubing, sensors, fittings) that control, transfer, or process liquids/gases, enabling precise regulation of flow, pressure, and temperature for demanding applications.
Industry Trends
Smart Integration: IoT sensors for real-time monitoring (predictive maintenance).Sustainability: Energy-efficient designs (e.g., seal-less mag-drive pumps).Miniaturization: Microfluidics for cell analysis (Lab-on-a-Chip).
Primary Applications
Pharma/Medical--Aseptic vaccine filling.
Food & Beverage--Yogurt/sauce transfer.
Semiconductor--Ultra-pure chemical transfer.
Energy--Fuel cell coolant circulation.
Technical Advantages
Precision Control: Microliter-level flow accuracy (medical/labs).Extreme Compatibility: Resists acids, heat, high pressure (chemical/energy).Zero Contamination: Hermetic sealing, FDA/ISO 13485 compliant (biopharma).
Peristaltic pumps and fluid handling equipment are indispensable tools across daily life and industrial operations, with their contamination-free design, high-precision control, and low-maintenance requirements making them irreplaceable in critical applications such as medical devices, laboratory automation, and food-grade fluid transfer.
