1. Matching Capacity with Pump Flow Rate
- Tank volume – should be several times the coolant pump's output flow rate per minute to ensure sufficient buffer capacity and heat dissipation space.
- Appropriate volume enhances cooling efficiency and extends coolant replacement cycle.
- Reduces daily operation and maintenance costs.
2. Corrosion‑Resistant Materials & Structural Design
- Material selection – must withstand prolonged immersion without corroding; strictly not for acidic/alkaline solutions.
- Dual‑chamber design – with internal baffles to separate sedimentation and clean‑water zones.
- Effectively allows impurities to settle, ensuring coolant cleanliness for pump intake.
3. Equipment Layout & Operational Convenience
- Shape and installation location – assess site space to avoid compromising machine rigidity or precision.
- Clear external water‑level indicator – installation should facilitate coolant replacement and internal cleaning.
- Ensures ease of maintenance and operational efficiency.
4. Thermal Load & External Environmental Factors
- Evaluate equipment heat generation – determine specific thermal load and heat dissipation rate.
- Consider ambient temperature, humidity, and ventilation conditions.
- In harsh environments, prioritize tanks with superior heat exchange efficiency for stable operation.