SPIRAL HEAT TRANSFER TECHNOLOGY

Spiral Plate
Heat Exchanger

Designed for fouling and high-viscosity fluids. The single-channel structure enables a self-cleaning effect, ensuring stable performance with minimal maintenance.

✔ Anti-Fouling
✔ Self-Cleaning
✔ High Efficiency

Technical Specifications

Engineering data, materials & performance parameters
HX-P-31 Spiral Plate Heat Exchanger
Plate MaterialsCS, SS304, SS316L, 904L, Duplex 2205, Titanium, C276
Plate Thickness2.0 – 4.0 mm
SealingFully welded / Double sealing optional
Connection SizeDN50 – DN600
Surface TreatmentPickling & Passivation
ApplicationsChemical, viscous fluids, wastewater, pharma
CertificationISO 9001
Inspection ✔ Mechanical Test Report
✔ Factory Inspection Video
Plate Heat Exchanger Specifications
MaterialStainless Steel
Plate Thickness0.5 – 1.0 mm
Working PressureMax. 2.5 MPa
Flow Velocity1.5 m/s
Core ComponentsPLC, pump, pressure vessel
Connection SizeDN15 – DN500
CertificationISO 9001
Inspection ✔ Mechanical Test Report
✔ Factory Inspection Video

Our spiral plate heat exchanger equipment is ideal for chemical and wastewater treatment. We follow strict international thermal engineering standards during manufacturing. This ensures every unit is safe and durable for long-term use.

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You can also contact our technical department for custom design services. We provide tailored solutions for different pressure and temperature requirements.

Applications
Designed for versatile heat transfer operations across multiple process conditions.
Liquid-to-Liquid Heat Exchange
Gas-to-Liquid Heat Exchange
Gas-to-Gas Convective Transfer
Steam Condensation
Liquid Evaporation
Industries Served
Proven performance across demanding industrial environments worldwide.
Chemical & Petrochemical
Pharmaceutical Processing
Food & Beverage Production
Pulp & Paper Industry
Wastewater & Environmental Systems
ENGINEERED PERFORMANCE

Built on Capability,
Not Claims

Our spiral plate heat exchanger is engineered for high efficiency, reliability, and long-term performance under demanding conditions.

01
Compact & Space-Saving
High heat transfer surface within a compact footprint reduces installation space.
02
High Heat Transfer Efficiency
Counter-flow spiral channels maximize thermal efficiency and performance stability.
03
Reduced Metal Consumption
Optimized thermal distribution minimizes stress and extends equipment lifespan.
04
Low Thermal Stress
Continuous channels eliminate dead zones and reduce thermal fatigue risks.
05
Self-Cleaning Effect
Spiral flow reduces fouling, ensuring long-term operational efficiency.
06
Easy Maintenance
Removable covers allow quick inspection and reduced maintenance downtime.

Get in Touch

Tell us your requirements — our engineers will respond within 12 hours

China Office
📍 Weifang, Shandong
📧 [email protected]
📞 +86 166 5850 1736
Thailand Office
📍 Chonburi Province
📧 [email protected]
📞 +86 158 5368 2090
📞 +66 827 094 985

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