Core Technologies & Innovation
Heat exchanger construction and fin references
Existing XS product references include bar-and-plate, tube-and-fin and stacked construction examples. The actual construction, fluid, flow, temperature, pressure and interfaces are confirmed for each project.
Fin configuration references
Reference configurations include square wavy, serrated, louvered, straight, V-shaped wavy, perforated and offset fins. Specify allowable pressure drop, dust exposure and cleaning requirements alongside the thermal duty.
Dimensions in the original sheet describe its examples; they are not universal product specifications, manufacturing limits or performance guarantees. Use the approved project drawing.
Advanced Heat Exchange Technologies
XinSheng Heat Exchanger has developed proprietary technologies and manufacturing expertise across multiple heat exchanger platforms. Our continuous investment in R&D keeps us at the forefront of thermal management innovation.
Bar & Plate Technology
Our bar & plate heat exchangers provide the ultimate in durability and performance for high-pressure, high-temperature, and high-vibration applications.
Key Advantages
- • Robust for harsh environments
- • High pressure capability
- • Field-cleanable design
- • Thermal fatigue resistant
Applications
- • Oil coolers
- • Charge air coolers
- • Mining equipment
- • Compressor aftercoolers
Tube & Fin Technology
Our tube & fin designs optimize the balance between thermal performance, weight, and cost for high-volume applications.
Key Advantages
- • Excellent heat transfer
- • Lightweight construction
- • Cost-effective volume
- • Flexible geometry
Applications
- • Engine radiators
- • Charge air coolers
- • Fuel coolers
- • Agricultural equipment
Liquid Cold Plate Technology
Our liquid cold plate technology addresses the growing need for battery thermal management in electrified equipment and energy storage systems.
Key Advantages
- • Uniform temperature
- • High heat flux capability
- • Precision manufacturing
- • Hermetic sealing
Applications
- • Battery pack cooling
- • Power electronics
- • Electric motor cooling
- • Energy storage
Liquid-to-Liquid Heat Exchanger
Our liquid-to-liquid heat exchangers enable efficient thermal energy transfer between coolant circuits, essential for complex multi-system thermal management.
Key Advantages
- • High efficiency transfer
- • Compact footprint
- • Multi-circuit isolation
- • Low pressure drop
Applications
- • Coolant-to-oil systems
- • Hybrid powertrain
- • Fuel cell thermal
- • Heat recovery systems
Integrated Cooling Modules
Our modular cooling systems combine multiple heat exchangers, fans, and shrouds into turnkey packages, reducing assembly complexity and installation time for OEMs.
Key Advantages
- • Single-point installation
- • Pre-tested assembly
- • Optimized packaging
- • Reduced lead time
Applications
- • Construction equipment
- • Generator sets
- • Wind turbine nacelles
- • Industrial machinery
Innovation Focus Areas
Electrification
Thermal solutions for electric and hybrid equipment transition.
Lightweighting
Advanced materials and designs to reduce weight.
High-Efficiency Fins
Optimized geometries for maximum heat transfer.
System Integration
Complete thermal system solutions beyond components.
Technology Partnership
We welcome collaboration with OEMs on next-generation thermal management challenges. Our R&D team continuously invests in advancing thermal technologies and manufacturing processes.
Technology Platforms
- Bar & Plate Heat Exchangers
- Tube & Fin Radiators
- Liquid Cold Plates
- Liquid-to-Liquid Exchangers
- Integrated Cooling Modules