Oil cooling requirements vary widely depending on the type of equipment and duty cycle required. Our brazed aluminum oil coolers are engineered to work as standalone heat exchangers or as integrated components within a complete cooling system.

We’ve carefully selected fin and tube options to provide the exact performance and durability your application demands—whether handling high viscosity start-up conditions or full temperature operation. Each cooler is precisely matched to your system requirements and optimized for the ideal combination of heat transfer efficiency and pressure drop.

Oil Cooler Technologies

BAR & PLATE OIL COOLERS

Bar and plate technology uses stacked metal plates with integral internal fins to create highly efficient heat exchange between two fluid streams. This design maximizes surface area and direct contact between hot and cold sides, delivering superior cooling performance in a compact footprint.

Our bar and plate coolers feature:

• Optimized hot and cold fin combinations for maximum flexibility and heat transfer performance
• Advanced internal fin geometries engineered for superior cooling efficiency
• Strategically selected hot fins to balance internal pressure drop and flow characteristics
• High-efficiency louvered fins for aggressive heat rejection
• Debris-resistant non-louvered fin options for challenging environments
• Specially designed extruded tanks rated for high-pressure operation
• Ideal for low viscosity fluids requiring efficient heat transfer
• Welded tank construction ensures leak-free durability
• Integral bypass relief valves for system protection

TBAR OIL COOLERS

Our patented TBAR technology replaces traditional hot fins and separate bars with a single precision-extruded tube. This revolutionary design eliminates multiple joint failures and brazing inconsistencies, delivering unmatched durability and reliability in the most demanding applications.

Key advantages of TBAR construction:

• Highly flexible design options for varied cooling requirements
• Patented tube-to-bar joint eliminates inconsistent brazing points
• Single extruded tube design provides superior durability and drastically reduces leak paths
• High-efficiency louvered fins engineered for maximum heat rejection
• Non-louvered debris-resistant fin options for harsh environments
• Specially designed extruded tanks engineered for high-pressure operation
• Welded tank-to-core bonds ensure long-term leak-free performance
• Zinc-infused aluminum cores deliver industry-leading corrosion protection
• Optimized oil-side flow path minimizes pressure drop
• Engineered to withstand heavy pressure-cycling loads and pressure spikes
• Ideal for high-viscosity fluid applications
• Integral bypass relief valves provide system protection

MICRO-CHANNEL COOLERS

Our all-aluminum parallel flow micro-channel coolers deliver exceptional thermal efficiency for refrigeration condensers, fuel coolers, and other low-viscosity fluid applications. Using precision-extruded tubes with small hydraulic diameters, our micro-channel technology optimizes heat transfer performance for refrigerants and other demanding fluids.

Micro-channel design advantages:

• Precision-extruded tubes engineered for optimal refrigerant heat transfer
• All-aluminum brazed construction provides superior durability and corrosion resistance
• Zinc arc-spray coatings extend product life in harsh environments
• Flexible configuration options—single and double row designs with multiple tube depth options (18mm and 25.4mm)
• Wavy and louvered air-side fin geometry for maximum heat rejection
• Compact, lightweight designs reduce installation footprint and weight
• UL listed for high-performance refrigerant applications including R410a at high ambient conditions
• Purpose-built for low-viscosity fluid applications (refrigerants, fuels)
• Engineered for reliable performance in refrigeration and fuel cooling systems

IN-TANK COOLERS

Our in-tank transmission coolers are precision-engineered cooling cores designed to integrate directly into radiator bottom tanks, delivering efficient transmission fluid cooling in a compact, integrated package. Available in both aluminum and stainless steel construction, in-tank coolers provide an space-saving alternative to external transmission cooling solutions.

In-tank cooler benefits:

• Compact design fits within standard radiator bottom tank configurations
• Integrated installation eliminates the need for external cooling lines and complexity
• Aluminum construction provides lightweight, efficient thermal performance
• Stainless steel options deliver superior corrosion resistance for demanding environments
• Purpose-designed for transmission oil cooling applications
• Seamless integration with engine cooling systems for optimized thermal management
• Eliminates parasitic heat from external coolers
• Cost-effective solution for transmission temperature control