How Is The Efficiency Of The Vehicles Affected With Borgwarner Turbocharger?
Are you looking to build a high performing car? BorgWarner EFR Series Turbocharger is the best kit to improve the vehicle performance. The Engineers in BorgWarner develop high performing Turbochargers. They deliver quick boost response and powerful performance. The EFR (Engineered For Racing) turbochargers from BorgWarner offer an unprecedented combination of advanced technologies like low-weight Gamma-Ti turbine wheels and shaft assemblies which provides a quick response.
For increases efficiency, stainless steel is housed with improved durability and corrosion resistance. More thrust capacity and patent-pending dual ceramic ball bearings are used with higher turbine security. The range of units supports 225 to 1,000 horsepower per turbocharger.
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BorgWarner’s 2017 Turbocharger Catalog sets new standards in performance and installation. Here are some of the striking features –
• It has dual Ceramic turbine blade designs
• Ultra low-mass Gamma-Ti Turbine Wheels
• It constitutes stainless steel turbine housing and aluminum bearing housing
• Forged milled compressor wheels
• Flexible compressor cover
• It is oriented in more simple form
• Compressor recirculation value, integrated high-flow wastegate, and speed sensor.
Power Range of BorgWarner Turbocharger
Compressor
It is highly boosted, efficient commercial engine and the compressor in EFR turbochargers offer pressure ratio capability and exceptional efficiency.
Turbines
The EFR turbine is made from titanium aluminide or Gamma-Ti. It is lightweight material and demonstrates excellent strength at high temperatures. It weighs 50% less than the typical turbine wheels and it allows the turbocharger to respond faster. It also features newest turbine designs for high-efficiency applications.
Pairing
BorgWarner Engineers pair compressors and turbines for maintaining optimal flow. A range of turbine housing A/R’s is available with the desired range based on the application.
What has the greater influence on turbocharger’s operational characteristic? The compressor and turbine wheels have the greater influence on the operations. The engineers perform finite element analysis for calculating air & gas flow and optimizing the wheel strength. The durability is assessed on realistic driving cycles and the aerodynamics components are tested on customized turbocharger test stands.