The word turbo is a contraction of turbine and compressor. This compact power source allows the engine to get more air - and thus oxygen - which makes combustion more powerful, efficient and cleaner.
At Turbo Service Netherlands, the turbo specialist, we specialize in turbo overhaul, turbo repair and the supply of exchange turbos and new turbos. Whether it's a passenger car, truck, marine engine or industrial application - we make sure your turbocharger performs like new again.
A properly functioning turbo means more power, lower fuel consumption and fewer emissions. With our years of experience and modern testing equipment, we guarantee top quality overhauls with warranty.
How does a turbo work?
A turbocharger uses the energy from exhaust gases that is normally lost. These gases drive the turbine wheel, which spins the compressor wheel via a shaft. The compressor wheel draws in air through the air filter, compresses it and sends the compressed air to the engine.
This extra air allows the engine to burn more fuel, resulting in extra power as well as a more fuel-efficient combustion process. Unlike a supercharger - which is driven directly from the engine and therefore has a quick response but is less efficient - a turbocharger harnesses the energy of the exhaust gases. Modern turbo technology has minimized so-called ‘turbo lag,’ so the response is almost as direct as a supercharger, but with higher efficiency and often lower fuel consumption.
Innovations in turbo technology
- Variable geometry turbocharger (VNT) - Adjustable vanes provide fast response at low rpm and maximum power at high rpm.
- Twin-turbo systems - combination of two turbochargers for optimal performance in all speed ranges.
Why turbo overhaul is important
Turbos run at extremely high speeds (up to 200,000 rpm) and are exposed to high temperatures. Wear, contamination or poor lubrication can lead to loss of power, smoke, increased fuel consumption or even engine damage.
With our professional turbo overhaul we restore your turbocharger to original factory specifications. This process includes:
- Full diagnosis and inspection
- Dismantling and deep cleaning with industrial washing machines and glass bead
- Replacement of bearings, seals and wear parts
- Precision balancing for vibration-free operation
- Final Test
History of the turbocharger
The quest to improve engine performance and reduce fuel consumption began as early as the late 19th century. In 1885 and 1886, pioneers such as Gottlieb Daimler and Rudolf Diesel explored ways to make engines more efficient by introducing compressed air. But it was Alfred J. Büchil of Switzerland who developed and established the turbocharger in 1905.
In 1938, Swiss Machine Works Sauer produced the first turbo engine for trucks, and in 1961 Scania introduced the first standard built-in turbo engine.
The 1970s marked a breakthrough for the turbo, especially in motorsports. Formula 1 brought the term ’turbo’ into the limelight, which led car manufacturers to offer turbochargers in their models. In 1978, the Mercedes-Benz 300 TD and the VW Golf Turbo Diesel were presented, both of which offered the turbo engine as a standard option.
Today, turbochargers are standard in almost all truck engines, especially after emissions requirements became stricter in the late 1980s.
Looking for a turbo specialist?
Are you looking for a turbo overhaul company That works quickly and competently? At Turbo Service Netherlands you get:
- Fast service and short lead times
- Expert overhaul with advanced testing equipment
- Supply of exchange turbos and new turbos
- Warranty on all overhauls
Call us directly for a quote or use our contact form for a free consultation.