Turbocharger & Engine Type
Providing Quality Turbocharger Spare Parts for Your Needs.
VTR “0” Series
VTR160, VTR161, VTR200, VTR201, VTR250, VTR251, VTR320, VTR321, VTR400, VTR401, VTR500, VTR501, VTR630, VTR750VTC “4” Series
VTC214-13, VTC254-13, VTC254-14, VTC254-P16, VTC304-13, VTC304-23VTR “4” Series
VTR214, VTR254, VTR304, VTR354, VTR454, VTR564, VTR714DAT Series
AT14RH Series
RH133, RH143, RH163, RH183, RH203, RH223RU Series
RU120A, RU110A Series
A100-L, A130, A135, A140, A145, A150, A155, A165, A175, A180, A190, A275RR Series
RR131, RR150, RR151, RR153, RR180, RR181, RR212TPL Series
TPL65, TPL67, TPL69, TPL71, TPL73, TPL76, TPL77, TPL80, TPL85TPS Series
TPS44, TPS48, TPS50, TPS52, TPS57, TPS61MET18SRC, MET22SR, MET26SR, MET30SR, MET33SB, MET33SC, MET33SD, MET35, MET42SB, MET42SC, MET450, MET45S, MET53SB, MET66SD, MET71SB, MET83SE, MET90SE
Main Engines
AKASAKA Engines
37/88H, 37LA, 39/65C, 45/115H, 45/75C, 45/80D, 45HA, 52/105D, 52/105E, 52/90D, 52HA, 52LA, M551B&W Engines
50VT2BF-110, 52/55, 62VT2BF, 6T23LH, 74VT2BF, 74VTBF, 826MTBH-40, K45GFCA, K62EF, K67GF, K74EF, L35MC, L45GF, L60MC, L67GFCA, L80GFCA, L90GFCA, M42CF, S60MC, S70MC, and moreMAN Engines
40/54, 52/55, 52/55A, 52/90N, 70/120C, 78/140, 86/160E, KSZ105/180, R8V40/54, and moreSULZER Engines
RD68, RD76, RD90, RTA48T, RTA52U, RTA60C, RTA96C, and more
Diesel Generators
B&W Diesel Generators
26LH, 26MTBH-40, 5T23LH, 6T23HH, HOLEBY 5T23LH-2, and moreCaterpillar Diesel Generators
3406TA, D399DAIHATSU Diesel Generators
6DK-20, 6DS-18A, 6PS-30, 6PST-18, and moreMAN Diesel Generators
30/45, G5V23.5/33MAL, L20/27YANMAR Diesel Generators
3ESDL, 6AL-HTD, 6CHL, 6MAL-HT, 6S165L-UT, and more
How do Turbochargers work?
" A turbocharger is an ingenious device composed of two halves connected by a shaft. On one side of the turbo, hot exhaust gases spin a turbine, which in turn drives another turbine that draws in air. This incoming air is then compressed before entering the engine, significantly enhancing its power and efficiency. The increased air volume in the combustion chamber allows for the addition of more fuel, resulting in a more potent combustion process. This interplay between exhaust and intake creates a crucial boost for the engine, leading to improved performance and responsiveness. By utilizing the energy from exhaust gases, a turbocharger optimizes engine output while maintaining fuel efficiency, making it a valuable component in modern automotive engineering. "
