Main technical parameters of the hottest environme

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The main technical parameters of tsh160 environmental sanitation bulldozer are low price, high specific power, high production efficiency and strong reliability

the overall size of the whole machine is small and light, which is convenient for transit transportation

the working device has flexible operation, wide vision and good comfort

strong adaptability to working conditions and convenient maintenance

the whole machine has advanced structure, reasonable layout, labor-saving operation, low fuel consumption, convenient use and maintenance, and stable and reliable quality

the operation device has large capacity and high efficiency. The fence structure can block the movement of suspended solids, and the addition of baffles on both sides can increase the operation capacity

all the air-conditioned cabs with the best measured low-noise design are equipped with noise removal devices, which fully reflect the people-oriented design concept. The control system is hydraulic assisted, and the integral front-view glass has a wide field of vision, making driving more comfortable with frugal energy

with the production of Steyr PCU degradation, due to the contact with adjacent cells in the body, high-power engines and large-capacity sanitation bulldozers make it highly efficient in landfill treatment

the low specific pressure traveling system adopts 7 supporting wheels and extended tracks. The wide triangular arc-shaped track shoes increase the grounding area of the bulldozer, making the locomotive have super buoyancy, and are conducive to the fall off of soil and garbage

the integral platform frame baffle can prevent sundries from entering or winding the walking system. The slide valve assembly of the tensioning device is made of stainless steel to prevent rust

the large ground clearance makes the locomotive have good passing performance, reduces the adhesion of soil and garbage, and extends the fatigue life of chassis components. It is mainly used to test the fatigue performance of production materials

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