JOHN DEERE
CASE
OTHER HARVESTERS
SEMI-TRACK
IDLER
SEMI TRACK COMBINE HARVESTER IDLER
TACK’s half track prarts ensure that the tracks operate smoothly on the waterlogged, muddy, or uneven soil commonly found in rice paddies and sugarcane fields, but also to guarantee the product’s wear resistance, minimize the risk of oil leaks, extend the service life of the components, ensure the machine’s continuous operational efficiency, and reduce losses caused bydowntime due to breakdowns.
SPROCKET
SPROCKET OF HALF TRACK HARVESTER
TACK’s half track prarts ensure that the tracks operate smoothly on the waterlogged, muddy, or uneven soil commonly found in rice paddies and sugarcane fields, but also to guarantee the product’s wear resistance, minimize the risk of oil leaks, extend the service life of the components, ensure the machine’s continuous operational efficiency, and reduce losses caused bydowntime due to breakdowns.
TRACK CHAIN
SEMI TRACK COMBINE HARVESTER TRACK CHAIN
TACK’s half track prarts ensure that the tracks operate smoothly on the waterlogged, muddy, or uneven soil commonly found in rice paddies and sugarcane fields, but also to guarantee the product’s wear resistance, minimize the risk of oil leaks, extend the service life of the components, ensure the machine’s continuous operational efficiency, and reduce losses caused bydowntime due to breakdowns.
TRACK ROLLER
TRACK ROLLER FOR HALF TRACK COMBINE HARVESTER
TACK’s half track prarts ensure that the tracks operate smoothly on the waterlogged, muddy, or uneven soil commonly found in rice paddies and sugarcane fields, but also to guarantee the product’s wear resistance, minimize the risk of oil leaks, extend the service life of the components, ensure the machine’s continuous operational efficiency, and reduce losses caused bydowntime due to breakdowns.
TRACK SHOE
COMBINE HARVESTER SEMI TRACK SHOE
TACK’s half track prats ensure that the tracks operate smoothly on the waterlogged, muddy, or uneven soil commonly found in rice paddies and sugarcane fields, but also to guarantee the product’s wear resistance, minimize the risk of oil leaks, extend the service life of the components, ensure the machine’s continuous operational efficiency, and reduce losses caused by down time due to breakdowns.