Our 8-97031711-6 exhaust seats solve the B2B pain point of thermal cracking in 4LB1 engines. Built for TCM forklifts, these high-spec alloy seats withstand extreme exhaust gas temperatures, preventing valve recession and maintaining torque in demanding material handling environments.
Our 8-97045392-6 exhaust seats solve the B2B pain point of thermal fatigue in 4LE2 engines. Built for ZX55 excavators, these seats feature high-cobalt alloys that resist oxidation under extreme heat, ensuring consistent compression and preventing valve recession in mining environments.
Our 8-97231229-6 exhaust seats solve the B2B pain point of thermal cracking in 4JG2 engines. Built for UBS69 and excavators, these high-spec alloy seats withstand extreme exhaust gas temperatures, preventing valve recession and maintaining torque in demanding mining environments.
Our 8-97232426-6 exhaust seats solve the B2B pain point of thermal cracking in 4JG1 engines. Built for ZX70 excavators, these high-spec alloy seats withstand extreme exhaust heat, preventing valve recession and maintaining engine torque during grueling 24/7 mining operations.
Our 8-97311379-6 exhaust seats solve the B2B pain point of thermal wear in 4JJ1 engines. Built for ZX130B excavators, these seats utilize high-chromium alloys to prevent valve recession under extreme mining heat, ensuring peak engine compression and consistent power output.
Our 9-11711066-6 exhaust seats solve the B2B pain point of thermal fatigue in 3AB1 engines. Built for IS55US excavators, these seats feature high-cobalt alloys that resist oxidation under extreme heat, ensuring consistent compression and preventing valve recession in mining environments.
Our 8-98028875-6 exhaust seats solve the B2B pain point of thermal cracking in 6HK1 engines. Built for ZX330-3 excavators, these high-spec alloy seats withstand extreme exhaust gas temperatures, preventing valve leakage and maintaining engine torque in demanding mining operations.
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