Characteristic
1. Protect the oil pan from external force impact and cause rupture and oil leakage.
2. Increasing safety and reduce the turbulence under the chassis at high speeds.
3. Increase chassis rigidity
4. Heat dissipation of aluminum alloy is ten times as much as iron, and its weight is only 1/3 of iron.
5.Increase chassis rigidity and strength.
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Characteristic
1. Protect the oil pan from external force impact and cause rupture and oil leakage.
2. Increasing safety and reduce the turbulence under the chassis at high speeds.
3. Increase chassis rigidity
4. Heat dissipation of aluminum alloy is ten times as much as iron, and its weight is only 1/3 of iron.
5.Increase chassis rigidity and strength.
Characteristic
1. Protect the oil pan from external force impact and cause rupture and oil leakage.
2. Increasing safety and reduce the turbulence under the chassis at high speeds.
3. Increase chassis rigidity
4. Heat dissipation of aluminum alloy is ten times as much as iron, and its weight is only 1/3 of iron.
5.Increase chassis rigidity and strength.
Characteristic
1. Protect the oil pan from external force impact and cause rupture and oil leakage.
2. Increasing safety and reduce the turbulence under the chassis at high speeds.
3. Increase chassis rigidity
4. Heat dissipation of aluminum alloy is ten times as much as iron, and its weight is only 1/3 of iron.
5.Increase chassis rigidity and strength.
Characteristic
1. Protect the oil pan from external force impact and cause rupture and oil leakage.
2. Increasing safety and reduce the turbulence under the chassis at high speeds.
3. Increase chassis rigidity
4. Heat dissipation of aluminum alloy is ten times as much as iron, and its weight is only 1/3 of iron.
5.Increase chassis rigidity and strength.
Characteristic
1. Protect the oil pan from external force impact and cause rupture and oil leakage.
2. Increasing safety and reduce the turbulence under the chassis at high speeds.
3. Increase chassis rigidity
4. Heat dissipation of aluminum alloy is ten times as much as iron, and its weight is only 1/3 of iron.
5.Increase chassis rigidity and strength.
Characteristic
1. Protect the oil pan from external force impact and cause rupture and oil leakage.
2. Increasing safety and reduce the turbulence under the chassis at high speeds.
3. Increase chassis rigidity
4. Heat dissipation of aluminum alloy is ten times as much as iron, and its weight is only 1/3 of iron.
5.Increase chassis rigidity and strength.
Characteristic
1. Protect the oil pan from external force impact and cause rupture and oil leakage.
2. Increasing safety and reduce the turbulence under the chassis at high speeds.
3. Increase chassis rigidity
4. Heat dissipation of aluminum alloy is ten times as much as iron, and its weight is only 1/3 of iron.
5.Increase chassis rigidity and strength.
Characteristic
1. Protect the oil pan from external force impact and cause rupture and oil leakage.
2. Increasing safety and reduce the turbulence under the chassis at high speeds.
3. Increase chassis rigidity
4. Heat dissipation of aluminum alloy is ten times as much as iron, and its weight is only 1/3 of iron.
5.Increase chassis rigidity and strength.
Characteristic
1. Protect the oil pan from external force impact and cause rupture and oil leakage.
2. Increasing safety and reduce the turbulence under the chassis at high speeds.
3. Increase chassis rigidity
4. Heat dissipation of aluminum alloy is ten times as much as iron, and its weight is only 1/3 of iron.
5.Increase chassis rigidity and strength.
Characteristic
1. Protect the oil pan from external force impact and cause rupture and oil leakage.
2. Increasing safety and reduce the turbulence under the chassis at high speeds.
3. Increase chassis rigidity
4. Heat dissipation of aluminum alloy is ten times as much as iron, and its weight is only 1/3 of iron.
5.Increase chassis rigidity and strength.
Characteristic
1. Increasing safety and reduce the turbulence under the chassis at high speeds.
2. Increase chassis rigidity
3. Heat dissipation of aluminum alloy is ten times as much as iron, and its weight is only 1/3 of iron.
4.Increase chassis rigidity and strength.
Characteristic
1. Protect the oil pan from external force impact and cause rupture and oil leakage.
2. Increasing safety and reduce the turbulence under the chassis at high speeds.
3. Increase chassis rigidity
4. Heat dissipation of aluminum alloy is ten times as much as iron, and its weight is only 1/3 of iron.
5.Increase chassis rigidity and strength.
Characteristic
1. Protect the oil pan from external force impact and cause rupture and oil leakage.
2. Increasing safety and reduce the turbulence under the chassis at high speeds.
3. Increase chassis rigidity
4. Heat dissipation of aluminum alloy is ten times as much as iron, and its weight is only 1/3 of iron.
5.Increase chassis rigidity and strength.
Characteristic
1. Protect the oil pan from external force impact and cause rupture and oil leakage.
2. Increasing safety and reduce the turbulence under the chassis at high speeds.
3. Increase chassis rigidity
4. Heat dissipation of aluminum alloy is ten times as much as iron, and its weight is only 1/3 of iron.
5.Increase chassis rigidity and strength.
Characteristic
1. Protect the oil pan from external force impact and cause rupture and oil leakage.
2. Increasing safety and reduce the turbulence under the chassis at high speeds.
3. Increase chassis rigidity
4. Heat dissipation of aluminum alloy is ten times as much as iron, and its weight is only 1/3 of iron.
5.Increase chassis rigidity and strength.
Characteristic
1. Protect the oil pan from external force impact and cause rupture and oil leakage.
2. Increasing safety and reduce the turbulence under the chassis at high speeds.
3. Increase chassis rigidity
4. Heat dissipation of aluminum alloy is ten times as much as iron, and its weight is only 1/3 of iron.
5.Increase chassis rigidity and strength.
Characteristic
1. Increasing safety and reduce the turbulence under the chassis at high speeds.
2. Increase chassis rigidity
3. Heat dissipation of aluminum alloy is ten times as much as iron, and its weight is only 1/3 of iron.
4.Increase chassis rigidity and strength.
Characteristic
1. Protect the oil pan from external force impact and cause rupture and oil leakage.
2. Increasing safety and reduce the turbulence under the chassis at high speeds.
3. Increase chassis rigidity
4. Heat dissipation of aluminum alloy is ten times as much as iron, and its weight is only 1/3 of iron.
5.Increase chassis rigidity and strength.
Characteristic
1. Protect the oil pan from external force impact and cause rupture and oil leakage.
2. Increasing safety and reduce the turbulence under the chassis at high speeds.
3. Increase chassis rigidity
4. Heat dissipation of aluminum alloy is ten times as much as iron, and its weight is only 1/3 of iron.
5.Increase chassis rigidity and strength.
Characteristic
1. Protect the oil pan from external force impact and cause rupture and oil leakage.
2. Increasing safety and reduce the turbulence under the chassis at high speeds.
3. Increase chassis rigidity
4. Heat dissipation of aluminum alloy is ten times as much as iron, and its weight is only 1/3 of iron.
5.Increase chassis rigidity and strength.
Characteristic
Characteristic
1. Increasing safety and reduce the turbulence under the chassis at high speeds.
2. Increase chassis rigidity
3. Heat dissipation of aluminum alloy is ten times as much as iron, and its weight is only 1/3 of iron.
4.Increase chassis rigidity and strength.
Characteristic
1. Protect the oil pan from external force impact and cause rupture and oil leakage.
2. Increasing safety and reduce the turbulence under the chassis at high speeds.
3. Increase chassis rigidity
4. Heat dissipation of aluminum alloy is ten times as much as iron, and its weight is only 1/3 of iron.
5.Increase chassis rigidity and strength.
