Mitsubishi, Nissan front brake pad D1519

• 2010 Nissan NV200 1.6
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• 2011 Nissan NV200 1.6
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• 2012 Nissan NV200 1.6
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• 2013 Nissan NV200 1.6
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• 2008 Mitsubishi Junge 2.0(4G63)
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• 2009 Mitsubishi Junge 2.0(4G63)
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• 2010 Mitsubishi Junge 2.0(4G63)
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• 2011 Mitsubishi Junge 2.0(4G63)
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• 2012 Mitsubishi Junge 2.0(4G63)
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• 2013 Mitsubishi Junge 2.0(4G63)
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• 2011 Mitsubishi Pajero * Jin Chang 3.0
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• 2012 Mitsubishi Pajero * Jin Chang 3.0
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• 2013 Mitsubishi Pajero * Jin Chang 3.0
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• 2014 Mitsubishi Pajero * Jin Chang 3.0
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• 2008 Mitsubishi L 200 2.5
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• 2009 Mitsubishi L 200 2.5
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• 2010 Mitsubishi L 200 2.5
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• 2011 Mitsubishi L 200 2.5
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• 2012 Mitsubishi L 200 2.5
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• 2013 Mitsubishi L 200 2.5
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• 2014 Mitsubishi L 200 2.5
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• 2015 Mitsubishi L 200 2.5
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• 2016 Mitsubishi Pajero 3.0
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• 2014 Nissan NV200 1.6
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• 2015 Nissan NV200 1.6
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• 2015 GAC GIO Xinglang 1.5

As an important part of automobile braking system, brake pads have many remarkable characteristics, which ensure the key role of brake pads in driving safety. The following are some of the main features of brake pads:

Excellent friction performance: The main function of the brake pads is to convert the kinetic energy of the vehicle into heat energy through friction, so as to achieve deceleration or parking. Therefore, the brake pads must have excellent friction performance to ensure that sufficient friction can be provided during braking to quickly decelerate the vehicle.

High temperature resistance: During braking, the brake pads will generate a lot of heat. If the brake pads cannot withstand high temperatures, it may cause their performance to decrease or fail. Therefore, the brake pads must have good high temperature resistance to ensure a stable braking effect in high temperature environments.

Strong wear resistance: The brake pads will continue to wear during use, so they need to have high wear resistance. The wear-resistant brake pads can extend the service life, reduce the frequency of replacement, and reduce maintenance costs.

Safety and environmental protection: The brake pads may produce noise, dust and other pollutants during the braking process, which will have a certain impact on the environment and human health. Therefore, modern brake pads pay attention to environmental performance in the design and manufacturing process, using low-noise, low-dust materials and processes to ensure driving safety while reducing environmental pollution.

Adaptability: different models, different use scenarios of brake pads demand different. Therefore, the brake pads need to have a strong adaptability to meet the needs of different vehicles and conditions of use. This includes the adaptability of the size, shape and material of the brake pads.

In summary, the brake pad has the characteristics of excellent friction performance, high temperature resistance, strong wear resistance, safety and environmental protection, and strong adaptability. These features together ensure the key role of brake pads in driving safety and provide reliable braking protection for drivers.