Machining

Centering diameter (mm)

Appr. stamp

Surface

Min. thickness (mm)

Bolt hole circle Ø (mm)

Supplementary article/info 2

Bore Ø (mm)

Num. of holes

Brake disc thickness (mm)

Brake disc type

Inner diameter (mm)

Outer diameter (mm)

Height (mm)

Machining

Tightening torque (Nm)

Centering diameter (mm)

Surface

Min. thickness (mm)

Supplementary article/info 2

Num. of holes

Brake disc thickness (mm)

Brake disc type

Outer diameter (mm)

Height (mm)

Drill Ø, up to (mm)

Machining

Fulfils ece norm

Centering diameter (mm)

Surface

Min. thickness (mm)

Bolt hole circle Ø (mm)

Supplementary article/info 2

Num. of holes

Brake disc thickness (mm)

Brake disc type

Outer diameter (mm)

Height (mm)

Packaging height (cm)

Packaging width (cm)

Packaging length (cm)

Tightening torque (Nm)

Centering diameter (mm)

Weight (kg)

Quantity unit

Surface

Min. thickness (mm)

Supplementary article/info 2

Num. of holes

Brake disc thickness (mm)

Brake disc type

Outer diameter (mm)

Height (mm)

Svhc

Machining

Centering diameter (mm)

Surface

Min. thickness (mm)

Bolt hole circle Ø (mm)

Colour

Num. of holes

Brake disc thickness (mm)

Brake disc type

Outer diameter (mm)

Height (mm)

Thread size

Packaging height (cm)

Packaging width (cm)

Packaging length (cm)

Wheel bolt bore Ø (mm)

Hole pitch/number

Machining

Centering diameter (mm)

Weight (kg)

Surface

Min. thickness (mm)

Bolt hole circle Ø (mm)

Supplementary article/info 2

Brake disc thickness (mm)

Brake disc type

Inner diameter (mm)

Outer diameter (mm)

Height (mm)

Hole pitch/number

Machining

Centering diameter (mm)

Appr. stamp

Weight (kg)

Rim (-Hole)

Surface

Min. thickness (mm)

Bolt hole circle Ø (mm)

Brake disc thickness (mm)

Brake disc type

Outer diameter (mm)

Height (mm)

Bolt hole circle Ø (mm)

Num. of holes

Brake disc thickness (mm)

Brake disc type

Fitting position

When purchasing car parts, understanding the importance of the fitting position is crucial for ensuring the correct functionality and safety of your vehicle. Here's why:

1. • Compatibility: Different parts of a vehicle have specific designs and functions tailored to their fitting positions. Installing a part in the wrong position can lead to compatibility issues, causing malfunctions or even damage to other components.
2. • Performance: Each part is engineered to operate optimally within its designated fitting position. Placing a part in the wrong position may compromise its performance, leading to inefficient operation, reduced lifespan, or even failure.
3. • Safety: Certain car parts play critical roles in ensuring the safety of the vehicle and its occupants. Installing safety-related components in the wrong position can significantly compromise vehicle safety, increasing the risk of accidents or injury.
4. • Warranty and Liability: Installing parts in incorrect positions can void warranties and hold the installer liable for any resulting damages or accidents. Manufacturers typically specify fitting positions to ensure proper functionality and to protect against liabilities.
5. • Regulatory Compliance: In some regions, vehicle modifications or improper installations may violate regulations or emissions standards. Ensuring parts are installed in their correct positions helps maintain compliance with regulatory requirements.

In summary, paying attention to the fitting position when purchasing car parts is essential for ensuring compatibility, performance, safety, warranty compliance, and regulatory adherence. Always refer to manufacturer specifications and seek professional assistance if unsure about proper installation procedures.

Outer diameter (mm)

For oe no.

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Centering diameter (mm)

Weight (kg)

Rim (-Hole)

Number of mounting bores

Surface

Min. thickness (mm)

Bolt hole circle Ø (mm)

Brake disc thickness (mm)

Brake disc type

Thickness (mm)

Fitting position

When purchasing car parts, understanding the importance of the fitting position is crucial for ensuring the correct functionality and safety of your vehicle. Here's why:

1. • Compatibility: Different parts of a vehicle have specific designs and functions tailored to their fitting positions. Installing a part in the wrong position can lead to compatibility issues, causing malfunctions or even damage to other components.
2. • Performance: Each part is engineered to operate optimally within its designated fitting position. Placing a part in the wrong position may compromise its performance, leading to inefficient operation, reduced lifespan, or even failure.
3. • Safety: Certain car parts play critical roles in ensuring the safety of the vehicle and its occupants. Installing safety-related components in the wrong position can significantly compromise vehicle safety, increasing the risk of accidents or injury.
4. • Warranty and Liability: Installing parts in incorrect positions can void warranties and hold the installer liable for any resulting damages or accidents. Manufacturers typically specify fitting positions to ensure proper functionality and to protect against liabilities.
5. • Regulatory Compliance: In some regions, vehicle modifications or improper installations may violate regulations or emissions standards. Ensuring parts are installed in their correct positions helps maintain compliance with regulatory requirements.

In summary, paying attention to the fitting position when purchasing car parts is essential for ensuring compatibility, performance, safety, warranty compliance, and regulatory adherence. Always refer to manufacturer specifications and seek professional assistance if unsure about proper installation procedures.

Outer diameter (mm)

Weight

Width

Height

Length