How does QGB75130 Automobile fabric compare to other materials in terms of uniformity?

1. Uniformity of QGB75130 Automobile fabric

The uniformity of QGB75130 Automobile fabric is mainly reflected in the following aspects:

Surface flatness: The surface of QGB75130 Automobile fabric is flat, without obvious undulations or defects. This flat surface not only enhances the visual effect of the fabric, but also enhances its tactile comfort, making it an ideal choice for high-end automotive interiors.

Consistency of physical properties: The physical properties of this Automobile fabric, such as thickness, weight and density, have high consistency. The thickness of QGB75130 fabric is 0.58±0.03mm, and the weight range is 150-170g/㎡. This precise thickness and weight control ensures that each batch of fabric can maintain similar performance.

Stability of single-layer structure: QGB75130 Automobile fabric adopts a single-layer structure design, avoiding the structural instability problem that may be caused by multi-layer materials. The single-layer structure not only reduces the weight of the fabric, but also improves its overall stability and uniformity.

2. Comparison of QGB75130 with other automotive fabrics

When compared with other automotive fabrics such as polyester fiber, nylon cloth and PU synthetic leather, QGB75130 shows the following advantages:

Comparison with polyester fiber: The uniformity of polyester fiber fabric is often affected by the weaving process and dyeing process, resulting in certain fluctuations in the thickness and density of the fabric. In contrast, the thickness and density of QGB75130 fabric are strictly controlled during the production process, which gives it a clear advantage in uniformity. In addition, the surface flatness of QGB75130 fabric is also better than that of polyester fiber fabrics.

Comparison with nylon cloth: Although nylon cloth has good wear resistance and strength, it may be inconsistent in uniformity due to different weaving processes. QGB75130 fabric ensures the uniformity of each meter of fabric through fine process control, thereby maintaining consistent performance in long-term use.

Comparison with PU synthetic leather: As a commonly used automotive interior material, the uniformity of PU synthetic leather depends largely on the precise control of the synthesis process. However, PU synthetic leather may have some problems in thickness and weight consistency. QGB75130 fabric, due to its single-layer structure and strict production standards, can show higher consistency in thickness and weight control, thus providing a more stable use experience.

3. Market application and performance advantages of QGB75130

QGB75130 Automobile fabric mainly serves well-known automobile brands such as Volkswagen, Mercedes-Benz, BMW, Toyota, BYD, Great Wall and Hongqi. These brands have extremely high requirements for the uniformity of interior materials. QGB75130 fabric can meet these high standards with its uniformity and stability. The uniform fabric not only improves the overall aesthetics of the car interior, but also ensures the stability of performance in different environments.