Plastic positioning brackets

Plastic positioning brackets act as key structural components for the accurate positioning and reliable fixing of automotive electronic components. By replacing complex assembly structures with a single integrated bracket, they simplify installation, improve assembly consistency, and reduce positioning deviations during production. Designed to meet automotive engineering requirements, these parts ensure electronic components remain firmly fixed under long-term vibration and temperature changes, supporting stable operation of the entire electrical system. The precise positioning structure effectively improves assembly efficiency and product quality stability.

Manufactured through injection molding with strict precision inspection, these positioning brackets adopt high-performance PA66 + fiberglass material, which features outstanding heat resistance, high rigidity, and excellent dimensional stability. The product has a compact structure with a size of 45.0×25.0×12.0 and is equipped with precision positioning holes, guaranteeing an installation position error ≤0.1mm. The material and molding process enable the bracket to maintain stable performance in high-temperature environments such as automotive engine compartments, meeting stringent automotive-grade reliability standards.

Widely used for the positioning and fixing of automotive electronic components, these brackets are especially suitable for engine compartments and other high-temperature and high-vibration areas. Their high-strength structure ensures long-term firm fixing without deformation or loosening. The high-precision positioning design supports automated production lines, reduces manual adjustment, and improves overall assembly efficiency. As reliable injection-molded structural parts, they help enhance the safety, stability and service life of automotive electronic systems.

The PA66 + fiberglass composite material provides excellent heat resistance and structural strength, enabling stable performance in high-temperature environments such as engine compartments. It maintains high rigidity and dimensional stability under long-term heat aging and vibration, avoiding deformation, cracking or loosening during vehicle operation.

With a precisely controlled dimension of 45.0×25.0×12.0 and precision-machined positioning holes, the bracket ensures the installation position error of electronic components ≤0.1mm. This high precision guarantees consistent assembly quality, reduces failure risks caused by misalignment, and supports high-standard automotive electronic assembly.

Produced via standardized injection molding and full precision inspection, the product features consistent dimensions, stable quality and high compatibility with matching components. Its integrated structure simplifies installation, improves production efficiency, and provides reliable long-term performance in complex automotive working conditions.

Mainly used for the accurate positioning and firm fixing of various automotive electronic components, including sensors, control modules, connectors and electrical units. The high-temperature-resistant material makes it particularly suitable for engine compartments and other harsh environments, ensuring stable installation without displacement or damage under vibration and high temperature.

Suitable for automated and semi-automated assembly lines in automotive manufacturing. The high-precision positioning structure enables fast and accurate installation, reducing assembly time and improving production efficiency. Reliable fixing performance ensures the stability of electronic components throughout the vehicle's service life, lowering maintenance and replacement costs.

The positioning brackets are made of PA66 + fiberglass composite material, featuring high heat resistance, high strength and excellent dimensional stability.

The product dimension is 45.0×25.0×12.0, equipped with precision positioning holes to ensure the installation position error ≤0.1mm.

With high heat resistance and high strength, it is especially suitable for high-temperature environments such as automotive engine compartments.

The product is manufactured through injection molding process combined with precision inspection to ensure dimensional accuracy and consistent quality.