SA11-50-102
Product Details
Comprehensive Professional Description: Haima S7 Front Plastic Bracket (Part No. SA11-50-102)
1. Basic Overview & Core Functional Positioning
The SA11-50-102 is an authentic Original Equipment Manufacturer (OEM) front plastic bracket, exclusively engineered and produced by Haima Automobile Co., Ltd. for the Haima S7 mid-size SUV—a vehicle renowned for its robust performance, spacious interior, and versatile adaptability to both urban commuting and light off-road scenarios. As a critical structural and mounting component of the Haima S7’s front end assembly, the SA11-50-102 front plastic bracket plays an indispensable role in securing key front-end components, maintaining structural integrity, and ensuring the seamless integration of the vehicle’s exterior and functional parts. Specifically tailored to match the Haima S7’s front end layout and dimensional specifications, this bracket serves as a foundational link between the front bumper, headlamps, fog lamps, and the vehicle’s main body frame, directly influencing the safety, stability, and aesthetic consistency of the vehicle’s front end.
The Haima S7, positioned by Haima Automobile as a flagship mid-size SUV, is designed with a focus on safety, comfort, and practicality—attributes that the SA11-50-102 front plastic bracket directly reinforces. Unlike non-structural decorative components, the front plastic bracket is a load-bearing part that withstands various mechanical stresses during vehicle operation, including vibration from driving, impact from minor collisions, and the weight of attached components such as headlamps and fog lamps. It also acts as a protective buffer, absorbing and dispersing minor impact forces to prevent damage to more expensive front-end components. The SA11-50-102 works in tandem with other front-end components, including the front bumper reinforcement beam, radiator support, and fender brackets, to form a stable and cohesive front-end structure that ensures the vehicle meets Haima’s strict safety standards and performance benchmarks.
The unique part number SA11-50-102 serves as a definitive identifier for this genuine OEM front plastic bracket, guaranteeing strict compliance with Haima’s original design standards, material specifications, and performance requirements. This part number distinguishes the genuine SA11-50-102 from inferior aftermarket alternatives, which often lack precise fitment, structural strength, and durability—leading to premature failure, misalignment of front-end components, increased noise and vibration, and even potential safety hazards. The front plastic bracket operates in a harsh external environment, exposed to road debris, moisture, road salt, extreme temperature fluctuations (ranging from -40°C to 85°C), UV radiation, and constant mechanical stress from driving. A faulty SA11-50-102 can result in symptoms such as loose or misaligned headlamps and fog lamps, abnormal vibration or noise from the front end, cracks or deformation of the bracket, and even damage to the front bumper or other attached components. As such, the genuine SA11-50-102 is an essential replacement part for Haima S7 owners and professional automotive repair technicians who prioritize safety, reliability, and structural integrity.
2. Premium Material Selection & Precision Manufacturing Process
The SA11-50-102 Front Plastic Bracket is crafted from high-performance, automotive-grade plastic materials, carefully selected to balance structural strength, impact resistance, weight reduction, and cost-effectiveness—key considerations for a front-end structural component. Haima’s engineering team prioritized materials that can withstand the harsh operating conditions of the Haima S7’s front end, ensuring the bracket maintains reliable performance and structural integrity throughout its service life, while also contributing to the vehicle’s overall weight reduction and fuel efficiency.
The main body of the SA11-50-102 is constructed from high-strength ABS (Acrylonitrile Butadiene Styrene) plastic, reinforced with 15% glass fiber to enhance structural rigidity, impact resistance, and dimensional stability. ABS plastic is widely recognized in the automotive industry for its excellent balance of strength, toughness, and moldability, making it ideal for structural brackets that require precise dimensions and reliable load-bearing capacity. The addition of glass fiber reinforcement significantly improves the bracket’s tensile strength, flexural strength, and resistance to warping and deformation, even under extreme temperature fluctuations and mechanical stress. Unlike low-grade plastic materials used in aftermarket brackets, the automotive-grade ABS plastic used in the SA11-50-102 is resistant to impact, corrosion, and UV radiation, ensuring it does not become brittle or crack over time.
The surface of the SA11-50-102 is treated with a high-quality electrostatic spray coating, available in a matte black finish that matches the Haima S7’s front end interior color scheme. This coating not only enhances the bracket’s aesthetic appearance but also provides superior corrosion resistance, preventing rust, oxidation, and discoloration caused by exposure to moisture, road salt, and environmental contaminants. The coating is applied in a controlled environment, ensuring uniform coverage and strong adhesion to the plastic surface, which further extends the bracket’s service life and maintains its visual integrity.
The manufacturing process of the SA11-50-102 Front Plastic Bracket follows a strict, ISO 9001 and IATF 16949 certified production workflow, consistent with Haima’s global quality standards and modern automotive component manufacturing practices. The production process begins with precision injection molding, using high-precision steel molds to ensure the bracket’s dimensions are accurate to within ±0.1mm—critical for ensuring perfect fitment with the Haima S7’s front end components. The injection molding process is controlled by advanced computer systems, which regulate temperature, pressure, and injection speed to ensure uniform material distribution and eliminate defects such as air bubbles, shrinkage, or warping.
After injection molding, the bracket undergoes a series of post-processing steps, including deburring, trimming, and surface treatment. Deburring and trimming remove any excess plastic or sharp edges, ensuring the bracket is safe to handle and install, and that it fits seamlessly with other front-end components. The surface is then cleaned and prepared for the electrostatic spray coating, which is applied in multiple layers to ensure durability and uniformity. Once the coating is applied, the bracket is cured in a controlled-temperature oven to ensure the coating adheres firmly to the plastic surface and achieves optimal hardness and corrosion resistance.
The SA11-50-102 is subjected to a series of rigorous quality control tests before leaving the factory, including dimensional accuracy testing, impact resistance testing, temperature resistance testing, and corrosion resistance testing. Dimensional accuracy testing verifies that all mounting holes, slots, and contact surfaces meet Haima’s exact specifications, ensuring perfect fitment with the Haima S7’s front bumper, headlamps, and other components. Impact resistance testing simulates minor collisions and road debris impacts, ensuring the bracket can withstand such forces without cracking or deforming. Temperature resistance testing exposes the bracket to extreme hot and cold conditions to verify its ability to maintain structural integrity without warping or becoming brittle. Corrosion resistance testing simulates exposure to road salt, moisture, and other contaminants to ensure the coating and plastic material remain intact over time. Only brackets that pass all these tests are allowed to leave the factory, ensuring the SA11-50-102 delivers reliable performance and long service life in the Haima S7.
3. Structural Composition & Key Design Features
The SA11-50-102 Front Plastic Bracket features a precision-engineered structural design, tailored to the specific layout and requirements of the Haima S7’s front end assembly. The component’s structural composition is optimized to provide superior load-bearing capacity, precise mounting alignment, easy installation, and seamless integration with the vehicle’s front end components, with key design features that address the unique challenges of front-end structural support in automotive applications. Unlike generic aftermarket brackets, which often have a simplistic design with poor fitment and inadequate structural support, the SA11-50-102 incorporates multiple specialized features to ensure consistent performance, safety, and durability.
One of the key design features of the SA11-50-102 is its integrated multi-point mounting structure, which includes dedicated mounting points for the front bumper, headlamps, fog lamps, and front end reinforcement beam. Each mounting point is precision-machined to match the exact dimensions of the corresponding component, ensuring a secure, tight fit that prevents movement or vibration during driving. The mounting points are reinforced with additional plastic material and ribbed structures, which enhance load-bearing capacity and distribute stress evenly across the bracket, reducing the risk of cracking or deformation under load. This multi-point mounting design also ensures that the front end components are aligned correctly, maintaining the Haima S7’s aesthetic appearance and ensuring optimal performance of the headlamps and fog lamps.
The SA11-50-102 features a curved, aerodynamic design that complements the Haima S7’s front end profile, ensuring seamless integration with the front bumper and fenders. The bracket’s shape is engineered to minimize wind resistance and reduce noise during driving, while also providing a smooth, continuous surface that enhances the vehicle’s overall aesthetic appeal. The edges of the bracket are rounded and smoothed to prevent sharp edges that could cause injury during installation or damage to other components.
Another critical design feature of the SA11-50-102 is its built-in reinforcement ribs, which are strategically placed along the bracket’s main body to enhance structural rigidity and impact resistance. These ribs are designed to distribute mechanical stress evenly across the bracket, preventing localized stress concentrations that could lead to cracking or deformation. The reinforcement ribs also help to reduce the bracket’s weight while maintaining its structural strength, contributing to the Haima S7’s overall weight reduction and fuel efficiency.
The SA11-50-102 is also designed with precision locating pins and slots, which ensure accurate alignment during installation. These locating features guide the bracket into the correct position relative to the vehicle’s main frame and other front-end components, eliminating the need for manual adjustment and ensuring a perfect fit. The locating pins and slots also prevent misalignment, which could lead to loose components, abnormal vibration, or reduced structural integrity.
To enhance ease of installation and maintenance, the SA11-50-102 is designed with accessible mounting holes and a lightweight structure. The mounting holes are positioned to allow easy access with standard automotive tools, reducing installation time and effort for professional technicians. The bracket’s lightweight design (approximately 0.8kg) makes it easy to handle and install, while still maintaining the structural strength required to support front-end components. Additionally, the bracket is designed to be easily removable, allowing for quick replacement or maintenance of attached components such as headlamps and fog lamps.
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