Discover our diverse range of precision-manufactured electric mobility products exported worldwide.
An in-depth analysis of braking systems, safety benchmarks, and OEM friction solutions for electric vehicles.
Electric vehicle (EV) technology has revolutionized the automotive and urban e-mobility landscapes. However, the unique mechanical profile of EVs—notably their increased weight due to heavy battery packs, instantaneous torque transmission, and high-frequency regenerative braking cycles—places unique demands on the safety systems. Standard friction formulations developed for internal combustion engines (ICE) often fall short of meeting these requirements.
As a leading OEM Electric vehicle brake pads manufacturer and exporter, Aurora Electric Vehicle Shandong Co., Ltd. has spent over a decade researching the science behind braking dynamics. Under regenerative braking profiles, the hydraulic braking system is engaged less frequently but must deliver instantaneous, high-coefficient stopping power in critical split-second emergencies. This requires specialized ceramic-matrix and semi-metallic composite friction materials that resist glazing, minimize brake dust, and perform optimally across wide temperature ranges.
Our research and development pipeline focuses on formulating brake pads that eliminate the high-frequency vibration common to electric scooters, electric motorbikes, and urban commuter vehicles, providing a silent, safe, and highly durable braking experience for global markets.
For modern EVs, friction pads operate under a unique thermal cycle. Because electric motor drag does most of the everyday deceleration, the physical brake pads run colder, making them susceptible to oxidation and moisture accumulation. Our formulations incorporate specific anti-corrosion resins and high-grade copper-free ceramic matrices to guarantee a stable coefficient of friction (CoF) of 0.38–0.42 even on cold, damp morning starts.
Founded in 2015, our electric bicycle manufacturing enterprise is located in Linyi City, Shandong Province, a core transportation hub connecting the Yangtze River Delta and the Bohai Economic Circle with prominent geographical advantages. As a professional manufacturer deeply rooted in the electric bicycle industry for over 10 years, we have grown from a small-scale production workshop to a comprehensive enterprise integrating R&D, production, sales and after-sales service, witnessing and participating in the high-quality development of China’s electric bicycle industry under the new national standard era.
Our development history is a journey of persistence, innovation and continuous transcendence. Since our establishment, we have closely followed the industry trend and policy orientation. In 2019, when the new national standard for electric bicycles was officially implemented, we took the initiative to upgrade our production lines and R&D capabilities, optimizing product parameters to fully comply with the mandatory safety standards, including fire retardant performance, speed limit, anti-tampering, and responsive braking system requirements.
Over the past decade, we have continuously expanded our production scale, built a standardized production base covering a large area, equipped with intelligent digital production lines, automatic assembly lines and professional testing equipment, realizing the standardized and efficient production of core components such as motors, batteries, frames, and high-safety braking elements. Today, our annual production capacity has reached a high level, capable of meeting the diverse needs of domestic and foreign customers, and our products have been widely recognized in both the domestic market and overseas regions.
To support our complete vehicles (e-bikes, e-scooters, e-motorcycles), we developed a highly specialized industrial manufacturing division for electric vehicle brake pads. This allows us to act as both a reliable vehicle manufacturer and a trusted OEM electric vehicle brake pads exporter, delivering bulk components that comply with global safety standards such as ECE R90, CE, and CCC.
Team management is the core driving force for our sustainable development. We adhere to the concept of "people-oriented, talent first" and have built a professional, cohesive and innovative team.
Our R&D team consists of senior engineers with more than 10 years of experience in the electric vehicle and components industry. They are committed to technological innovation and product upgrading, focusing on improving battery life, safety performance, thermal dissipation of braking components, and riding comfort. They have obtained a number of core technology patents related to electric bicycle motors, battery management systems, and specialized high-wear friction plates.
Our production team is composed of skilled workers who have undergone strict professional training. They strictly implement every production process from raw material inspection (friction dust density, steel backing plate thickness, adhesive shearing strength) to finished product delivery, ensuring that each electric bicycle and OEM component meets the highest global quality standards.
Our sales and after-sales team is customer-oriented, equipped with professional service awareness and efficient communication capabilities. We provide one-stop customized solutions, specialized OEM/ODM component development, and timely after-sales support for global purchasing managers. We resolve concerns regarding customs clearance, product selection, customization, and long-term warranties.
Navigating the complex landscape of international safety directives for EV braking systems.
For B2B buyers and commercial fleet operators importing brake pads, compliance is non-negotiable. Electric vehicle brake pads are subject to stringent regional regulatory frameworks. Aurora supports your localization needs through compliance with global standards:
Corporate culture is the soul of our enterprise, integrating the spirit of Linyi, a famous historical and cultural city, with the concept of green travel. Our core values are "integrity, pragmatism, innovation and win-win", which run through every link of enterprise operation.
We advocate the corporate mission of "making green travel easier and safer for everyone", adhering to the development concept of environmental protection and energy conservation, and committing to producing high-quality, energy-saving and environmentally friendly electric vehicles and key wear components that meet the needs of modern people’s short-distance travel, contributing to the construction of a low-carbon society.
We pursue excellence in product quality, regard safety as the lifeline of the enterprise, invest a lot of funds to build a professional testing laboratory, and conduct strict tests on every product in terms of load-bearing, waterproof, fire resistance, battery safety, and braking thermal fade, ensuring that our products are safe, reliable and durable. At the same time, we care for every employee, respect every customer, and pursue long-term and stable cooperative relationships with customers, suppliers and employees, achieving mutual benefit and common development.
Leveraging Linyi's transportation network and northern China's industrial clusters for maximum supply chain efficiency.
Located in Linyi City, Shandong Province, we leverage a major logistics and distribution hub. The city provides direct freight routes connecting major northern ports (Qingdao, Rizhao) and rail routes into Central Asia and Europe, reducing transit times and shipping costs for international bulk buyers.
Our proximity to premium steel fabrication mills, phenolic resin synthesis plants, and composite fiber suppliers in Shandong enables stable sourcing. This direct access mitigates raw material price volatility, allowing us to offer stable, competitive pricing on large OEM contracts.
Our production facilities utilize automated pressing machines, uniform scorching ovens, and computerized packaging units. Digital control ensures consistency across large production batches, with high friction material density tolerances (+/- 0.02 g/cm³).
Tailored component formulations designed for various heavy-duty, commercial, and personal transit applications.
Requires silent braking performance (NVH control) and zero-dust formulation. Formulated with organic ceramic fibers to prevent squeal during city traffic stop-and-go patterns, extending pad and rotor life.
Delivery e-bikes and cargo scooters face continuous operation, high load weights, and frequent stops. We supply heavy-duty semi-metallic friction pads that resist high thermal fade and minimize mechanical wear.
Designed for three-wheel logistics vehicles carrying loads over 300 kg. Features structural reinforcement, high shear strength backplate adhesives, and friction compounds engineered for high thermal absorption.
How we maintain regional leadership and provide value-added solutions for our B2B procurement partners.
Located in Linyi, the city with the largest number of electric bicycle ownership in Shandong, we leverage deep market insights and over 10 years of accumulated expertise in quality, innovation, and production to respond rapidly to evolving customer needs.
We provide a complete product series—from standard commuting bicycles to specialized logistics vehicles, leisure tricycles, and urban fat bikes—backed by robust after-sales service and global supply chain readiness.
We don't just supply products; we provide end-to-end solutions, offering OEM/ODM services tailored to the specific friction demands, backplate shapes, and packaging requirements of global customer groups.
Four primary design criteria that define our engineering approach to electric vehicle components.
Tailored for urban short trips, this compact and agile e-bike design is easy to maneuver and park, ideal for daily commuting, errands, and light travel.
Built with a proven powertrain for smooth, consistent performance, reliable climbing, and steady acceleration, paired with a high-capacity battery for practical daily range.
Equipped with a front basket, rear backrest, shock absorption, and anti-slip footrest for comfort and versatility, plus responsive braking systems for safe daily riding.
Constructed with a reinforced frame and wear-resistant materials to handle frequent use. Built to export-grade quality standards for durability and low maintenance, perfect for bulk orders and cross-border supply.
We provide flexible OEM/ODM service, strict export quality control, stable production, customizable logistics, and full one-stop after-sales support. We use 5-layer imported kraft paper packaging with custom options, and provide cost-effective, safe logistics that accepts your preferred carrier.
We are a professional EV factory with strict quality control, premium workmanship, and stable export quality for global supply. Every batch of friction products undergoes rigorous shear testing, compressibility checks, and thermal expansion verification in our lab prior to custom bulk packing.
How technological advances and environmental regulations are shaping the future of electric vehicle brake manufacturing.
Future braking systems will integrate sensor technology directly into the friction material. These intelligent pads communicate wear levels and thermal peaks back to the vehicle's dashboard or fleet manager software in real time, preventing rotor damage and scheduling proactive maintenance.
With environmental protection agencies enforcing strict limits on copper runoff, manufacturers must pivot to alternative metal matrices. Our research team is testing mineral-based fibers and aerospace-grade ceramic composites that provide the same high thermal dissipation as copper without the environmental impact.
As EV regenerative braking becomes more efficient, physical brake pads will spend more time disengaged. The primary design challenge is preventing oxidation build-up on the rotor interface. Our future designs focus on specialized slotting patterns and micro-abrasive surface layers that keep the rotor clean during light contact.
Weight reduction is critical to extending EV battery range. Substituting traditional steel backing plates with high-strength lightweight alloys or composite fiber backing plates can reduce overall brake pad assembly weight by up to 30%, lowering unsprung weight and improving vehicle efficiency.
Expert answers to critical procurement, technical, and compliance questions regarding electric vehicle brake pads.
Additional premium vehicles and components from Aurora's manufacturing lines.
