Explore our highly integrated replacement assemblies and components, engineered under rigorous ISO9001 systems to offer optimal operational lifespans.
As a leading wholesale brake pads supplier & exporter, we recognize that braking technology is a vital component in modern transportation and machinery safety systems. Modern automotive brake pads must operate under highly demanding thermal ranges, managing friction coefficients between 0.35 and 0.45 μ, while enduring severe physical stresses and environmental exposures.
The core objective of modern friction material engineering is to achieve thermal stability under high pressure. Brake pads convert kinetic energy into thermal energy through friction, creating localized heat zones that can exceed 650°C. Lower-grade pads often suffer from "thermal fade," a critical drop in friction coefficient that increases stopping distances and presents safety concerns. Our technical team works continuously to address these challenges through material research and production precision.
Brake pad performance is defined by its material composite. We offer three primary formulation series engineered to meet the operational profiles of diverse global markets.
Formulated from high-density ceramic fibers, non-ferrous fillers, and bonding agents. Ceramic pads are engineered for quiet operation, low dust accumulation, and minimal rotor wear. They maintain a stable friction profile across standard thermal ranges, making them ideal for modern passenger vehicles.
Utilizing organic compounds paired with 10% to 30% metal content (such as copper, iron, or steel fibers). These pads provide strong braking power and thermal dissipation, suitable for heavy-duty commercial vehicles and demanding driving environments where safety is the priority.
Featuring 30% to 65% metal content for robust durability and thermal resilience. These components provide reliable performance under heavy loads and repeated braking, making them ideal for heavy commercial fleets, light trucks, and industrial equipment.
Braking performance requirements vary by region. We tailor our friction profiles to match localized climate patterns, topography, and regulatory requirements.
Vehicles operating in steep mountainous regions face long descents that generate high thermal loads, which can lead to brake fade. For these markets, we supply formulations with high thermal stability and fast recovery rates, helping prevent kinetic failure and maintaining driver safety during extended descents.
Moisture and salt spray in coastal regions accelerate oxidation on the brake pad's steel backing plate, which can cause rust jacking or material separation. We address this by applying specialized zinc-flake and anti-corrosion chemical coatings to ensure reliable adhesion and service life in damp conditions.
City delivery fleets experience frequent, low-speed stop-and-go cycles. This pattern can lead to accelerated wear and brake noise (NVH issues). Our low-wear, noise-dampening ceramic compounds help fleet operators reduce maintenance downtime and operational costs.
The braking industry is shifting toward more sustainable and advanced materials. Regulatory changes, such as the transition to low-copper and copper-free formulations (defined by legislation like California's SB 346), require manufacturers to adapt their chemical formulations.
We are focused on developing low-copper formulations (<0.5% copper by weight) that maintain performance while meeting environmental standards. We are also researching carbon-composite hybrid friction matrices and lightweight backing plates to support electric vehicle applications, where regenerative braking patterns shift the thermal and physical demands placed on friction materials.
Additionally, we continue to optimize noise, vibration, and harshness (NVH) characteristics. By using multi-layer elastomeric shims, precise slotting patterns, and chamfer profiles, we design our brake pads to minimize acoustic resonance, ensuring quiet operation and comfort.
Operating from Cixi, China, our manufacturing facilities utilize advanced logistics links to support global trade routes and maintain reliable delivery timelines.
Our facility in Cixi, Hangzhou Bay, sits within a major industrial hub. This location provides direct access to two major deep-water shipping terminals: Shanghai Port and Ningbo Port. Fast connections to Hangzhou Xiaoshan and Ningbo Lishe Airports allow us to offer flexible, prompt transport options for critical parts and large freight orders.
Our in-house capabilities include automated raw material blending, high-precision thermal pressing, chamfering, slotting, and backplate blanking. This complete, in-house production control helps us maintain quality standards, manage raw material costs, and offer consistent, stable pricing directly from our factory.
Founded in 2005, VETOR GROUP operates specialized production facilities in Cixi, delivering high-precision bearings alongside our automotive and motorcycle components.
Our specialized factory manufactures deep groove ball bearings and EMQ grade bearings (with inner ring dimensions from 6mm to 90mm). These precision products are engineered for:
These components are used in household appliances, micro-motors, electric fans, motorcycles, medical equipment, and agricultural machinery. All operations are certified under the ISO9001 quality management framework, ensuring consistent quality and performance across our entire product line.
We maintain clean, orderly production floors equipped with automated lines to ensure consistency and speed throughout manufacturing.
Our manufacturing and export processes are verified by international standards bodies, ensuring reliable performance in global markets.
VETOR GROUP engages with global distributors, showing our updated components and engineering designs at automotive trade events.
We provide comprehensive support for our international clients, from formulation design to port delivery.
Our sales and support teams are available Monday to Saturday, 8:00 to 17:00, providing prompt communication regarding orders, shipping, and technical specifications.
We provide OEM and ODM services. We can customize friction compounds, backplate designs, and brand packaging to match your local market requirements.
Our proximity to Shanghai and Ningbo ports helps us manage shipping timelines efficiently, ensuring we meet our contractual delivery schedules.
Our product catalog covers bearings, automotive spares, and recreational vehicle parts, all manufactured to consistent quality standards.
Our VETOR brand bearings include deep groove ball bearings and EMQ grade bearings (6mm-90mm) engineered for quiet operation, low noise, and stable performance in appliances, motors, and machinery.
We manufacture durable motorcycle parts, including drive chain components, suspension assemblies, and braking parts. Our components meet OEM specifications for both street and off-road motorcycles.
Our passenger and commercial vehicle line includes steering and suspension parts, cooling system components, and braking assemblies, all built for precise fitment and durability.
We provide durable ATV parts, including drive components, suspension systems, and protective body panels, engineered for off-road reliability in challenging terrain.
Our off-road range includes lightweight frame components, exhaust systems, and reinforced suspension parts built to handle demanding riding conditions.
We supply go-kart components, including chassis parts, steering assemblies, and braking systems, for both recreational and competitive use.
We offer lightweight frame components, gear shifters, derailleurs, and braking systems designed to ensure smooth, efficient cycling performance.
Get professional answers regarding formulation choices, design customizations, certification processes, and shipment logistics.
Explore our bearings, hardware, and structural motorcycle components, all designed for durability and performance.
VETOR GROUP
