Front Ceramic Brake Pad 3502116XGW02A 3502140XN20XA For Haval Dargo H3 H6S JOLION ORA 03

Composite high temperature resistant cushion High Quality Ceramic Front Brake Pads 3502116XGW02A 3502140XN20XA for Haval Dargo, H3, H6S, JOLION ORA 03

Product Introduction

Engineered to accommodate the distinct kinematic deceleration loads of Haval (Dargo, H3, H6S, Jolion) unibody chassis and the refined electronic braking profiles of the ORA 03 series, these front axis friction modules provide a certified standard for global automotive aftermarket replacement. The formulation matrix is calibrated to deliver high thermal stability across variable gross vehicle weights (GVW), compensating effectively for the severe front-axle weight transfer typical of mid-to-high clearance utility vehicles. Developed to align with the localized mechanical envelope of the factory-installed floating caliper housings, the modules incorporate integrated acoustic dampening parameters that mitigate low-frequency brake groan in traditional internal combustion engines, hybrid drivetrains, and non-combustion cabins alike. This unified technical compliance offers cross-border distribution operations and professional workshop procurement managers a stable, field-verified component optimized for standard fleet maintenance lifecycles.

Specification

Operational Attributes: GWM SUV & EV Friction Series
1. Cross-Platform Geometric Caliper Alignment
This friction module is mechanically calibrated to conform directly to the steering-axis front braking hardware of the GWM global chassis matrix, supporting Haval (Dargo, H3, H6S, Jolion) and ORA 03 series. The steel backing plates are processed to fit precisely within the factory floating caliper carriers without binding or requiring workshop modification. This precision profiling secures optimal pad shifting tolerances, preventing localized drag and ensuring uniform piston force application across both combustion and electric variants.

2. Multi-Powertrain Thermal Adaptation 
The formulation chemistry is structured to address the diverse operational duty cycles of traditional ICE, DHT hybrid, and pure electric platforms. To counter the unique low-temperature crystallization risk inherent to ORA 03's regenerative braking, as well as the high-frequency friction cycles of Haval utility vehicles, the material matrix maintains a stable friction boundary layer. This specialized formulation suppresses the surface glazing that typical causes cold-start acoustic squeal across varying drivetrain layouts.

3. High-Load Kinetic Deceleration Stability
Engineered to withstand the severe front-axle weight transfer characteristic of high-clearance SUVs like the Haval Dargo and H6S, the composite compound provides a highly consistent, predictable friction profile. The matrix exhibits minimal thermal fading under elevated sequential braking cycles, ensuring responsive stopping parameters when operating under variable gross vehicle weights (GVW) during heavy commuting, long downhill gradients, or secondary road transit.

4. High-Clearance Debris & Thermal Evacuation 
To balance thermal mitigation and harsh environmental resilience, the pad architecture features an engineered surface ventilation slot design. This deep-groove geometry facilitates the rapid displacement of gas, frictional debris, and external contaminants (such as road grime or light off-road dust) away from the rotor interface. The assembly includes a high-density, multi-layer thermal barrier shim attached to the steel substrate, limiting heat migration to the hydraulic brake fluid and protecting caliper actuator seals from localized over-heating.

5. Fleet-Grade Shearing & Structural Longevity 
Developed to maximize wear predictability for international automotive trade distributors and commercial inventory logistics, the compound exhibits a stable, low-dust wear rate under daily operational stress. The formulation offers high structural shear resistance, ensuring the friction block remains securely bonded to the steel plate during emergency load spikes. This structural compliance minimizes non-load material erosion, supporting standard vehicle maintenance intervals and lowering long-term operational overhead.

GWM Frame Assembly Tolerance & Post-Installation Field Audit

Section 1: Mechanical Clearance & Axial Caliper Seat Alignment
The Hub-Carrier Interface: Unlike low-slung hatchbacks, replacing friction elements on high-clearance GWM platforms (such as the Haval Dargo or H6S) requires strict monitoring of vertical steering knuckle load. When the caliper body is swung open, the mounting carrier brackets must be scrubbed with a stainless wire profile to remove heavy off-road ferrous crust. Failure to clear this zone alters the slide alignment by micrometers, causing immediate brake pull on large-diameter utility rotors.

Piston Volumetric Compliance: For the electric ORA 03 chassis, retracting the front pistons shifts auxiliary brake fluid back up the hydraulic architecture. Mechanics must monitor the main reservoir level to prevent fluid overflow into the non-combustion electronic control bays, an engineering reality not present on older vacuum-servo systems.

Section 2: Fleet Burnishing Protocols & Anti-Glaze Commissioning
The First 150-Cycle Real-World Friction Bed: To establish a valid warranty baseline for your GWM components, the break-in stage must account for the high Gross Vehicle Weight (GVW) of Haval utility variants. For the first 150 normal stopping applications, drivers should avoid trail-braking or dragging the pedal on long declines.

Friction Film Transfer: This operational restraint allows the silicate-ceramic formulation to execute a uniform molecular transfer film onto the rotor face without hitting localized thermal spikes, effectively preventing high-temperature noise anomalies from developing later in the component lifecycle.

GWM Front Axis Braking Matrix: Out-of-Factory Quality Directive
1. Material Structural Baseline & Limited Indemnity Terms
This steering-axis friction assembly is released subject to a limited structural conformity boundary restricting manufacturer accountability to 12 months or an absolute 30,000-kilometer odometer displacement (whichever limit expires first from the recorded day of professional replacement).

Technical Liability Boundaries: Factory compensation applies solely to verified mechanical material failures. Under independent laboratory or digital gauge review, covered variances are strictly limited to: chemical matrix delamination from the steel backing plate, casting substrate stress fractures under ordinary non-competitive driving profiles, or geometric backing plate stamped deviations that exceed GWM factory carrier clearances. Redress is restricted to component exchange.

Operational Voids: This technical backing is voided under standard field misapplications, specifically: installation onto un-machined, out-of-round, or scored brake discs; surface glaze formation caused by ignoring standard friction bedding-in profiles; asymmetric lining erosion stemming from seized caliper guide sliders; or any usage involving vehicle overloading or towing beyond GWM rated vehicle weights.

2. B2B Commercial Batch Audits & Technical Data Interoperability
The 168-Hour Verification Protocol: To secure logistics accuracy for global wholesale distribution channels, all notifications regarding bulk packing variances, application mismatches, or transit displacement damage must be processed within 168 hours (7 days) post-arrival. To fulfill technical audit criteria, components must remain unmounted, completely free of anti-squeal compound applications, and preserved within the individual batch boxes.

ERP Catalog Integration Specifications: For international trade buyers managing digital vehicle-application databases, we provide raw CSV compatibility matrices and 2D engineering dimensional drawings. This data protocol allows warehouse managers to execute virtual parts cross-referencing natively within their regional inventory systems without physically unboxing the product.

Standard Field Consultation: Mechanical reference blueprints regarding acoustic wear clip tracking, caliper fluid displacement volumes, and standard anti-vibration shim placement are accessible for certified technicians to support standard workshop maintenance alignment.