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SF35001
HongPro
SF35001
Engineered for superior stopping power and safety, the SF35001 is a high-performance ceramic brake pad designed for a smooth, quiet, and reliable driving experience. Formulated with advanced ceramic compounds, it provides exceptional braking performance with a high friction coefficient (≥0.45) for responsive pedal feel and shorter stopping distances, all while generating significantly less dust than semi-metallic alternatives.
This pad operates effectively within a wide temperature range, resisting fade and maintaining consistent performance. Its integrated shims and precision chamfers drastically reduce noise and vibration, ensuring quiet operation. Rigorously tested to meet ECE R90 international standards, the SF35001 offers outstanding rotor friendliness for extended system life. It's the intelligent choice for drivers seeking a perfect balance of safety, comfort, and durability
Our SF35001 brake pads utilize a proprietary ceramic compound engineered for a high and stable coefficient of friction (0.45-0.55 μ). This ensures responsive braking and reliable stopping power across various driving conditions. Unlike generic semi-metallic pads, our advanced formula generates up to 60% less dust, keeping your wheels cleaner and reducing long-term maintenance. The ceramic material also provides exceptional heat dissipation, minimizing the risk of brake fade under normal urban and highway use, for consistent performance that you can trust.
Trust is built on verification. The SF35001 is rigorously tested and certified to comply with the ECE R90 international regulation, a globally recognized safety standard for replacement brake pads. This certification guarantees that our product meets stringent requirements for friction behavior, dimensional accuracy, and overall performance, matching or exceeding the original equipment specifications. By choosing the SF35001, you are selecting a component that has passed the industry's most demanding safety benchmarks.
Say goodbye to annoying brake squeal. The SF35001 is meticulously designed with integrated multi-layer shims and precision-engineered chamfers and slots. These features work in harmony to dampen high-frequency vibrations that cause noise, ensuring exceptionally quiet operation. This sophisticated design not only enhances driving comfort but also reduces stress on the brake caliper and rotor system, contributing to the overall longevity of your vehicle's braking system.
A great brake pad should stop your vehicle effectively without causing excessive wear to other components. The SF35001 compound is specifically formulated to be rotor-friendly. Its non-abrasive ceramic materials work with the rotor surface to provide effective braking while minimizing wear. This results in a longer service life for both the pads and the rotors, providing better value and reducing the total cost of ownership through fewer part replacements over time.
Consistency is key to safety. Our brake pads are engineered to maintain stable performance even under elevated temperatures generated during repeated braking. The SF35001 exhibits excellent resistance to brake fade, ensuring that the stopping power remains predictable and effective when you need it most. This reliable performance, backed by a comprehensive quality control system certified to IATF 16949, provides peace of mind for every drive.
| Parameter | Specification / Value | Remarks / Standard |
| Part Number | SF35001 | - |
| Product Type | Ceramic Brake Pad Set | Includes necessary hardware |
| Friction Material | Advanced Ceramic Compound | Proprietary Formula |
| Coefficient of Friction (μ) | 0.45 - 0.55 | Stable across a wide temperature range. Certified to ECE R90. |
| Operating Temperature Range | -40°C to +650°C | Ensures reliable performance in extreme conditions. |
| Total Thickness | 17.5 mm | ± 0.2 mm |
| Friction Material Thickness | 14.7 mm | ± 0.2 mm |
| Backing Plate Material | Electro-coated Steel | Provides superior rust & corrosion resistance. |
| Plate Thickness | 2.8 mm | ± 0.1 mm |
| Shim / Insulator | Multi-layer Anti-Noise Shim | Pre-installed for vibration damping and quiet operation. |
| Chamfers & Slots | Multi-Chamfered & Slotted | Reduces noise and prevents crack propagation; improves gas evacuation. |
| Wear Sensor | Included | Integrated wear indicator for audible alert. |
| Quality Standard | IATF 16949:2016 | Our manufacturing system is certified to this global automotive quality standard. |
| Safety Certification | ECE R90 | Compliant with international regulation for replacement brake pads. |
Here are specific application scenarios of brake pad:
Engineered for the demands of daily driving, the SF35001 provides quick, bite-free engagement perfect for repetitive braking in city traffic. Its advanced ceramic formulation ensures consistent performance from cold start in the morning to the final stop home, offering a smooth and judder-free pedal feel. This translates to reduced driver fatigue and enhanced safety during the daily grind, with the added benefit of up to 60% less dust to keep wheels cleaner.
For drivers who value a responsive and assertive driving experience, the SF35001 delivers. With a high and stable friction coefficient (0.45-0.55 μ), it offers confident braking power and shorter stopping distances during highway merging, overtaking, and unexpected situations. The integrated anti-noise features, including chamfers and shims, ensure this robust performance is achieved without the annoyance of brake squeal, maintaining cabin comfort.
Navigating hilly areas or routes with frequent descents requires brakes that resist fade. The SF35001 is formulated to maintain its integrity and stopping power at elevated temperatures (up to 650°C), preventing the performance loss common in inferior pads. This thermal stability provides crucial peace of mind and reliable deceleration when navigating long slopes, preventing brake system stress and ensuring consistent control.
In commercial applications where vehicle uptime and low maintenance costs are critical, the SF35001 is an intelligent choice. Its rotor-friendly ceramic compound minimizes wear on more expensive brake rotors, extending the overall brake system's life. Combined with its certified durability (IATF 16949 & ECE R90), it offers a predictable maintenance schedule and a lower total cost of ownership, making it a reliable part for fleet managers.
1. Professional Installation is Key
For your safety, we strongly recommend having your SF35001 brake pads installed by a certified mechanic. They will ensure correct fitting, properly clean the brake caliper assembly, and conduct a mandatory brake fluid bleed to eliminate air, guaranteeing optimal system performance from the first press.
2. The Crucial Running-In (Bed-In) Period
New brakes require a proper bed-in process to transfer material evenly onto the rotor surface. After installation, perform 20-30 moderate brakings from approximately 50 km/h to 15 km/h. Avoid sudden, hard stops and coming to a complete halt during this process. Allow adequate cooling time between brakings.
3. Ongoing Care for Longevity
For the first 300-500 km, try to avoid heavy and panic braking whenever possible. This allows the pad and rotor to fully mate, establishing the final friction layer. This simple running-in procedure is essential for achieving the full, quiet, and high-performance potential of your new ceramic brake pads.
