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SS35002
HongPro
SS35002
SS35002 is a high-performance ceramic brake pad engineered for superior safety and durability. Formulated with advanced ceramic compounds and reinforced with copper-free materials, it delivers exceptional stopping power while generating significantly less dust and noise compared to conventional metallic pads.
Independent testing confirms a stable friction coefficient (μ) of 0.40-0.45 across a wide temperature range (100°C to 450°C), ensuring reliable performance under demanding conditions. This results in up to 20% shorter braking distances and a 45% improvement in heat dissipation. The pads are certified under ECE R90, guaranteeing direct replacement performance matching OE specifications.
Designed for a quiet, clean operation and extended service life, they provide a perfect balance of safety, comfort, and environmental compliance. Backed by a 1-year/unlimited-mileage warranty.
Our proprietary ceramic compound replaces traditional and often regulated metallic materials. This innovative copper-free brake pad technology provides robust, consistent friction while eliminating the risk of copper contamination. The result is a highly stable performance with a friction coefficient (μ) of 0.40-0.45 that remains effective from 100°C to 450°C. This directly translates to reliable stopping power in both daily commutes and demanding conditions, all while being an environmentally conscious choice.
Brake fade under high temperatures is a critical safety concern. The SS35002 features a specialized backing plate and shim design that improves heat dissipation by up to 45% compared to standard pads. This enhanced heat dissipation technology significantly reduces brake fade, ensuring consistent pedal feel and reliable deceleration even during repeated heavy braking. This engineering focus provides peace of mind and superior brake fade resistance when you need it most.
Tired of dusty wheels and annoying squeals? Our precision-engineered chamfers and slots work in harmony with a proprietary noise-dampening shim to virtually eliminate high-frequency vibrations. Combined with our hard-wearing ceramic formula, these low dust brake pads keep your wheels cleaner for longer. Experience the comfort of low noise brake pads ceramic that provide confident, silent stops, enhancing your overall driving pleasure.
Value is measured in both performance and lifespan. Independent lab tests demonstrate that the SS35002 exhibits up to 25% lower wear rates than typical semi-metallic alternatives. This long lifespan ceramic brake pad is engineered for extended service intervals, reducing long-term ownership costs. The robust construction ensures uniform wear, protecting your brake rotors and providing you with a reliable solution that lasts.
Trust is paramount. The SS35002 is fully certified under the stringent ECE R90 international standard, guaranteeing its performance is equivalent or superior to original equipment (OE) parts. This ECE R90 certified brake pads assurance means perfect fitment and optimal performance for your vehicle. We stand behind our quality with a strong 2-year/unlimited-mileage warranty, giving you complete confidence in your purchase.
| Parameter | Specification / Value |
| Product Model | SS35002 |
| Position | Front Axle |
| Friction Material | Advanced Copper-Free Ceramic Compound |
| Friction Coefficient (μ) | 0.40 - 0.45 (Stable across 100°C to 450°C) |
| Working Temperature Range | -40°C to +650°C |
| International Certification | ECE R90 Approved |
| Noise Level | < 70 dB (Tested per SAE J2521) |
| Compressibility | ≤ 2.5% (Ensures a firm pedal feel) |
| Shear Strength | > 20 MPa |
| Specific Wear Rate | ≤ 0.35 x 10⁻⁷ cm³/Nm |
| Backing Plate | Electro-coated, Anti-corrosion Treated |
| Shim / Insulator | Integrated Multi-layer Rubber-Cork Insulator |
Here are specific application scenarios of brake pad:
Navigate stop-and-go traffic with superior control and comfort. The SS35002's stable friction coefficient (μ 0.40-0.45) ensures consistent, predictable braking response at low to medium speeds. Its copper-free ceramic formulation is specifically engineered for reliable braking in urban traffic, generating up to 60% less dust than metallic pads to keep your wheels clean. The integrated noise-dampening shim guarantees a quiet, squeal-free experience during your daily drive.
When traveling at higher speeds, reliable stopping power is non-negotiable. This pad maintains its performance integrity even under elevated temperatures, providing confidence during overtaking or sudden slowdowns. The advanced heat dissipation technology effectively manages thermal energy, significantly reducing brake fade. This makes it an excellent choice for high-performance braking on highways, ensuring safety and driver confidence on long journeys.
Durability and cost-effectiveness are critical for business operations. The SS35002's exceptional wear resistance, with a low specific wear rate of ≤ 0.35 x 10⁻⁷ cm³/Nm, translates directly into an extended service life. This long service life for fleet vehicles reduces maintenance frequency and total cost of ownership. Its ECE R90 certification guarantees that every set delivers OE-matching performance, ensuring reliability across an entire fleet without compromising on safety standards.
If you frequently drive in hilly areas or experience variable weather, you need brakes you can trust. The SS35002 operates flawlessly across a wide temperature range (-40°C to +650°C), providing dependable performance in both cold mornings and on steep, winding descents. Its corrosion-resistant backing plate fights rust caused by rain or road salt, making it a robust choice for durable braking in varied conditions and enhancing vehicle safety year-round.
Professional Installation: Always have brakes installed by a qualified technician. They will ensure the brake calipers, slides, and rotors are cleaned, lubricated with high-temperature grease, and inspected for wear.
The Bed-In Process: After installation, a proper bed-in process is crucial. Perform a series of 20-30 moderate brakings from 50 km/h to 20 km/h, allowing for cooling intervals between stops. This conditions the pads and rotors, transferring a thin layer of friction material for maximum contact and optimal brake performance. Avoid heavy braking for the first 200 km.
