Introduction to HUSCH Ceramic Brake Pads
The Concept of Traditional Ceramic Brake Pads: A type of brake pad comprising mineral fibers, aramid fibers, and ceramic fibers (steel fibers are excluded as they can rust, create noise, and generate dust, thus not meeting the requirements for a ceramic-type formula). They are typically lighter in color and more expensive than other brake pads. Ceramic-type brake pads offer cleaner and quieter operation, providing excellent braking performance without excessive wear to the rotor (the opposing component).
The Concept of HUSCH Ceramic Brake Pads: They are manufactured using ceramic-based composite materials. Their core principle is based on "cermet" (ceramic-metal composite) technology, created through a special formula that composites non-metallic materials such as mineral fibers, aramid fibers, and ceramic fibers.
The Origin of Ceramic Brake Pads:
Many consumers initially mistakenly believe they are made from pottery-style ceramics. In reality, ceramic brake pads are developed from the principle of "cermets," not non-metallic ceramics. During high-speed or heavy braking, intense friction generates high temperatures on the surface, measured to reach 800–900°C or even higher. At these temperatures, a sintering-like reaction occurs on the brake pad surface, similar to that in cermet formation, granting the pad excellent stability. Traditional brake pads do not undergo this sintering reaction; instead, the sharp temperature rise can cause surface materials to melt or even create a gas cushion, leading to a sharp decline or complete loss of braking performance after repeated stops.
Judging the Formula of Ceramic Brake Pads:
A ceramic-type formula is not defined solely by the use of ceramic fibers. The primary criterion for judging whether a formula is ceramic-type is the performance of the final material, not the specific raw ingredients used.
Performance Characteristics of HUSCH Ceramic Brake Pads:
Fundamentally, any quality brand, including HUSCH, shares these traits: less dust accumulation on wheels; long lifespan for both rotors and pads; quiet operation, no vibration, and no damage to rotors.
Furthermore, HUSCH Ceramic Brake Pads address the following common issues for drivers:
(1) The Key Difference: No Metal
Traditional brake pads rely heavily on metal as the primary friction material. While they offer strong braking force, they cause more wear and are prone to noise. After installing ceramic brake pads, normal driving should not produce abnormal squealing or screeching. The absence of metal components avoids the metallic noise generated from friction between traditional metal pads and the rotor.
(2) Stable Friction Coefficient
The friction coefficient is the most critical performance indicator for any friction material, directly relating to braking capability. During braking, heat generated from friction raises the operating temperature. For ordinary pads, the friction material is affected by temperature, causing the coefficient to drop. This reduces actual braking force. Inferior friction materials in ordinary pads can have an unstable or excessively high coefficient, leading to unsafe factors like loss of control during braking, pad glazing, or rotor scoring. Even when rotor temperatures reach highs around 650°C, HUSCH ceramic pads maintain a stable friction coefficient between approximately 0.45-0.55, ensuring reliable vehicle braking performance.
(3) Excellent Thermal Stability, Low Thermal Conductivity, and Good Wear Resistance
Capable of withstanding long-term service temperatures up to 1000°C, this property allows ceramic materials to meet the high-performance demands of brake pads for high-speed operation, safety, and high wear resistance.
(4) Good Mechanical Strength and Physical Properties
They can withstand significant pressure and shear forces. Friction materials require drilling and assembly before being made into complete brake pad sets. Therefore, the material must possess sufficient mechanical strength to prevent damage or碎裂 during processing or use.
(5) Very Low Thermal Fade
Whether it's the first-generation M09 material or the fourth-generation TD58 ceramic brake pads, they ensure the vehicle maintains good braking performance for safety, with minimal thermal fade.
(6) Enhanced Braking Performance
Due to the relatively fast heat dissipation of ceramic-based materials, the friction coefficient in brakes made with them is generally higher than that of metallic brake pads.
(7) Safety
Brake pads generate instantaneous high temperatures during braking, especially during high-speed driving or emergency stops. At elevated temperatures, the friction coefficient of the pad can decrease, known as thermal fade. Ordinary brake pads suffer from significant thermal fade. High temperatures during emergency stops can also heat the brake fluid, leading to delayed braking response or even loss of braking effectiveness, resulting in lower safety margins.
(8) Comfort
Regarding comfort, owners are often most concerned about brake noise. Noise has been a persistent issue with ordinary brake pads. It stems from abnormal friction between the pad and rotor, with causes being complex—braking force, rotor temperature, vehicle speed, and climate conditions can all contribute. Furthermore, the causes of noise differ during the initial, main, and release phases of braking. If the noise frequency is between 0–550Hz, it's generally inaudible inside the cabin. However, if it exceeds 800Hz, the driver will noticeably perceive the braking noise.
(9) Superior Material Properties
HUSCH ceramic brake pads utilize advanced technological materials like large-particle graphite, brass, high-grade ceramic (non-asbestos), and semi-metallic compounds. They offer advantages such as high-temperature resistance, wear resistance, stable braking, the ability to help smooth minor rotor imperfections, environmental friendliness, quiet operation, and long service life. They overcome the material and process flaws of traditional brake pads, representing some of the most advanced ceramic brake pad technology internationally. Additionally, low ceramic shot content and good reinforcement properties can also reduce wear on the opposing rotor and minimize noise.
(10) Long Service Life
Service life is a major concern for owners. Ordinary brake pads typically last under 60,000 miles, whereas ceramic brake pads can last over 100,000 miles. This is because the unique formula of ceramic pads includes only 1-2 types of electrostatic powders; other materials are non-electrostatic. Thus, dust generated tends to be carried away by airflow during driving and does not adhere to the wheels, maintaining a cleaner appearance. The lifespan of ceramic materials is over 50% longer than ordinary semi-metallic pads. Using ceramic brake pads also prevents scoring (scratches) on the brake rotors, extending the rotor's service life by approximately 20%.
Unique Advantages of HUSCH Braking Products:
Braking is a crucial safety component for vehicles. Ordinary brake pads, after prolonged use, can develop a glazed layer that may lead to reduced braking power, unusual noises, and faster pad wear. Ceramic brake pads employ ceramic-based composite materials and efficient structures that reduce wear. Their service life can be up to 5 times that of ordinary pads and, with proper use, can last over three years. They also help shorten braking distances while reducing pedal effort by up to 75%.
Target Audience for HUSCH Brake Pads:
This generally includes: mid-to-high-end private car owners, urban commuters seeking a comfortable and quiet driving experience, vehicles frequently driven in mountainous or long downhill terrain, and car users who prioritize environmental friendliness and low maintenance costs. They are suitable for passenger vehicles like sedans, SUVs, and MPVs, and are particularly favored by owners of German, Japanese, and Chinese mid-to-high-end models.
Pricing for HUSCH Brake Pads:
HUSCH brake pads are very affordably priced, generally starting around $15. Depending on your vehicle's specifications, you can choose products at different price points to suit your budget.