Ceramic Brake Pads, Disc Brake Pads,Brake Pads Manufacturer

IFK OFFERS

Ceramic Formula

IFK Ceramic Brake Pads provide superior breaking for all makes and models of vehicles. Our long-lasting ceramic brake pads are durable, delivering improved stopping power, reduced rotor wear, and low dust, making them the perfect choice for upgrading from conventional pads.

Engineered to reduce brake noise, our brake pads effectively eliminate noise, vibration, and harshness (NVH). IFK Ceramic Brake Pads’ innovative ceramic braking technology delivers ultra-quiet, smooth braking performance in a wide variety of driving situations and weather.

· Greater consistent pedal feel

· Excellent heat dissipation and superior fade resistance

· Superior initial effectiveness with the less required break-in period

· Enhanced durability

· 40,000 to 60,000 km lifetime

· Increased braking power in crucial braking situations

· Outstanding anti-dust capability for cleaner wheels and tires

· Decreased brake NVH (Noise, Vibration, and Harshness)
Low-metallic Formula

IFK Low-Metallic Brakes Pads are made from an organic formula combined with small amounts of metal that help with heat transfer to offer improved braking. They are good at dissipating heat and provide reliable braking and designed to keep wheels exceptionally clean and deliver first-rate stopping power in a shorter stopping range. Exceedingly rotor-friendly, these brake pads are ultra-quiet with no break-in required. Delivering the ultimate performance and the safest braking experience, our high-performance low-metallic brake pads are 100% asbestos free and made with first-rate brake friction material, providing optimal heat resistance for all kinds of driving conditions and weather

· Exceptional stopping power

· Ideal vehicle control and braking performance response

· 30,000 to 50,000 km lifetime

· Exceptionally long brake pad and rotor life

· Economical and reliable

· Substantial reduction in dust

· Stable friction performance across the wide temperature range
NAO

IFK Organic Brake Pads are designed to minimize disc wear to help prolong brake disc's life，offers superb and reliable braking force, prevents heat build-up, and eliminates brake dust, while ensuring a longer pad life. They consist of organic fibers that are used to reinforce the friction materials and provide strength to the brake pad.

· Ultra-low rotor wear and less dusting for cleaner wheels

· 40,000 to 50,000 km lifetime.

· Exceptionally high friction coefficient

· Reliable stopping power

· 100% asbestos-free formula

· Organic, non-asbestos material

Your

Trusted

Manufacturer

IFK Brake Pad is engaged in the design, manufacturing, and supplying premium friction products, including disc brake pads and brake shoes, providing a complete range of premium quality for all makes and models of passenger and commercial vehicles. Designed with the highest standards for quality, IFK Brake pads deliver ultimate braking performance, superior vehicle control, and exceptional and consistent brake pedal feel.

OUR ADVANTAGE

PRODUCTION MATERIALS

Same backing plate suppliers as ASIMCO, core friction materials imported from the U.S.A., such as Resin, and Aramid fiber; Graphite from Germany, Titanium Acid sheet from Japan.

POSITIVE MOLDING TECHNOLOGY

Positive molding technology is an essential factor in the production of IFK Brake Pads. Positive molding is the technology that has been adopted by O.E. friction suppliers for manufacturing brake pads. The brake pads produced by this technology are proven to have a much better stopper.

QUALITY CERTIFICATIONS

Manufactured and supplied under ISO/TS16949 certifications to ensure the highest level of quality, safety, and reliability. IFK Brake Pads' quality is tested and approved under a number of certifications, which include ISO9001:2015 and E-Mark ECE R-90 which is required by the European Union and other countries that have adopted ECE regulations. performance, longer pad life, and resistance to heat fade.

MULTIPLE QUALITY INSPECTION

*Material Inspection-All raw materials and accessories

*Lab Inspection: stability of friction coefficient during the different range of temperature and the braking performance in the wading troughs, as well as the sheer force test

*Production Process Inspection-1)Initial inspection before the mess production for product quality.

*Final Inspection-taken the final checkup before the delivery

SALES NETWORK

IFK has devoted itself to delivering excellent OE quality brake pads and professional customer service to the worldwide market, such Russia, Ukraine, Netherland, Turkey, Georgia, Algeria, Tunisia, Morocco, USA, Thailand, Bolivia... and so on, with the product range from European, Japanese to American, Korean and Chinese car model.

canddy@gzifk.com

+86 13928892112

Canddy

ifk057@gzifk.com

+86 13928892190

Winson

Menkou Mountain Qu Dong Cun, TaiPing Town,Conghua, Guangzhou, China

8620-36278400

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OEM&ODM

We have the experience, capability, and R&D resources to offer the best OEM/ODM service to you. Your brand, Your Name!

Special is just fewer case. But you are special for us.

KNOWLEDGE CENTER

24 May 2023

What Are the Advantages of Ceramic Brake Pads?

The Ceramic formula does not refer to a formula using ceramic fibers. The standard for judging whether a formula is ceramic is mainly the performance of the material, but this material refers not to the raw materials used, but the performance of the finished product.

23 May 2023

What Are the Causes of Low Metal Brake Pad Rattle?

Low metal brake pads rattling may be due to the brake pads become thin backplate grinding brake discs, low metal brake pads in the foreign body will lead to the case of rattling, so when the brake rattling first check the thickness of the low metal brake pads, the thickness of the problem without a few feet of brake may ease the problem of rattling. Here is an introduction to the causes of low metal brake pad rattling.

23 May 2023

Timing and Precautions for Replacing Semi-Metallic Brake Pads

Semi-metal-based friction materials are very stable below the conflict coefficient, without thermal degradation, and have good thermal stability. Semi-metal-based friction material has good wear resistance, and its service life is 3-5 times that of asbestos friction material; it has good conflict performance and stable conflict coefficient under high load.