Orçamento 24 horas
Orçamento 24 horas

Aircraft Brake Discs

Aircraft brake discs are critical components in the braking systems of modern aircraft, ensuring safe and efficient deceleration during landing and taxiing. These discs are typically manufactured from high-strength carbon composites or heat-resistant alloys to endure the extreme friction and temperature conditions generated during braking. The production of aircraft brake discs involves advanced machining techniques and strict quality control processes to guarantee their durability, thermal stability, and performance reliability under heavy load and high-speed conditions.

  • Excellent wear resistance
  • Superior anti-fade performance
  • High strength and toughness
  • Stable friction coefficient
  • Long service life
Pedir um orçamento
Serial NumberProduct categorypart numberReplacement part number
1A318/319/320 Aircraft brake discsLT-GA31984 LT-GA31561 LT-GA31562RGA31984/GA31984R1/ GA32205/GA32205R1/ GA31561/GA31562R/
2A318/319/320 Aircraft brake discsGA31687BMGA32713
3A321 Aircraft brake discsLT-GA31139-4 LT-GA32313-2GA31139-4 GA32313-1/2/3/4
4A330 Aircraft brake discsLT-537-122-3 LT-537-122-4537-122-3 537-122-4
5B737 Steel brake discsRotor Assembly BM-540/580/620/660/700/740 Moving disk framework BM-2612556 rotor plate BM-2612557-540/580/620/660/700/740 Rotor BM2612875 Static disk skeleton BM2612559 stator blade BM612/621/622/625/656/690/691/692P pressure plate BM2612725America ALS/2612555-540/580/620/660/700/740 AmericaALS/2612556 America ALS/2612557-540/580/620/660/700/740 AmericaALS/2612875 AmericaALS/2612559 America ALS/357-612/621/622/625/656/690/691/692 AmericaALS/2612725
6B747 Aircraft brake discsLT-537-113 LT-537-114537-113 537-114
7B757 Aircraft brake discsLT-AH089903 LT-AH089889AH089903 AH089889
8B737/767 Aircraft brake discsLT-GA32498GA32498
B737,B767
B737
B737
B737-2
B747
B757
A318,A319,A320
A318,A319,A320.jpg
A319,A320
A321
A330

Aircraft Brake Pad Product Series

Carbon-Carbon Composite Brake Pads

Featuring extremely high temperature resistance and excellent friction performance, primarily used in large passenger aircraft and military aircraft.

Powder Metallurgy Brake Pads

Cost-effective with stable performance, suitable for small and medium-sized aircraft and general aviation aircraft.

High-Performance Aviation Brake Discs

Used in conjunction with brake pads to provide complete braking solutions, ensuring system synergy.

Brake Pad Accessories and Maintenance Kits

Providing various accessories and tools required for brake pad installation, maintenance, and replacement, facilitating routine maintenance for customers.

Key considerations for machining turbine parts

Material selection

Selecting appropriate friction materials, such as carbon-carbon composites or powder metallurgy materials, based on aircraft type, operating environment, and braking requirements.

Precision machining

The manufacturing of brake pads requires high-precision molds and production processes to ensure dimensional accuracy, surface flatness, and structural integrity, thereby guaranteeing stable and reliable braking performance.

Thermal Management and Dissipation

Brake pads generate a large amount of heat during braking. Optimized design and material properties are needed to effectively manage heat, preventing thermal degradation and structural damage.

Friction Performance Testing

Rigorously testing the friction performance of brake pads, including friction coefficient, wear rate, and braking distance under various speed, load, and temperature conditions, to ensure compliance with aviation standards.

Application Areas of Aircraft Brake Pads

Civil Aviation: Ensuring the safety and efficiency of daily flight takeoffs and landings for commercial passenger and cargo aircraft.

General Aviation: Guaranteeing the safety of flight training and short-haul flights for small aircraft like private planes and trainers.

Aerospace: Used in spacecraft landing and recovery systems to provide precise and reliable braking control.

Surface Treatment and Coatings

  • High-temperature anti-oxidation coating
  • Corrosion protection coating
  • Friction-enhancing coating
  • Self-lubricating coating
  • Thermal barrier coating

Advantages of Aircraft Brake Pads

  1. High Safety: Providing stable and reliable braking performance under extreme conditions, effectively shortening stopping distances and ensuring the safety of aircraft and passengers.
  2. Excellent Durability: Utilizing advanced wear-resistant materials and manufacturing processes to extend the service life of brake pads and reduce maintenance costs.
  3. Adaptability to Complex Environments: Maintaining excellent braking effectiveness in complex environments such as high temperatures, high speeds, heavy loads, and slippery runways.
  4. Lightweight Design: Optimizing structural design to reduce brake pad weight while meeting performance requirements, contributing to overall aircraft weight reduction and improved fuel efficiency.
  5. Low Noise and Vibration: Carefully designed friction formulations and structures effectively reduce noise and vibration during braking, enhancing passenger comfort.
  6. Environmental Friendliness: Employing environmentally friendly materials and production processes to minimize environmental impact.
pt_PTPortuguese
en_USEnglish arArabic aryMoroccan Arabic nl_NLDutch fr_FRFrench de_DEGerman it_ITItalian pl_PLPolish ru_RURussian es_ESSpanish tr_TRTurkish azAzerbaijani id_IDIndonesian thThai jaJapanese ko_KRKorean ms_MYMalay my_MMMyanmar sr_RSSerbian sv_SESwedish viVietnamese pt_PTPortuguese

Pedir um orçamento gratuito

Part numbers alone are not sufficient to ensure performance.

To guarantee precision and compatibility, please provide:

Drawings or used samples for reverse engineering.