# CMCMAT > Professional supplier of carbon material applications, mainly including carbon fiber preforms, high-density C/C composites for aerospace applications, aircraft brake heat stacks, and carbon ceramic brake rotors for performance vehicles. ## Posts - [BMW Carbon Ceramic Brakes: Everything You Need to Know](https://cmcmat.com/bmw-carbon-ceramic-brakes-guide/): BMW’s Carbon-Ceramic Brake Option BMW offers carbon-ceramic brakes as an optional upgrade on their M Performance vehicles under the name “M Carbon Ceramic Brakes.” Available on models like the M3, M4, M5, M8, X3 M, X5 M, and X6 M, these brakes represent the highest level of braking technology available for BMW road cars. But are they worth the premium price? Let’s dive deep into what makes BMW’s carbon-ceramic brakes special and whether they’re the right choice for you. BMW M Carbon Ceramic Brake Specifications BMW’s carbon-ceramic brake system features: Front rotors: Typically 400-410 mm diameter, significantly larger than standard […] - [Carbon-Ceramic vs Steel Brakes: A Complete Technical Comparison for Aerospace Applications](https://cmcmat.com/carbon-ceramic-vs-steel-brakes-a-complete-technical-comparison-for-aerospace-applications/) - [How to Choose the Right Aircraft Carbon Brake Heat Pack: A Buyer's Guide](https://cmcmat.com/choose-right-aircraft-carbon-brake-heat-pack/): Introduction Procuring aircraft carbon brake heat packs is a critical decision for airlines, MRO facilities, and fleet managers. The right choice balances performance, cost, certification compliance, and supplier reliability. This guide walks you through the key factors to consider when sourcing carbon-carbon brake components for your fleet. Step 1: Identify the Correct Part Number Aircraft brake components are identified by specific part numbers (P/N) that correspond to a particular aircraft type and brake assembly configuration. Before contacting any supplier, you need: Aircraft type and series: e.g., A320-200, B737-800, B777-300ER Brake assembly manufacturer: e.g., Honeywell, Safran, Collins Aerospace Heat stack P/N: […] - [Carbon-Carbon Composites Beyond Brakes: 7 Industrial Applications You Should Know](https://cmcmat.com/carbon-carbon-composites-industrial-applications/): More Than Just Brakes When most people hear “carbon-carbon composites,” they think of aircraft brakes or Formula 1 brake discs. But the remarkable properties of C/C materials — extreme temperature resistance, low thermal expansion, high strength-to-weight ratio, and chemical inertness — make them indispensable across a wide range of industries. 1. Semiconductor Manufacturing The semiconductor industry relies on C/C composites for high-temperature process fixtures and tooling: Wafer carriers and susceptors: C/C components hold silicon wafers during chemical vapor deposition (CVD) and epitaxial growth processes at temperatures exceeding 1,200°C Ion implantation fixtures: The material’s dimensional stability under thermal cycling is critical […] - [5 Tips for Maintaining Carbon-Ceramic Brake Rotors on Your Sports Car](https://cmcmat.com/maintaining-carbon-ceramic-brake-rotors-sports-car/): Protecting Your Investment Carbon-ceramic brake rotors are a significant investment, often costing $8,000-$15,000 for a complete set. The good news? With proper care, they can last 200,000-300,000 km — potentially the entire lifetime of your vehicle. Here are five essential tips to maximize the life and performance of your carbon-ceramic brakes. Tip 1: Proper Bedding-In Is Critical The bedding-in (or break-in) process is arguably the most important step for carbon-ceramic brake longevity. During bedding-in, a thin transfer layer of pad material is deposited onto the rotor surface, creating the optimal friction interface. Recommended bedding-in procedure: Start with 20-30 gentle stops […] - [The Future of Carbon Composite Materials in Aerospace and Automotive](https://cmcmat.com/future-carbon-composite-materials-aerospace-automotive/): A Growing Market The global carbon composites market is experiencing rapid growth, driven by increasing demand from aerospace, automotive, and energy sectors. According to industry reports, the carbon fiber composites market is projected to exceed $40 billion by 2030, growing at a CAGR of approximately 10% from 2024. This growth is fueled by several converging trends: the push for lighter, more fuel-efficient vehicles and aircraft; the transition to electric vehicles (which benefit enormously from weight reduction); and advancing manufacturing technologies that are making carbon composites more accessible and cost-effective. Key Trends Shaping the Future 1. Next-Generation Carbon-Ceramic Brakes The next […] - [Understanding Aircraft Brake Certifications: PMA, TSO, and CAAC Approval](https://cmcmat.com/aircraft-brake-certifications-pma-tso-caac/): Why Aircraft Brake Certification Matters Aviation is one of the most heavily regulated industries in the world, and for good reason — the safety of hundreds of passengers depends on every component functioning perfectly. Aircraft brake components, as safety-critical parts, must undergo rigorous certification processes before they can be installed on any commercial aircraft. Understanding these certifications helps airlines, MRO providers, and procurement professionals make informed decisions when sourcing brake components. Key Certification Types FAA PMA (Parts Manufacturer Approval) PMA is issued by the U.S. Federal Aviation Administration (FAA) and allows a manufacturer to produce and sell replacement parts for […] - [How Carbon Fiber Preforms Are Manufactured: From Raw Fiber to Brake Component](https://cmcmat.com/how-carbon-fiber-preforms-manufactured/): Understanding Carbon Fiber Preforms Carbon fiber preforms are the foundational building blocks of all carbon-carbon (C/C) and carbon-ceramic (C/SiC) composite products, including brake discs, thermal protection systems, and structural components. A preform is essentially a shaped arrangement of carbon fibers that defines the final part’s geometry, fiber architecture, and mechanical properties. The quality of the preform directly determines the quality of the finished composite product, making preform manufacturing one of the most critical steps in the production chain. Types of Carbon Fiber Preforms 1. Needled Preforms (2.5D/3D) Needled preforms are the most common type used for brake disc applications. The […] - [Carbon-Ceramic vs Steel Brakes: Which Is Better for Performance Vehicles?](https://cmcmat.com/carbon-ceramic-vs-steel-brakes-performance-vehicles/): The Great Brake Debate If you’re considering upgrading your high-performance vehicle’s braking system, the choice between carbon-ceramic and traditional steel brakes is one of the most significant decisions you’ll make. Both have their merits, but understanding the trade-offs is essential for making the right choice. Head-to-Head Comparison Weight Carbon-Ceramic: A carbon-ceramic brake disc typically weighs 50-60% less than an equivalent steel disc. For example, a front rotor for a Porsche 911 weighs approximately 6.1 kg in carbon-ceramic versus 13.4 kg in cast iron. Steel: Heavier, but this weight is at the wheel (unsprung mass), which has a disproportionate effect on […] - [Why Airlines Choose Carbon-Carbon Brake Heat Stacks](https://cmcmat.com/why-airlines-choose-carbon-carbon-brake-heat-stacks/): The Critical Role of Aircraft Brakes Every time a commercial aircraft lands, its brake system must absorb an enormous amount of kinetic energy — converting the speed of a 200+ ton aircraft traveling at over 250 km/h into heat within seconds. This makes aircraft braking one of the most demanding applications for any material, and it’s why the aviation industry has overwhelmingly adopted carbon-carbon (C/C) composite brake heat stacks. What Is a Carbon-Carbon Brake Heat Stack? A carbon-carbon brake heat stack is the core friction component in an aircraft’s multi-disc brake assembly. It typically consists of: Stator discs: Stationary discs […] - [What Are Carbon-Ceramic Brakes? A Complete Guide](https://cmcmat.com/what-are-carbon-ceramic-brakes-complete-guide/): Introduction to Carbon-Ceramic Brakes Carbon-ceramic brakes represent the pinnacle of braking technology, combining exceptional stopping power with remarkable durability and weight savings. Originally developed for Formula 1 racing and aerospace applications, carbon-ceramic brake systems have increasingly found their way into high-performance road vehicles and commercial aviation. How Carbon-Ceramic Brakes Work Unlike traditional cast iron or steel brakes, carbon-ceramic brakes are manufactured from a composite of carbon fibers and silicon carbide (SiC). The manufacturing process involves several key steps: Carbon fiber preform creation: Continuous carbon fibers are arranged into 3D or 2.5D needled preforms, creating the structural backbone of the brake […] - [Environmental Impact of Carbon-Carbon Brake Systems vs Other Materials in Manufacturing and Disposal](https://cmcmat.com/environmental-impact-carbon-carbon-brake-systems/): The environmental impact of manufacturing and disposing of carbon-carbon (C/C) brake systems involves several factors, from the energy-intensive production processes to the challenges of recycling the materials used. When comparing C/C composites to other materials like steel or aluminum typically used in brake systems, different environmental footprints emerge based on material extraction, production, usage, and end-of-life management. Here’s a breakdown of these factors: Manufacturing Impact Usage Impact End-of-Life Impact Overall Environmental Impact While C/C brake systems offer performance advantages that can translate into safety and operational efficiency benefits, their environmental impact is generally higher in terms of both energy consumption […] ## Pages - [Products](https://cmcmat.com/product/) - [404 Page](https://cmcmat.com/404-page/): 404 Page Not Found This is not a fault, just an accident that was not intentional. However, we doubt that this is the page you’re looking for and we apologize profusely for it. Home Page - [Knowledge](https://cmcmat.com/knowledge/) - [FAQ](https://cmcmat.com/faq-on-carbon-ceramic-brakes/): 12 FAQS on 3D Continuous Carbon Ceramic Brake Discs for Vehicles 1. Which brake pads can be used with carbon ceramic brake discs? Currently, the best option brake pads for carbon ceramic discs are organic compounds made, which are similar to be used with traditional iron brake discs but different. These are pads are more low-metal or semi-metal pads. Our carbon ceramic brake discs can be used with Pagid Racing RSC series pads, and Pagid Racing RSL29 pads. But these are not available for every shapes now. We have developed our own low-metal pads, any shapes can be covered. These […] - [Customization Carbon Parts](https://cmcmat.com/customization-carbon-parts/): Customization Carbon Parts - [Other Carbon Applications](https://cmcmat.com/other-carbon-applications/): Other Carbon Applications - [Thank you](https://cmcmat.com/thank-you/): Thank You We appreciate your interest in Shenzhen CMC Composite Co., Ltd and our high performance carbon carbon and carbon ceramic parts. Your message has been successfully received, and one of our representatives will get back to you shortly. What Happens Next? Review: Our team is reviewing your inquiry and will ensure that your questions or requests are addressed thoroughly. Response: You can expect a response within 1-2 business days. If your inquiry is urgent, please feel free to reach out to us directly at sales@cmcmat.com or call us at +86-13823149826. Further Communication: We’ll work closely with you to understand […] - [Disclaimers](https://cmcmat.com/disclaimers/) - [Return and Refund Policy](https://cmcmat.com/return-and-refund-policy/) - [Shipping Policy](https://cmcmat.com/shipping-policy/) - [Anti-Spam Policy](https://cmcmat.com/anti-spam-policy/): Anti-Spam Policy At CMCMAT, we are committed to protecting our website users and customers from any form of unsolicited and unwanted communications. This Anti-Spam Policy outlines our stance on spam and sets forth the measures we take to ensure compliance with anti-spam laws and regulations. By using our website and services, you agree to the terms and practices outlined in this policy. 1. Definition of Spam Spam refers to any unsolicited, irrelevant, or inappropriate messages sent over the internet, typically to a large number of users, for the purpose of advertising, phishing, spreading malware, or other malicious intent. 2. Our […] - [Cookie Policy](https://cmcmat.com/cookie-policy/) - [Terms of Services](https://cmcmat.com/terms-of-services/): Terms of Service Welcome to CMCMAT’s official website, www.cmcmat.com (hereinafter referred to as “the Site”). The Site is owned and operated by Shenzhen CMC Composite Co., Ltd. (hereinafter referred to as “we”, “us”, or “our”). By accessing and using the Site, you (“the User”) agree to be bound by the following Terms of Service. If you do not agree to these terms, please refrain from using the Site. 1. Acceptance of Terms By accessing, browsing, or using any part of the Site, you accept and agree to be bound by these Terms of Service, including any future modifications. These Terms […] - [Privacy Policy](https://cmcmat.com/privacy-policy-2/): Privacy Policy Sehnzhen CMC Composite Co., Ltd (“we”, “us”, or “our”) respects your privacy and is committed to protecting your personal data. This Privacy Policy explains how we collect, use, disclose, and safeguard your information when you visit our website www.cmcmat.com (“the Site”). By using the Site, you agree to the collection and use of information in accordance with this policy. If you do not agree with the terms, please discontinue using the Site. 1. Information We Collect We may collect various types of information from you when you visit the Site or interact with us. The data we collect […] - [Contact](https://cmcmat.com/contact/): Contact Us Home / Contact Us Contact Us Connect With Us We’d love to hear from you! Contact Information Call Us : +86-13823149826 Email: Sales@cmcmat.com Add: Rm509, Building 49, Cuigang Industrial Zone 5, Huaide Community, Fuyong Street, Bao’an Dist, Shenzhen, China. 518103 We are open from Monday to Friday 00.90 AM – 18.00 PM Get In Touch You have questions? We are available for you.All Products inquired are listed here. Please fill out this form to receive more detailed information. - [Home](https://cmcmat.com/): Carbon Carbon and Carbon Ceramic Composite and Applications Carbon Ceramic Brakes & C/C Heat Packs | High-Performance Solutions Light Weight and High Heat-Resistant Carbon matrix Composite Discover More Get a Quote Cost Effective Designed for durability and efficiency, you can get long-term value across various high-demand applications. Focus on Quality All the aircraft carbon carbon parts are certified, and all the carbon ceramic brakes are proved by different customers. Ready to save your cost with our higher performance parts? Contact Us ABOUT US From Aviation to Automobile, Brake Parts Based on Carbon Carbon and Carbon Ceramic materials. Shenzhen CMC Composite […] - [Blog](https://cmcmat.com/blog/) - [About](https://cmcmat.com/about/): About Us Home / About Us ABOUT US Innovative Carbon-Carbon and Carbon-Ceramic Composite Manufacturers Shenzhen CMC Composite Co., Ltd (CMCMAT) is a leading company specializing in the production and development of carbon-ceramic and carbon-carbon materials. With a strong focus on innovation and high-tech applications, we have garnered an excellent reputation in aerospace, aviation, and automotive industries. THE KEY TECHNOLOGY Core Technology to Manufacture Carbon-Carbon and Carbon-Ceramic Composite How to produce the carbon carbon and carbon carbon ceramic composite? Carbon Densification We have CVI (Chemical Vapor Infiltration), CVD (Chemail Vapor Deposition), and LPI (Liquid Phase Infiltration) proces to produce carbon carbon […] ## Products - [Alfa Romeo Carbon Ceramic Brake Rotors](https://cmcmat.com/alfa-romeo-carbon-ceramic-brake-rotors/): CMCMAT 3D carbon ceramic brake rotors for Alfa Romeo. Alfa Romeo Giulia Quadrifoglio and Stelvio Quadrifoglio. Fits OEM Brembo calipers.. 70% lighter than steel, zero fade, plug-and-play fitment. Contact us for a quote. Request a Quote → - [McLaren Carbon Ceramic Brake Rotors](https://cmcmat.com/mclaren-carbon-ceramic-brake-rotors/): CMCMAT 3D carbon ceramic brake rotors for McLaren. McLaren 540C, 570S/GT, 600LT, 620R, 720S, 765LT, Artura, GT, Senna.. 70% lighter than steel, zero fade, plug-and-play fitment. Contact us for a quote. Request a Quote → - [Ferrari Carbon Ceramic Brake Rotors](https://cmcmat.com/ferrari-carbon-ceramic-brake-rotors/): CMCMAT 3D carbon ceramic brake rotors for Ferrari. Ferrari 488 GTB/Spider/Pista, F8 Tributo, Roma, 296 GTB, SF90, 812 Superfast, Purosangue.. 70% lighter than steel, zero fade, plug-and-play fitment. Contact us for a quote. Request a Quote → - [Porsche Cayenne Carbon Ceramic Brake Rotors](https://cmcmat.com/porsche-cayenne-carbon-ceramic-brake-rotors/): CMCMAT 3D carbon ceramic brake rotors for Porsche Cayenne. Porsche Cayenne S, GTS, Turbo, Turbo GT, Cayenne Coupe (958/9YA). Also Panamera and Taycan.. 70% lighter than steel, zero fade, plug-and-play fitment. Contact us for a quote. Request a Quote → - [Aston Martin Carbon Ceramic Brake Rotors](https://cmcmat.com/aston-martin-carbon-ceramic-brake-rotors/): CMCMAT 3D carbon ceramic brake rotors for Aston Martin. Aston Martin DB11, DBS Superleggera, Vantage (2019+), DBX/DBX707.. 70% lighter than steel, zero fade, plug-and-play fitment. Contact us for a quote. Request a Quote → - [Lamborghini Carbon Ceramic Brake Rotors](https://cmcmat.com/lamborghini-carbon-ceramic-brake-rotors/): CMCMAT 3D carbon ceramic brake rotors for Lamborghini. Lamborghini Huracan (EVO/STO/Tecnica), Urus/Urus Performante, Aventador/Revuelto.. 70% lighter than steel, zero fade, plug-and-play fitment. Contact us for a quote. Request a Quote → - [Mercedes AMG Carbon Ceramic Brake Rotors](https://cmcmat.com/mercedes-amg-carbon-ceramic-brake-rotors/): CMCMAT 3D carbon ceramic brake rotors for Mercedes AMG. Mercedes-AMG GT, C63/C63S, E63/E63S, S63, GLE 63, GLC 63, GLS 63.. 70% lighter than steel, zero fade, plug-and-play fitment. Contact us for a quote. Request a Quote → - [Audi RS Carbon Ceramic Brake Rotors](https://cmcmat.com/audi-rs-carbon-ceramic-brake-rotors/): CMCMAT 3D carbon ceramic brake rotors for Audi RS. Audi R8, RS3, RS4, RS5, RS6, RS7, RSQ8, RS e-tron GT, S8.. 70% lighter than steel, zero fade, plug-and-play fitment. Contact us for a quote. Request a Quote → - [Porsche 911 Carbon Ceramic Brake Rotors](https://cmcmat.com/porsche-911-carbon-ceramic-brake-rotors/): CMCMAT 3D carbon ceramic brake rotors for Porsche 911. Porsche 911 Carrera, Carrera S, GTS, Turbo, Turbo S, GT3, GT3 RS (992/991). Also 718 Cayman GT4.. 70% lighter than steel, zero fade, plug-and-play fitment. Contact us for a quote. Request a Quote → - [High Density C/C Composite](https://cmcmat.com/high-density-c-c-composite/): Ultra-high temperature resistance (up to 2800°C) and ablation resistance for Rocket Nozzles and Throat Inserts. Density ≥ 1.85 g/cm³ Request a Quote → - [BMW Carbon Ceramic Brake Rotors](https://cmcmat.com/bmw-carbon-ceramic-brake-rotors/): CMCMAT next-generation carbon ceramic brake rotors. 3D needle-punched continuous carbon fiber technology. 70% lighter than steel, zero fade, plug-and-play fitment. Request a Quote → - [BAe146 Brake Heat Pack AH091373](https://cmcmat.com/bae146-brake-heat-pack-ah091373/): Material: Carbon carbon composite Description: Carbon brake Heat Pack Assembly P/N: AH091373 Condition: New Aircraft Type: BAe 146 Request a Quote → - [ATR72 Brake Heat Sink AH089676](https://cmcmat.com/atr72-brake-heat-pack-ah089676/): Material: Carbon carbon composite Description: Carbon Heat Sink Assembly P/N: AH089676 Condition: New Aircraft Type: ATR72 Request a Quote → - [ATR72 Brake Heat Pack GA32469](https://cmcmat.com/atr72-brake-heat-pack-ga32469/): Material: Carbon carbon composite Description: Carbon Heat Pack Assembly P/N: GA32469. Condition: New Aircraft Type: ATR72 Request a Quote → - [ARJ21/ C909 Brake Heat Pack 90008516](https://cmcmat.com/c909-brake-heat-pack-90008516/): Material: Carbon carbon composite Description: Carbon Heat Pack Assembly P/N: 90008516 Condition: New Certificate: CAAC Aircraft Type: ARJ21/ C909 - [ERJ-145 Heat Pack P/N: 537-52 OPT1](https://cmcmat.com/erj-145-heat-pack-p-n-537-52-opt1/): Material: Carbon carbon composite Description: Carbon Heat Pack Assembly P/N: 537-52 OPT1 Condition: New Aircraft Type: ERJ-145 Alternative P/N: 537-52 OPT2 537-52 OPT3 537-52 OPT4 - [ERJ190/ERJ195 Heat Pack P/N: 90010400](https://cmcmat.com/heat-pack-p-n-90010400/): Material: Carbon carbon composite Description: Carbon Heat Pack Assembly P/N: 90010400 Condition: New Aircraft Type: ERJ190/ERJ195 Alternative P/N: 90009483-1 - [ERJ-145 Heat Pack P/N: 537-125 OPT1](https://cmcmat.com/erj-145-heat-pack-p-n-537-125-opt1/): Material: Carbon carbon composite Description: Carbon Heat Pack Assembly P/N: 537-125 OPT1 Condition: New Aircraft Type: ERJ-145 Alternative P/N: 537-125 OPT2 537-125 OPT3 537-125 OPT4 537-125-1 OPT1 537-125-1 OPT2 537-125-1 OPT3 537-125-1 OPT - [ERJ-135 Heat Pack P/N: 537-124 OPT1](https://cmcmat.com/erj-135-heat-pack-p-n-537-124-opt1/): Material: Carbon carbon composite Description: Carbon Heat Pack Assembly P/N: 537-124 OPT1 Condition: New Aircraft Type: ERJ-135 Alternative P/N: 537-124 OPT2 - [MD-90 Heat Sink P/N: 5011460-3](https://cmcmat.com/heat-sink-5011460-3/): Material: Carbon carbon composite Description: Carbon Heat Sink Assembly P/N: 5011460-3 Condition: New Certificate: CAAC PMA Aircraft Type: MD-90 - [B737 Heat Sink P/N: 537-262-1](https://cmcmat.com/heat-sink-537-262-1/): Material: Carbon carbon composite Description: Carbon Heat Sink Assembly Condition: New Certificate: CAAC PMA Aircraft Type: B737-600/700/800/900/BBJ, B737-8 Compatibale with brake unit P/N: Alternative P/N: 537-262-1, 537-262-2, 537-262-3, 537-262-4 - [B737 Heat Sink P/N: 537-206-1](https://cmcmat.com/heat-sink-537-206-1/): Material: Carbon carbon composite Description: Carbon Heat Sink Assembly Condition: New Certificate: CAAC PMA Aircraft Type: B737-600/700/800/900/BBJ, B737-8 Compatibale with brake unit P/N: Alternative P/N: 537-206-1, 537-206-2, 537-206-3, 537-206-4 - [B747-400/400F Heat Pack P/N: 537-113](https://cmcmat.com/heat-pack-537-113/): Description: Carbon Heat Sink Assembly P/N: 537-113 Certificate: CAAC PMA Condition: New Aircraft Type: B747-400/400F Compatibale with brake unit P/N: Alternative P/N: 537-114   - [A350 Heat Pack P/N: 537-279-1](https://cmcmat.com/heat-pack-537-279-1/): Description: Carbon Heat Sink Assembly Condition: New Aircraft Type: A350 Compatibale with brake unit P/N: Alternative P/N: 537-279-1, 537-279-2, 537-279-3, 537-279-4 - [B777 Heat Pack P/N: GA32519-2](https://cmcmat.com/heat-pack-ga32519-2/): Description: Carbon Heat Sink Assembly P/N: GA32519-2 Approval: Condition: New Aircraft Type: B777 Compatibale with brake unit P/N: Alternative P/N: GA32519-2R, GA32519-3, GA32519-3R - [B777 Heat Pack P/N: GA31774-2](https://cmcmat.com/heat-pack-ga31774-2/): Description: Carbon Heat Sink Assembly P/N: GA31774-2 Approval: Condition: New Aircraft Type: B777 Compatibale with brake unit P/N: Alternative P/N: / - [B777 Heat Pack P/N: 2612719](https://cmcmat.com/heat-pack-2612719/): Description: Carbon Heat Sink Assembly P/N: 2612719 Approval: Condition: New Aircraft Type: B777 Compatibale with brake unit P/N:   - [A350 Heat Sink P/N: 537-202-1](https://cmcmat.com/heat-sink-537-202-1/): Material: Carbon carbon composite Description: Carbon Heat Sink Assembly P/N: 537-202-1 Condition: New Aircraft Type: A350 Compatibale with brake unit P/N: Alternative P/N: 537-202-2, 537-202-3, 537-202-4 - [A330-200/300, A340-200/300 Heat Sink P/N: 2612721](https://cmcmat.com/heat-sink-2612721/): Material: Carbon Carbon (C/C) composite Description: Carbon Heat Sink Assembly P/N: 2612721 Certificate: Condition: New Aircraft Type: A330-200/300, A340-200/300 Compatibale with brake unit P/N: Alternative P/N: 2616703, 2616608, 2616606, 2613729 - [A330-200/300, A340-200/300 Heat Sink P/N: 2612735](https://cmcmat.com/heat-sink-2612735/): Material: Carbon Carbon (C/C) composite Description: Carbon Heat Sink Assembly P/N: 2612735 Certificate: Condition: New Aircraft Type: A330-200/300, A340-200/300 Compatibale with brake unit P/N: Alternative P/N: 2613730, 2616704, 2616609, 2616607, 59002156-001, 59002914-001 - [A330/A340 Carbon Brake Heat Stack Assembly P/N: 537-122-1](https://cmcmat.com/heat-stack-537-122-1/): Material: Carbon Carbon (C/C) composite Description: Carbon Heat Sink Assembly P/N: 537-122-1 Certificate: CAAC Condition: New Aircraft Type: A330-200/300, A340-200/300 Compatibale with brake unit P/N: Alternative P/N: 537-122-2, 537-122-3, 537-122-4 - [A320neo Brake Heat Stack Assembly P/N: 537-217-1](https://cmcmat.com/heat-stack-537-217-1/): Material: Carbon Carbon (C/C) composite Description: Carbon Heat Sink Assembly P/N: 537-217-1 Condition: New Aircraft Type:  A320neo Compatibale with brake unit P/N: 2-1759-1, 2-1759-2, 2-1759-2N Alternative P/N: 537-217-2, 537-217-3, 537-217-4 - [A320neo Brake Heat Stack Assembly P/N: 537-158-1](https://cmcmat.com/heat-stack-537-158-1/): Material: Carbon Carbon (C/C) composite Description: Carbon Heat Sink Assembly P/N: 537-158-1 Condition: New Aircraft Type:  A320neo Compatibale with brake unit P/N: 2-1728 Alternative P/N: 37-158-2, 537-158-3, 537-158-4 - [A320neo Carbon Brake Heat Sink P/N: GA32819](https://cmcmat.com/heat-sink-ga32819/): Material: Carbon Carbon (C/C) composite Description: Carbon Heat Sink Assembly P/N: GA32819 Condition: New Aircraft Type:  A320neo Compatibale with brake unit P/N: C20780000, C20780001, C20780002   - [A318/A319/A320 Heat Stack Assembly 537-67](https://cmcmat.com/heat-stack-537-67/): Material: Carbon Carbon (C/C) composite Description: Carbon Heat Sink Assembly P/N: 537-67 Condition: New Aircraft Type: A318/A319/A320 Compatibale with brake unit P/N: Alternative P/N: 537-68 - [A320 Carbon Brake Heat Sink P/N: 537-106](https://cmcmat.com/heat-sink-537-106/): Material: Carbon Carbon (C/C) composite Description: Carbon Heat Sink Assembly P/N: 537-106 Condition: New Aircraft Type: A318/A319/A320 Compatibale with brake unit P/N: Alternative P/N: 537-106-1 537-106-2 - [A300/310 Carbon Brake Heat Pack GA32034](https://cmcmat.com/heat-pack-ga32034/): Material: Carbon Carbon (C/C) composite Description: Carbon Heat Sink Assembly P/N: GA32034 Condition: New Aircraft Type:  A300/A310 Compatibale with brake unit P/N: Alternative P/N: GA32034R1 - [A300/310 Aircraft Carbon Brake Heat Pack GA31176](https://cmcmat.com/heat-pack-ga31176/): Material: Carbon Carbon (C/C) composite Description: Carbon Heat Sink Assembly P/N: GA31176 Condition: New Aircraft Type:  A300/A310 Compatibale with brake unit P/N: Alternative P/N: - [A300/310 Carbon Brake Heat Pack GA32029](https://cmcmat.com/a300-310-carbon-brake-heat-pack-ga32029/): Material: Carbon Carbon (C/C) composite Description: Carbon Heat Sink Assembly P/N: GA32029 Condition: New Aircraft Type:  A300/A310 Compatibale with brake unit P/N: Alternative P/N: GA32452 - [B777 Heat Pack P/N 537-213-1](https://cmcmat.com/heat-pack-p-n-537-213-1/): Description: Carbon Heat Sink Assembly P/N: 537-213-1 Approval: CAAC PMA Condition: New Aircraft Type: B777 Compatibale with brake unit P/N: Alternative P/N: 537-213-2 537-213-3 537-213-4 537-261-1 537-261-2 537-261-3 537-261-4 - [B767-300 Heat Pack P/N 2613023](https://cmcmat.com/heat-pack-p-n-2613023/): Description: Carbon Heat Sink Assembly P/N: 2613023 Certificate: Condition: New Aircraft Type: B767-300 Compatibale with brake unit P/N: Alternative P/N: - [B757-200 Aircraft Heat sink P/N 304-330](https://cmcmat.com/heat-sink-304-330/): Material: Steel Description: Carbon Heat Sink Assembly P/N: 304-330 Certificate: CAAC PMA Condition: New Aircraft Type: B757-200 Compatibale with brake unit P/N: Alternative P/N: - [B747-400/400F Heat Pack P/N: 537-3](https://cmcmat.com/heat-pack-p-n-537-3/): Description: Carbon Heat Sink Assembly P/N: 537-3/4 Certificate: CAAC PMA Condition: New Aircraft Type: B747-400/400F Compatibale with brake unit P/N: Alternative P/N: 537-96/97 - [B737NG and B767-300 Heat Sink P/N: GA32498](https://cmcmat.com/heat-sink-p-n-ga32498/): Material: Carbon carbon composite Description: Carbon Heat Sink Assembly Condition: New Aircraft Type: B737-600/700/800/900/BBJ, B737-8, B767-300 Compatibale with brake unit P/N: Alternative P/N: GA32003, GA32498, GA32498R1 - [Bae-146 Heat Sink P/N: AHO91373](https://cmcmat.com/heat-sink-aho91373/): Material: Carbon carbon composite Description: Carbon Heat Sink Assembly Condition: New Aircraft Type: BAE 146 Compatibale with brake unit P/N: Alternative P/N: - [B757-200 Carbon Brake Heat Pack P/N: 537-20](https://cmcmat.com/b757-200-carbon-brake-heat-pack-p-n-537-20/): Material: C/C composite Description: Carbon Heat Sink Assembly Condition: New Aircraft Type: B757-200 Compatibale with brake unit P/N: Alternative P/N: - [Heat Sink P/N: AHO91476](https://cmcmat.com/heat-sink-aho91476/): Material: Carbon carbon composite Description: Carbon Heat Sink Assembly Condition: New Aircraft Type: C295 Compatibale with brake unit P/N: Alternative P/N: - [A330-200/300, A340-200/300 Heat Sink P/N: 537-34-1](https://cmcmat.com/heat-sink-p-n-537-34-1/): Material: Carbon carbon composite Description: Carbon Heat Sink Assembly Condition: New Aircraft Type: A330, A340 Compatibale with brake unit P/N: Alternative P/N: 537-34-1; 537-34-2; 537-173-1; 537-173-2; 537-173-3; 537-173-4 - [A340-500/600 Heat Sink P/N: 537-123-1](https://cmcmat.com/heat-sink-p-n-537-123-1/): Material: Carbon carbon composite Description: Carbon Heat Sink Assembly Condition: New Aircraft Type: A340-500/600 Compatibale with brake unit P/N: Alternative P/N: 537-123-1; 537-123-2 - [Fokker-100 Heat Sink P/N: 5013504](https://cmcmat.com/heat-sink-p-n-5013504/): Material: Carbon carbon composite Description: Carbon Heat Sink Assembly Condition: New Aircraft Type: Fokker 100 Compatibale with brake unit P/N: Alternative P/N: 5013427; 5013427-1; 5011828; 5011828-1; 5012031; 5012031-1; 5013504-2; 5013504-3 - [Heat Sink P/N: 2-1580](https://cmcmat.com/heat-sink-p-n-2-1580/): Material: Steel Description: Aircraft Brake Heat Sink Assembly Condition: New Aircraft Type: T-6 Compatibale with brake unit P/N:   - [A321 Heat Packs P/N: GA32313-1](https://cmcmat.com/a321-heat-packs-p-n-ga32313-1/): Description: Carbon Heat Sink Assembly GA31984 Approval: CAAC PMA Condition: New Aircraft Type: A321 Compatibale with brake unit P/N: Alternative P/N: GA32313-2; GA32313-3; GA32313-4 - [A320 Carbon Heat Sink GA31984](https://cmcmat.com/carbon-heat-sink-ga31984/): Material: Carbon Carbon (C/C) composite Description: Carbon Heat Sink Assembly Condition: New Aircraft Type: A318/ A319/ A320 Compatibale with brake unit P/N: Alternative P/N: GA31984R1; GA32205; GA32205R1; GA32713; GA32713R1 ## Optional - [Agent (MCP protocol)](websites-agents.hostinger.com/cmcmat.com/mcp) [comment]: # (Generated by Hostinger Tools Plugin)