Aerospace, Aircraft and Marine

High-quality of o-ring, gasket and seals, engineered to support critical operations and guarantee safety transportation in aerospace, aircraft and marine industry

Reliability and high-performance are the main features for sealing in aerospace, aircraft and marine industry. The materials can retain excellent sealing effect under extreme temperatures and pressures, and against exposure to aggressive chemicals.

In this industry gaskets, o-rings, and seals are fundamental to ensuring operational safety, long-term reliability, and compliance with strict regulations – all while withstanding extreme conditions and contributing to overall system efficiency and performance

MCM produces static and dynamic gaskets, sealing systems and parts in high-performance materials for the aerospace and aircraft sector. The crucial components, gaskets, o-rings and seals, are designed for precision assemblies for engines, fuel circuits, hydraulic systems, and onboard equipment.

All sealing solutions intended for the aeronautical sector can withstand high and low temperatures, the action of aggressive chemical agents, aeronautical fuels, hydraulic fluids, oils and greases. All applications are also characterized by high resistance to external agents such as sand or ice and low friction.

Performance in marine sector is critical: the humid and alkaline environment can put a strain on the tightness of the components, requiring only the highest quality spare parts.

MCM has high-performance sealing for marine with very high resistance to corrosion and thermal expansion.

Typical system applications include hydraulics, onboard system, lubrication systems, fuel systems and pneumatics.

We manufacture sealing solutions for:

  • Aircraft
  • Helicopters
  • Ships and submarines

Each of these systems depends on specialized components tailored to aerospace, aircraft and marine requirements. We select High-Performance compounds for specific applications that are resistant to aggressive chemicals, fluids and gasses, that guarantee performance in extreme conditions.

Compounds for Aerospace, Aircraft and Marine applications
o-ring for aerospace, aircraft and marine industry

Everywhere you go, we go with you.

From aircraft to marine and aerospace, MCM manufactores precision-engineered sealing component – O-rings, gaskets and seals – for extreme environments and critical applications.

With advanced O-ring, gaskets and seals, we accompany customers in every application, from the skies to the sea, ensuring continuous safety and dependable performance.

Materials

We provide a full range of materials to manufacture gasket, seals and o-ring for aerospace, aircraft and marine industry, in compliance with the most restrictive regulamentations.

The following materials are the most commonly used for semiconductor applications:

  • FFKM, evolast®

    Characterised by a broad service temperature range from -46 °C to 340 °C, evolast® compounds exhibit remarkable resistance to aggressive chemicals, such as acids, organic and inorganic fluids, ketones, esters, solvents, amines, as well as hot water and steam.

  • FKM

    Special compounds for explosive decompression (AED/RGD) ensure reliable performance in extreme conditions. Working within temperature ranges from -60 °C to 250 °C, these materials exhibit good physical properties and excellent chemical resistance.

  • HNBR

    Tailored with special compounds to withstand explosive decompression (AED/RGD), exhibits excellent performance within a temperature range of -60 °C to 180 °C. HNBR based compounds have excellent physical properties and are resistant to aggressive chemical environments.

Not limited to the aerospace, aircraft and marine industries, our high-performance gaskets, o-rings, and seals are designed to meet the demanding requirements of multiple sectors. From Food and Beverage, Energy, Oil & Gas and Petrochemical, Automotive, Semiconductor, to the Chemical Process Industry, MCM delivers tailored sealing solutions that ensure reliability, compliance, and long-lasting performance in even the most critical applications.

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