Innovative Solutions for the
Aerospace Industry
Aerospace Industry
Unlock the Potential of AI in Aerospace Manufacturing
Unlock the Potential of AI in Aerospace Manufacturing
At FEHRMANN MaterialsX, we specialize in bridging the gap between traditional materials development and cutting-edge AI technology. MatGPT, a unique synergy of AI, Simulation, and targeted experiments, is designed specifically to address your most pressing challenges. With MatGPT, you will have the power to improve your production processes, enhance material properties, and accelerate development cycles efficiently.
Innovative Materials for Emerging Energy Sources
AI-Driven R&D: The emergence of new energy sources like hydrogen requires advanced materials for seals, valves, and cooling systems. MatGPT leverages state-of-the-art knowledge and internal data to accelerate the development of materials that meet the safety and performance standards needed for these applications.
Advanced Materials for Space Exploration
Optimized Manufacturing: The aerospace industry is continually advancing with new rockets and fuels. MatGPT analyzes processing parameters to integrate innovative materials into production lines with minimal disruption, supporting the specific needs of space exploration components.
Weight Reduction for Enhanced Efficiency
Material Innovation: Aerospace is always in need of weight reduction to improve efficiency and performance. MatGPT accelerates the discovery of new materials with superior strength-to-weight ratios, crucial for producing lighter, safer aerospace components.
Addressing Supply Chain Complexity
Quality and Logistics Optimization: Aerospace manufacturing involves complex supply chains with numerous suppliers. MatGPT enhances supply chain management by analyzing quality and logistics data, ensuring better process control and coordination.
Supporting New Design Development
Streamlined Compliance: Aerospace design requires meeting complex regulatory requirements and conformity standards, often involving large amounts of documentation. MatGPT assists in managing these documents, e.g. concessions, ensuring compliance and speeding up the approval process.
Materials Design Development
Materials Design Development
MatGPT
Corrosion Resistance
MatGPT assists in predicting and mitigating corrosion processes, facilitating the creation of durable materials designed for the harsh conditions of aerospace applications.
Thermal Stability
The need for materials that can withstand extreme temperatures is critical in aerospace. MatGPT helps in the development of thermally stable materials, ensuring safety and reliability.
Fatigue Resistance
Aerospace components are subject to high-stress conditions. MatGPT aids in developing materials with superior fatigue resistance, enhancing the lifespan and performance of these components.
Information System for Complex Technical Data
Information System for Complex Technical Data
MatGPT
Document Management
MatGPT efficiently manages vast amounts of technical documents, ensuring quick access and information retrieval.
Knowledge Management
MatGPT ensures that critical technical knowledge is retained and easily accessible, mitigating the impact of workforce changes and skill shortages.
real results
Our Solutions
Our Solutions
How our innovations drive your success
Impact Absorber Components
Impact Absorber Components
Our impact absorber components, created using a dual approach of 3D printing and die-casting, leverage the power of AlMgty® alloy, a game-changer in the field.
Silo vehicles - collars, lids, discharge funnels
Silo vehicles - collars, lids, discharge funnels
For leading national and international vehicle manufacturers like Köhler and Feldbinder, we produce seawater-resistant, pressure-tight weldable cast parts with a tensile strength of A = 12 % according to the European Pressure Equipment Directive (PED / AD2000). Only the high-stretch ductile aluminium alloys developed by us enable the construction of mobile pressure vessels such as silo vehicles or silo rail wagons made from aluminium.
Closing flaps for valves
Closing flaps for valves
For gas equipment we supply closing flaps for valves made from ductile, high-tensile aluminium alloys. These lighter flaps enable the flaps to be closed faster or using less force, which in turn reduces energy consumption, purchase costs and operating costs.
Contact
Get in touch.
Get in touch.
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