Developing materials that are both light and exceptionally strong is a central challenge in modern defence technology. Balancing weight reduction with the need for durability, protection, and high performance requires advanced skills in polymer science and engineering.

The importance of lightweight and strong materials

For applications such as drones, vehicle panels, helmets, and body armor, the demand for lighter materials is driven by the need for increased mobility, rapid deployment, and reduced fatigue for personnel.

Yet, pursuing lighter weight often means contending with limitations in impact resistance, flexibility, and environmental durability. Norner’s polymer experts must carefully optimize polymers and fiber-reinforced thermoplastics, and support design and development of hybrid materials to achieve the necessary balance of low mass and high mechanical strength. The ongoing evolution in this field underscores the critical role of lightweight solutions in enhancing operational effectiveness.

Performance Under Extreme Conditions

In defence environments, materials are required to endure exposure to temperature changes, humidity, fire, chemicals, and pressure. Extensive exposure testing of polymers, composites, and coated steel is a crucial part in optimizing material selection, including the development of weather-, UV-, temperature-, and chemically resistant material solutions.

Norner offers testing according to military standards and can design custom test setups to meet specific client requirements. Our use of advanced laboratory testing to characterize failure mechanisms under high strain rates ensures that materials perform reliably under extreme conditions. Our accredited coating laboratory provides rigorous testing and verification of paints and coatings, ensuring effective corrosion protection for military equipment and infrastructure.

Our services:

• Norner develops lightweight, strong, and durable polymer materials for defense.
• The company works with polymer and composite solutions, and support development of hybrid materials that combine polymers with ceramics or metals.
• All materials are tested under extreme conditions such as heat, cold, humidity, chemicals, and mechanical loads.
• Testing follows military standards and can be adapted to specific customer needs.
• Coatings and paints are also developed to protect equipment and infrastructure from corrosion.
• Applications include drones, vehicle panels, helmets, body armor, and critical infrastructure.
• The goal is to improve mobility, ensure personnel safety, and meet future requirements for protection and performance.

Contact us if you are interested in discussing polymer excellence in defence applications.

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