Static and dynamic mechanical diagnostics
Our research facilities include advanced strength testing machines, which are the heart of mechanical diagnostics for ballistic materials. They allow for the precise determination of key physical characteristics for both single fibers and finished hybrid components. Without this data, it would be impossible to create armor that could withstand the extreme stresses of the battlefield. Full control of physical parameters.
Comprehensive static and fatigue testing of materials
We perform a wide range of tests, including tensile, compression, and 3-point bending. We analyze not only the behavior of materials under constant load, but also their resistance to material fatigue resulting from long-term use. This allows us to determine how multiple loading cycles affect the safety and durability of finished products, which is essential in the aviation and defense industries.
Destructive testing
We determine the precise parameters of the breaking and plasticity of aramid fibers and the hardness of technical ceramics used in armor. This allows us to know when the material reaches its critical point.
Batch control
We regularly verify the repeatability of raw material parameters supplied by external manufacturers. We eliminate defective material batches before they enter the production process.
Technical reports
We provide complete research results documentation, which is an essential element in the certification and approval process for special and military products.
Accurate verification of the yield strength, tensile strength, and compressive strength is essential for creating an effective shield. Our tests allow us to precisely determine how specific operating conditions and sudden dynamic loads affect the structural integrity of energy-absorbing shields. This eliminates the risk of sudden material failure in critical situations.
Macro-scale strength testing
Dedicated research and specialized instrumentation
We understand that modern protective systems often have unusual shapes and structures. That's why we design and manufacture specific holders and testing equipment to enable the testing of even the most complex geometries used in ballistics engineering. Our flexibility allows us to conduct unconventional tests that go beyond standard testing frameworks, providing unique insights into your product.
The results of our laboratory research serve as strategic input data for engineers and designers worldwide. They allow for a fully conscious selection of raw materials with the highest protection-to-weight ratio, which is crucial in modern gear. Our reports facilitate the decision-making process regarding product development directions, minimising the risk of failure during final ballistic tests.
Key Documentation for R&D Processes
Choose proven ballistic protection.
Our products are created by specialists with many years of experience in the fields of ballistics, biomechanics, and materials engineering. Every product is tested by independent experts in both laboratory conditions and in a real-world environment before it goes on sale.
