UDM Industries is a trusted innovation partner, delivering advanced materials for cross-
sector applications. With deep expertise in materials science, we help Manufacturing
and High-Tech customers enhance efficiency and drive sustainable progress.
The company engineers ultra-light, mission-critical solutions with advanced UV
resistance and bonding technologies—delivering lasting durability and consistent
performance in the field.
Domain Experties
UDM INDUSTRIES is a leading UD Fabric manufacturer, offering innovative solutions to meet our clients' diverse needs. Our UD Solutions are specially designed to provide superior strength and durability without compromising the overall quality of the final product. We work with the latest technology and equipment to produce seamless and continuous fabrics that can be used for various applications. Whether you are looking for high-performance fabrics for aerospace, automotive, marine, or sports equipment, we have got you covered.
Strengthening Structures
Reinforcing existing beams, columns, and slabs: UD fabrics, especially carbon fiber ones, boast a high strength-to-weight ratio. This allows them to reinforce existing structures, addressing changes in the system like adding openings or removing walls. They can also be used to retrofit structures for better resistance against seismic activity, wind, or blast loads. Additionally, UD fabrics can help restore the strength of structural elements damaged by fire, impact, or deterioration.
Lightweight Construction
Creating lightweight yet strong components: UD fabrics are often lighter than conventional woven materials, enabling the creation of lightweight yet strong components. This is crucial in situations where reducing weight is critical, such as in bridge construction or seismic retrofitting projects where minimizing additional load on the structure is important.
Precise Engineering
Tailoring mechanical properties: Due to their unidirectional nature, UD fabrics offer precise control over the direction of strength in a composite material. This allows engineers to design components with specific mechanical properties tailored to the specific demands of the application. For instance, they can be used to create components with high strength in one direction for specific load-bearing purposes.
PE-LINE
UHMW-PE Uni-Directional (UD) fabrics are high-performance raw materials. These fabrics consist of cross-plied polyethylene fiber tapes embedded in a thermoplastic matrix, engineered to absorb and disperse high-impact energy efficiently.
UHMW-PE is a cutting-edge material engineered for the most demanding environments. Its unique properties deliver unmatched performance where strength, durability, and weight matter most.
UHMW-PE offers excellent energy absorption, multi-hit durability, and resistance to moisture, chemicals, and UV exposure.
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Its low density allows it to float, while its radar transparency supports stealth applications. The material also dampens vibration, withstands thermal stress, and some variants offer a significantly reduced carbon footprint.
Thanks to their visco-elastic properties, vibration damping, and radar transparency, UHMW-PE UD materials enable the development of lighter, more effective ballistic solutions across a wide range of applications.
UHMW-PE fibers are among the strongest and lightest available—15 times stronger than steel by weight, with 40% higher specific strength than aramid. Their exceptional toughness, chemical resistance, and low density make them ideal for demanding protection systems.
SG
SG High-Tensile-Strength UD* composite engineered from refined Ultra-High Molecular Weight Polyethylene (UHMW-PE) fibers for soft armor applications.
Cross-ply architecture (0°/90°) strengthened with passive matrix demonstrates staggering class energy dissipation contributing to ultra-lightweight, multi-hit ballistic performance with minimal structural degradation.
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HG
HG is High-Tensile-Strength UD* composite engineered from refined Ultra-High Molecular Weight Polyethylene (UHMW-PE) fibers for hard armor applications.
Cross-ply architecture (0°/90°) strengthened with passive matrix with modified resin system demonstrates staggering class energy dissipation and spall retention. Serving as secondary energy absorber and structural support for ballistic solutions reduces total system weight compared to conventional metal or aramid-based solutions, without compromising protection.
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