Dyneema® Force Multiplier Technology
A revolution in ballistic armor protection
Dyneema® technologies are raising the protection benchmark. They are evolving life protection by meeting ballistic and anti stab performance standards with significantly lighter, more comfortable, and more ergonomic solutions than are possible aramids, ceramics, or other materials.
Going beyond maximum protection
Dyneema® Force Multiplier Technology fuses breakthrough polymer science, next generation fiber technology, and unique uni-directional engineering to deliver V-50 performance that is off the charts.
- Exceptional performance, trauma protection, and flexibility
- Exceptional comfort, agility, payload, and function
- Reduce armor weight by up to 25% in both soft and hard ballistics
DSM Dyneema is again revolutionizing life protection with the lightest materials ever seen in the industry
Dyneema® Force Multiplier Technology is a radical step change in armor innovation that is setting a new standard for ballistic armor protection in personal protection, vehicle armor, and next generation tactical gear that's engineered around the soldier or law officer.
Dyneema® in ballistic protection
Discover how Dyneema® Force Multiplier Technology is being used to create hard ballistic personal and vehicle armor.
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One of the determining advantages to use of synthetic high performance ropes is their lightweight and high strength nature.
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ScienceDyneema® Anti Stab Technology for extra protection
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A comparison between the mechanical behaviour of steel wires and ultra high molecular weight poly ethylene cables for sternum closure
A comparison between the mechanical behaviour of steel wires and ultra high molecular
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Heavy Duty Lashing Tasks: Steel Chain Replacement with New Tycan® Synthetic Link Chains, made with Dyneema®, the World’s Strongest Fiber™
Product Information Sheet
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Samson Rope Technologies and DSM Dyneema undertook a 2-year long joint program to establish a better understanding of retirement criteria of synthetic fiber ropes.
Research Paper: Abrasion and Residual Strength of Fiber Tuglines
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To establish a better understanding of retirement criteria of a rope in service, approximately 40 AmSteel Blue ropes made from Dyneema SK75 HMPE fiber were field-tested.
Abstract: Fatigue and residual strength of fiber tuglines
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Polyrotaxanes through Post-Assembly Chain Extension
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Development of HMPE fiber for deepwater permanent mooring applications - DOT Perth 2012
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Tensile deformation of high strength and high modulus polyethylene fibers
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Dynamical Structure of Carboxypeptidase A
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Deformation Energetics of Chain Defects of Polyethylene
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Residual Strength Testing of Dyneema® , Fibre Tuglines
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ScienceThe Science Behind Dyneema®
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Engineering guidelines for airborne wind energy tethers with HMPE fibers
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Design with Ultra Strong Polyethylene Fibers
Product Information Sheet
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Development of HMPE fiber for permanent deep water offshore mooring
Product Information Sheet
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Design considerations on a flexible membrane tsunami flood barrier
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Creep forming of high strength polyethylene fiber prepregs for the production of ballistic protection helmets.
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Creep and stiffness of HMPE fiber for permanent deepwater offshore mooring
Product Information Sheet
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Craze Growth mechanics
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A non-linear orthotropic hydrocode model for ultra-high molecular weight polyethylene in impact simulations
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Product Information Sheet Pressure distribution and surface quality during forming of thermoplastic composites with a collection of rubber particles as mould half
Product Information Sheet Pressure
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The manufacture, properties and applications of high strength, high modulus polyethylene fibers
Handbook
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High-strength and high-modulus poly(p-xylylene) (PPX) fibers show no creep at room temperature and retain at 200°C, in air or in nitrogen atmosphere, still 50 to 60% of their tensile strengths at room temperature, whereas the modulus does not change.
Product Information Sheet Creep resistance and high temperature strength of poly(p-xylylene) fibers
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Fatigue and residual strength of fiber tuglines
Abstract
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This investigation is mainly devoted to the fatigue behaviour of ABS and to the fracture strain and the notched Izod fracture energy.
Abstract
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A comparison between the mechanical behaviour of steel wires and ultra high molecular weight poly ethylene cables for sternum closure
Abstract: A comparison between the mechanical behaviour of steel wires and ultra high molecular weight poly ethylene cables
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Ropes and Tension Members
On the Origin of Lifetime Extension for HMPE Ropes in Bending Operations
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Engineering guidelines for airborne wind energy tethers with HMPE fibers. This reference offers an overview of the field of airborne wind energy.
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Abstract
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The present paper shows the influence of both rubber hardness and particles’ shape and dimensions on the pressure distribution during pressure forming.
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New protection levels of UHMWPE armour: From a hydrocode model of HB26 to new generation Dyneema® for armour applications.
Modelling of ballistic impact on fiber composites (Van der Werff, 2010)
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Progressive failure modelling of notched composite laminates and its experimental verification
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This investigation is mainly devoted to the fatigue behaviour of ABS and to the fracture strain and the notched Izod fracture energy.
The effect of material defects on the fatigue behaviour and the fracture strain
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Development of HMPE fiber for deepwater permanent mooring applications
Development of hmpe fiber for deepwater permanent mooring applications
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Creep and Stiffness of HMPE fiber for permanent deepwater offshore mooring
Development of hmpe fiber for deepwater permanent mooring applications
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The manufacture, properties and applications of high strength, high modulus polyethylene fibers
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High-strength and high-modulus poly(p-xylylene) (PPX) fibers show no creep at room temperature and retain at 200°C, in air or in nitrogen atmosphere, still 50 to 60% of their tensile strengths at room temperature, whereas the modulus does not change.
Creep resistance and high temperature strength of poly(p-xylylene) fibers
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ScienceIs working at the forefront of innovation.
Tim Kidd, New Business Development Manager
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ScienceIs fascinated by strong materials
Roel Marissen, Scientist
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ScienceDocusses on translating fundamental fiber understanding
Rigo Bosman, Application Development
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ScienceEnjoys being the missing link between the capabilities of the Dyneema® fibers and the needs of customers
Peto Verdaasdonk, Applied Research Manager
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ScienceLikes to act in the field of product application and development
Martin Vlasblom, Applied Research Manager
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ScienceLoves the freedom she has to work on ideas and the space to explore new things!
Marina Calazans, R&D Project Engineer
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ScienceWants to understand and manipulate the molecules in our materials
Harm van der Werff, Principal Scientist
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ScienceIs curious about everything he hasn't seen or done before
Hans Plug, Ideation Manager
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ScienceLoves developing new markets for UHMWPE fiber
Dietrich Wienke, New Business Development Manager
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Joke Hendrix, Product Engineer R&D
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