Dyneema

The secret to the superior performance of Dyneema® fiber (UHMwPE) lies in the extremely long molecular chains that transfer load more effectively to the polymer backbone. As a result Dyneema® offers maximum strength combined with minimum weight. It is up to 15 times stronger than quality steel and up to 40% stronger than aramid fibers, both on weight for weight basis. Dyneema® fiber floats on water and is extremely durable and resistant to moisture, UV light and chemicals. The applications are therefore more or less unlimited. Typical applications Used in maritime, offshore, sailing, industrial, and cut resistant applications that demand maximum breaking strength, abrasion resistance, cut resistance, plus in the case of SK78 , low creep properties as well

DYNAMICA SK78 is a 12 strand braided rope made with Dyneema® fiber. DYNAMICA SK78 is approx. 10 times stronger than steel wire pr. unit of weight. It means that DYNAMICA ropes have a slightly higher strength than a steel wire of the same diameter – but less than 1/10 of the weight. Furthermore DYNAMICA SK78 can sustain a very large number of peak loads, which means loads close to the breaking strength. Because of this property, DYNAMICA SK78 lasts a long time and has a high safe working load. Safety is also a fact when it comes to elongation, since DYNAMICA SK78 has a very low elongation and therefore has little backlash – even at hundreds of tonnes of load. With DYNAMICA SK78 you get a torque-neutral construction and avoid problems with bird caging and kinking which is a common problem with steel wire ropes. Furthermore DYNAMICA SK78 does not require lubricating. Because of all these product properties, DYNAMICA SK78 is used in a wide range off industries; offshore, maritime, t

Dyneema® is the strongest and most durable fiber in the world. At 30% lighter than nylon/polyester, 45% lighter than aramid, and 15 times stronger than steel, it offers game-changing properties for the sports and lifestyle, life protection, and workwear industries. Stretched and spun to deliver high strength and low density, this is molecular engineering for the street, stadium, road, backcountry, theater of war, factory, and more.

Dyneema® Tape Technology is ideal when you need a tape or sheet that is light, strong, very impact resistant, electromagnetically transparent and environmentally stable. Whether it’s for use in ballistic armor and radomes or in medical equipment, impact resistant panels or electronics, Dyneema® Tape Technology delivers proven Dyneema® performance in tape form. Soft yet strong and resin-free, Dyneema® Tape Technology offers excellent strength, impact resistance, electromagnetic transparency and thermal conductivity, outperforming aramids at a competitive price. Technology Dyneema® Tape Technology is made by transforming UHMwPE powder into sheets using a solid state technology process. These sheets can be used as they are or drawn and cut to create a tape that can be further processed by weaving and calendaring. Dyneema® Tape Technology shares many of the same characteristics as Dyneema® UD (unidirectional) Technology and meets the leading global standards for ballistic protection

Dyneema® Crystal Technology provides radar systems with maximum transparency and protection, regardless of radome configuration or frequency. With Dyneema® Crystal Technology all radar systems can obtain superior consistency and predictability at the widest range of frequencies. It makes the world’s strongest radome invisible to microwaves. DSM Dyneema’s new technology platform Dyneema® Crystal Technology provides maximum transparency and protection, with zero signal loss. No matter what the radome configurations or frequency. The ultra-high molecular weight polyethylene material of which the technology consists, constantly retains its electromagnetic properties. Thus making all highly sensitive radar systems perform crystal clear. It is the new go-to standard for the industry. Smart combination of strength and lightness for radomes Dyneema® Crystal Technology is a new benchmark in radome performance. In fact, the electromagnetic properties of this technology outperform all o