high-modulus

The same year it launched the Leo, a high-modulus carbon road frame.

Rear triangle made completely from ultra high-modulus carbon.

Inexpensive, petroleum-pitch-based, mesophase, high-modulus carbon fibers were used throughout.

Each rod is handmade and features a lightweight, high-modulus graphite blank and full cork handle.

Aluminum's low strength-to-stiffness ratio, for example, can be boosted appreciably with a layer of high-modulus composite fiber.

Manufactured with high-modulus graphite, ML3 rods incorporate a high-strain aerospace component for added durability.

The special high-modulus graphite tip GT shaft is engineered to be 50% stronger than steel for optimal stability at impact.

Novel Polymeric Alloy is compounded for geosynthetic applications, such as high-modulus geocells or geogrids.

In 2007, Gates Corporation developed a high-modulus synchronous belt and sprocket system called the Carbon Drive System.

Novel Polymeric Alloy was developed for a high-modulus geosynthetics, including geocells, geogrids and geomembranes, which require higher strength, stiffness and durability.

Carbon, glass, boron, graphite, hexagon, all seem lifeless to me; and high-modulus, high-strength aerospace technology leaves me about as cold as deep-frozen Arctic char.

In comparison to some competitors who use low cost glass or carbon fibres as filler materials, Trigon select only high-strength, high-modulus carbon filaments developed primarily for the aerospace industry.

Modern plastic materials, e.g. high-modulus polyethylene and Teflon , used on ski bases have excellent gliding properties on snow, which in many circumstances diminish the added value of a glide wax.

Also known as high-modulus polyethylene, (HMPE), or high-performance polyethylene (HPPE), it has extremely long chains, with a molecular mass usually between 2 and 6 million u.

Compound bow strings and cables are normally made of high-modulus polyethylene and are designed to have great tensile strength and minimal stretchability, so that the bow transfers its energy to the arrow as efficiently and durably as possible.