STRENGTH TO WEIGHT

Exceptional strength-to-weight

Dyneema rope fibers showing tensile strength

How tensile strength, low stretch and minimum thickness reduce material bulk.

Dyneema fibers showing engineered tensile strength

Engineered strength

Dyneema® fibers are molecularly engineered UHMWPE. Their high tensile strength allows composite structures to carry load with less material, helping reduce thickness and bulk compared with many traditional textile constructions.

Up to 55% lighter

In comparable lightweight shelter applications, Dyneema® Composite Fabrics can reduce weight by up to 55% compared with typical nylon fabric constructions. The point is not only less mass, but a thinner structure that can still remain stable under load.

Thin Dyneema composite sheet showing low bulk and weight saving

Strength without bulk

Strength-to-weight is about carrying less material while keeping structure stable under load. Dyneema® Composite Fabrics combine tensile strength, low stretch and minimum thickness so lightweight systems can stay compact without relying on heavy textile build-ups.

High tensile strength

Dyneema® fibers provide high tensile strength at very low weight. This allows composite materials to carry load efficiently without adding unnecessary thickness or bulk.

Low stretch

Minimum thickness

Compact carry

Dyneema fibers showing high tensile strength

Strong with less material.

Strength without bulk

Strength-to-weight is about carrying less material while keeping structure stable under load. Dyneema® Composite Fabrics combine tensile strength, low stretch and minimum thickness so lightweight systems can stay compact without relying on heavy textile build-ups.

High tensile strength

Dyneema® fibers provide high tensile strength at very low weight. This allows composite materials to carry load efficiently without adding unnecessary thickness or bulk.

Low stretch

Minimum thickness

Compact carry

Dyneema fibers showing high tensile strength

Strong with less material.

Dyneema fibers suggesting strength with low weight

Less material to carry

Less material to carry

Less material to carry

For UR® systems, the material value is reduced carried burden: strength, low stretch and minimum thickness help lower weight and packed volume without turning the page into a product claim.

For UR® systems, the material value is reduced carried burden: strength, low stretch and minimum thickness help lower weight and packed volume without turning the page into a product claim.