Forside
Home | Language |
Contact | MyFiberlinks | Sitemap | Search 
Find
Structural profiles

Window, door
& facade profiles

Wind turbine profiles

Industrial profiles
Material properties
Technical data
Electrical material properties
Electrical properties
Casestories - strength and lightweight



Technical data

 

The table below lists the typical mechanical values of Fiberline profiles.

 

Mechanical properties

 0° 90° O Unit

Norm

Ultimate flexural strength 200-450 40-180 - Mpa DIN/EN 63-77
Tensile strength 200-400 30-120 - Mpa DIN/EN 61-77
Fracture elongation 1-3 1-2 - % DIN/EN 61-77
Compressive strength 150-300 60-150 - Mpa DIN 53 454-71
E-modulus (deflection) 14000-40000 7000-12000 - Mpa DIN 53 457-87
Impact strength 40-125 20-100 - kJ/m2 DIN 53 453-75
Hardness - - 40-60 Barcol ASTM D2583-87
Shear strength 20-40 20-40 - Mpa ASTM D2344-84
Modulus in shear 2500-4000 2500-400 - Mpa ASTM D2344-84

0° Parallel with the longitudinal fibres of the profile.
90° Perpendicular to the longitudinal fibres of the profile.
O Direction independent; approximately direction independent. 
A special polyester is used for temperatures of 150º to 180º C.

 

By changing the matrix as well as the amount and orientation of fibre, values can be optimized to meet customer specifications.

 

Fiberline has extensive test facilities and works with numerous internationally recognized universities and research centres on development of fibreglass reinforced plastics.

 

Add page to MyFiberLinks
Print

Composites

Composites are defined as materials which consist of not less than two different component materials, neither of which are well suited for construction purposes on their own, but which in combination result in a very strong and rigid material.

Read more

Design Possibilities

The Fiberline pultrusion process offers an infinite number of design possibilities unknown in other production methods.

Read more

Oresund

Fiberline GRP panels are used by several European train manufacturers to obtain a number of quality and cost benefits.

Read more