Unidirectional carbon ribbons

Unidirectional carbon ribbon LR-STR-A is produced according to TU 1916-011-45680943-2011 (technical conditions) on the basis of domestic and foreign carbon braids. Various types of ribbons (based on carbon and aramid fibers and glass-reinforced fiber, combined) are available.

— enhanced resistance of reinforced structures to impact and explosion loads;
— resistance to chemical substances and atmospheric factors;
— universality in application: units with different surface geometries (beams, columns, pillars, flues, walls) can be reinforced;
— easiness: the reinforcement system creates no additional load on the structure;
— minimum time and labor expenses for works;
— possibility to perform works without stopping exploitation of buildings or installations;
— no additional expenses or subsequent exploitation.

The carbon ribbon corresponds to requirements and values indicated in the table:

Parameter Standard High-strength High-modulus
Width, mm 300; 500 1300; 500 1300; 500
Surface density, g/m² 100-300 60-300 60-200
Density of carbon fiber, g/cm³ 1,73 1,8 1,84
Breaking tensile stress, MPa 4000 5900 4100
Elastisity tensile modulus, GPa 240 280 430
Monolayer thickness, mm 0,1-0,3 0,06-0,3 0,06-0,2

Field of application:
— building.

Unidirectional carbon ribbon LR-300-A is designed for the production of construction coal-reinforced plastics and produced according to TU 1916-006-45680943-2010.


Parameter Value
Width, mm 300±20
Surface density, g/m² 150±5
Density, g/cm³ 1,73±0,05
Actual moisture content, %, at most 1
Mass fraction of lubricant, % 1,0±0,5

On Consumer’s demand the ribbon can be produced from a carbon fiber available from the warehouse with higher physical mechanical characteristics.

Parameter Value
Breaking tensile stress, MPa 1250
Tensile modulus of elasticity, GPa 120
Breaking compression stress, MPa 1350
Breaking bending stress, MPa 1600
Bending modulus of elasticity, GPa 95
Monolayer thickness of coal-reinforced plastic, mm 0,156
Volume content of filler, % 51
Density of composite, g/cm³ 1,57

*The data given in the table are based on the results of laboratory tests of FGUP “VIAM”.

Field of application:
— aircraft building;
— rocket production.