Composite rebar TEXOLIT_LUX
Diameter
Format
Length
Mesh size
Поверхня
Application
Type
Composite reinforcement TEXOLIT_LUX is a specialized series of the manufacturer with quartz spraying.
The TEXOLIT_LUX series is manufactured in accordance with TU U 22.2-44839733
TEXOLIT_LUX reinforcement is intended for use in construction as a universal reinforcing material for general-purpose concrete structures.
Buy TEXOLIT_LUX composite reinforcement for universal construction needs
A series that, in terms of its main characteristics of diameters, mass, and presence of quartz sand spraying, is similar to composite reinforcement, widely presented on the construction market.
Recommendations for use:
– strip foundations of private cottages, outbuildings, fences and enclosures, paving of houses and cottages, small architectural forms in landscape construction, etc.
– as structural reinforcement for reinforcing concrete bases of driveways and adjacent areas of private and commercial facilities with an average load
– for reinforcing flat roofs and other structures in the form of a frame to prevent the formation of cracks
Diameter
mm
Quantity
Unit cost
Total weight
kg
Total cost:
€
Diameter
0
mm
Quantity
0
m
Unit cost
0
€/m
Total weight
8
kg
Total cost:
8
Diameter
mm
Quantity
Unit cost
Total weight
kg
Total:
€
Diameter
8
mm
Quantity
8
m2
Unit cost
0
€/m2
Total weight
8
Total:
8
€
WARNING! The given recalculation is standard only for the standard use of reinforcement of the Armalit_BASE series, which meets the standards of DSTU 9065:2021. Recalculation using this calculator does not apply to the use of reinforcement in floor slab structures. The recalculation of the use of composite reinforcement in floor slabs is calculated individually for a specific project, but according to experience to date, it is not cost-effective.
COMPOSITE REINFORCEMENT AND MESH SHOULD BE USED EXACTLY WHERE IT IS NEEDED (see "MORE INFO").
Technical characteristics of composite rebar and mesh
Features
Steel
Composite
Strength limit, MPa
390
1000
Modulus of elasticity, GPa
200
50
Coefficient of thermal conductivity, W/m°C
46
0.35
Density, t/m³
7.85
2
Linear coefficient of thermal expansion, mm (for concrete 0,07 mm)
0.13
0.09
Relative elongation, %
14
2.2
Corrosion resistance
low
high
Radio transparency
low
high
Electrical conductivity
electrically conductive
dielectric
Features
Steel
Composite
Strength limit, MPa
390
1000
Modulus of elasticity, GPa
200
50
Coefficient of thermal conductivity, W/m°C
46
0.35
Density, t/m³
7.85
2
Linear coefficient of thermal expansion, mm (for concrete 0,07 mm)
0.13
0.09
Relative elongation, %
14
2.2
Corrosion resistance
low
high
Radio transparency
low
high
Electrical conductivity
electrically conductive
dielectric
Fields of application