Composite rebar TEXOLIT

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TEXOLIT composite fittings are the manufacturer’s basic series, a product in an affordable price category.

The TEXOLIT series is produced in accordance with TU U 22.2-44839733 (manufacturer’s technical conditions)

TEXOLIT reinforcement can be used in construction as a reinforcing material in inappropriate constructions, for universal construction or economic needs.

Composite rebar TEXOLIT

Buy TEXOLIT composite fittings for universal construction needs

The series, which in terms of the main characteristics of diameters and mass is similar to composite fittings widely recommended in the construction market, unlike other brands, has advantages in the form of high reliability and durability of finished products. This is achieved thanks to production on European equipment with a high level of automation of production processes, and using raw materials from well-known professional manufacturers. This series, like other similar brands on the market, cannot be used in the design of concrete structures due to the fact that the main nominal characteristics (internal diameter, cross-sectional area, weight) have some differences from the normative ones. But it is important to know that even in the conditions of significant competition, in the production of TEXOLIT fittings, the cost reduction tool is not used due to such a critical reduction in the use of raw materials, which leads to a complete loss of the basic functional qualities of the products. Unfortunately, similar actions to reduce the cost of other manufacturers lead to the discrediting of composite reinforcement as a building material, leaving it in the field of universal needs. To make sure of this, it is enough to compare samples of different brands according to such primitive parameters as weight, inner and outer diameter, after making the right decision in favor of a high-quality option (namely, greater weight and actual diameter with the same declared diameter on the label). Recommendations for use:

– inappropriate concrete structures (strip foundations of private economic structures, fences and enclosures, paving of houses and cottages, small architectural forms in landscape construction, etc.)

– as structural reinforcement for reinforcing concrete foundations of driveways and outbuildings of private and commercial facilities with an average level of load

– for reinforcing a flat roof and other structures in the form of a frame to prevent the formation of cracks

– as a support for plants and greenhouses, especially on an industrial scale, and also as an ideal solution for electric fence supports.

Calculate the cost-effectiveness of replacing steel reinforcing materials with composite materials using the calculator on the website
Steel

Diameter Specify the design diameter of the steel reinforcement to be replaced with composite.

mm

Quantity Specify the required exact amount of steel reinforcement (for convenience, it can be done both in tons and in meters)

Unit cost The basis for the calculation is the average retail value of steel fittings. Similarly, the calculator uses the retail value of composite reinforcement. For bulk orders, a discount is applied to both steel and composite parts, so the total amount of savings when replacing remains constant.

Total weight

kg

Total cost:

Composite

Diameter

0

mm

Quantity

0

m

Unit cost

0

€/m

Total weight

8

kg

Total cost:

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").

More info

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    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

    Fields of application

    • Reinforcement of industrial floors and foundations

      Reinforcement of industrial floors and foundations

    • Wall reinforcement from foam blocks and bricks

      Wall reinforcement from foam blocks and bricks

    • Construction of roads and access roads

      Construction of roads and access roads

    • Arrangement of foundations for high-quality laying of decorative coatings

      Arrangement of foundations for high-quality laying of decorative coatings

    • Construction of fences

      Construction of fences

    • As supports for plants and greenhouses

      As supports for plants and greenhouses

    Composite rebar Composite rebar
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