| Rod outer diameter (min actual) | 5.94 |
| Tensile strength σv (TU), MPa | 1000 |
| Tensile modulus of elasticity Ef, GPa (TU), min. 50 | 50 |
| Compressive strength σvs (TU), MPa | 300 |
| Transverse shear strength τsh (TU), MPa | 150 |
| Density ρ (TU), g/cm³ | 2 |
| Bond strength to concrete τr (TU), MPa | 12 |
| Rod inner diameter (min actual), mm | 4.34 |
| Product (rod) length, m | 3 |
| Diameter, mm | 6 |
| Outer diameter min (per standard, by winding), mm | 5.74 |
| Rod inner diameter min, mm | 4.14 |
| Rod outer diameter max (Standard), mm | 6.14 |
| Rod inner diameter max (Standard), mm | 4.54 |
| GRADE | GRADE 1 |
| Standard | TU |
ASK-6 ETIZ (Rod 2 lin.m)
The price shown is for collection from the Uglich warehouse; delivery is agreed with a manager
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Standard from 1C
TU 231412-001-03009823-2017
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Product (rod) length, m
3
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Diameter, mm
6
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Article
0306002А
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Unit
lm
<p>Композитная арматура <b>АСК-6 ETIZ (Прут 2 пог.м.)</b> — стеклопластиковый пруток номинальным диаметром 6 мм, длина 3 м, произведён по <b>ГОСТ 31938-2012</b> из непрерывного стекловолокна и полимерной матрицы.</p><p><b>Характеристики:</b></p><ul><li>номинальный диаметр — 6 мм</li><li>длина стержня — 3 м</li><li>предел прочности при растяжении — 1000 МПа</li><li>модуль упругости — не менее 50 ГПа</li><li>прочность сцепления с бетоном — 12 МПа</li><li>плотность — 2 г/см³</li><li>рабочая температура — до 100 °C</li></ul><p>Арматура не корродирует, легче стальной, не проводит ток и не создаёт мостиков холода. Применяется для армирования фундаментов, стяжек, дорог, берегоукрепления и других бетонных конструкций.</p>
Ask about this product
- Strength — composite rebar has tensile strength characteristics 3 times higher than those of A500C class steel rebar.
- Durability — the thermal expansion coefficient of composite rebar is close to that of concrete, which prevents micro-deformations and micro-cracks in the concrete structure, significantly increasing the overall durability of the structure.
- Chemical resistance — composite rebar has high chemical resistance in various aggressive environments; it is not subject to corrosion, which also positively affects durability.
- Lightweight — fiberglass rebar with comparable strength characteristics is 9 times lighter than steel rebar.
- Low thermal conductivity — thanks to low thermal conductivity, no "cold bridges" form in structures, reducing heat loss by up to 34% and consequently — heating costs for the building.
- Ease of installation — rebar rods can be cut from a coil to any required length and fastened with plastic ties or special fixing clips, not just binding wire.
- Ease of transportation and storage — rebar can be coiled, allowing even passenger cars to be used for transport, resulting in significant savings.