| Fiberglass Type: | E-Glass |
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| Certification: | BSCI |
| Technique: | N/a |
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| Customization: |
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| Shipping Cost:
Estimated freight per unit. |
about shipping cost and estimated delivery time. |
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| Payment Method: |
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| Initial Payment Full Payment |
| Currency: | US$ |
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| Return&refunds: | You can apply for a refund up to 30 days after receipt of the products. |
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| Product Introduction | Adding fiberglass to concrete or mortar can effectively control micro cracks caused by factors such as plastic shrinkage, drying shrinkage, and temperature changes in concrete and mortar, prevent and suppress the formation and development of cracks, greatly improve the crack resistance, impermeability, impact resistance, and seismic resistance of concrete. It can be widely used in underground engineering waterproofing, industrial and civil construction roofs, walls, floors, pools, and basements, And in projects such as roads and bridges. It is a new ideal material for crack resistance, seepage prevention, wear resistance, and insulation in mortar and concrete engineering. |
| Main Function |
As the secondary reinforcement material of concrete, glass fiber can greatly improve its crack resistance, impermeability, impact resistance, earthquake resistance, frost resistance, abrasion resistance, burst resistance, aging resistance, workability, pumping and water retention. Prevent the production of concrete cracks Improving the impermeability of concrete Improving the freeze-thaw resistance of concrete Improve the impact resistance, flexural strength, fatigue resistance, and seismic resistance of concrete Improve the durability and aging resistance of concrete Improving the fire resistance of concrete |
| Application Area |
Highway bridges: highway pavement, bridge paving, box arch bridge arches, continuous box girder pouring; Hydraulic dams: lining of underground power plants and hydraulic tunnels, erosion and wear parts caused by water flow, gates, gate slots, and sea cucumber panels of the dam; Railway engineering: prestressed railway sleepers, double block railway sleepers; Port and marine engineering: anti-corrosion layer for steel pipe piles, dock facilities, and underwater concrete facilities; Tunnel and mine engineering: initial construction of water conservancy tunnels, lining of mine tunnels, railway and highway tunnels; Pipeline engineering: centrifugal pipes, vibration and extrusion pipes, pump pipes, steel lined steel fiber reinforced concrete pressure pipes; |
| Other construction projects | building construction, prefabricated piles, frame nodes, roof/underground waterproofing, heavy load engineering factory/warehouse ground thin-walled water storage structures/silos, maintenance and reinforcement engineering, underground cable/pipeline manhole covers, sewer water grates, mine tunnels, airport pavement. |
| Suggested dosage |
The recommended dosage for ordinary plastering mortar is 0.9-1.2kg per square meter, usually 1kg/m3. The recommended amount of insulation mortar per ton is 1-3kg The recommended amount of concrete per cubic meter is 0.6-2.7kg (for reference), generally 1.0kg/m3 |
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