GFRP Rebar_D16(Φ16) (Glass Fibar Reinforced Polymer)

GFRP Rebar_D16(Φ16) (Glass fibar Reinforced Polymer) Description Reliable Reinforcement without Steel GFRP is the product that has been actively used since the 2000's as it has high strength, low weight, corrosion resistance, extended lifespan of structures. improved quality and productivity compared to steel bars. GFRP Rebar is much more multifunctional than one might think [Railway construction] - Electric trains must have no magnetic or electrically conductive reinforcing material in railway construction. - Fiberglass reinforcing agent is non-conductive and non-magnetic and it is also lighter and less expensive than the stainless steel used for railroad applications. - Additionally, fiberglass reinforcing agent has twice the tensile strength compared to steel. - Our rebar is the perfect option for railway construction. [Industrial engineering] - Reinforcement of maritime and port facilities. - Floor reinforcement in industrial buildings and parking lots. - Reinforced molded products for collectors, pipelines, and route conduction (heating centers, cable channels) in urban systems. - Reinforcement of basins and concrete tanks, including in the chemical industry Medical and scientific equipment must be used in areas reinforced with fiberglass rebar. This is because frp does not create magnetic fields or interfere with sensitive circuits or devices that require very high currents. Fiberglass reinforcement contains no metal, not magnetized, and does not conduct electric current. It is also twice as strong and cheaper than steel rebar Key Features • 1. Reinforce safely without steel. • 2. Save up-Considering with the same diameter and same strength steel bar, you can save up to 50% • 3. Save up on transportation-Because of lts light in weight, delivery costs can be saved • 4. Energy efficiency- Can reduce building maintenance costs. Buildings reinforced with fiberglass require less heating than buildings reinforced with steel bars. • 5. Anti-magnetic,No electrical conductivity-Excellent effect on structures with MRI devices or equipment sensitive to electromagnetic fields. • 6. Low thermal conductivity- As it does not conduct heat, biildings can be built without "cold bridges". Also, it can avoid cracking and internal stress of concrete structure under temperature change. • 7. Easy installation- By simplifying the cutting and mounting process, it can reduce labor cost. Product Application • Road construction - Road and airfield slab reinforcement. - Road reinforcement. - Reinforcement of pedestrian roads. - Street light support fixture and transmission tower base reinforcement. - Road and pavement slabs, fence slabs, curbs, columns and columns. • Housing and civil construction Reinforcement of building foundations (including below zero). - Sewage strengthening, land reclamation and water treatment. - Reinforcement of the living room floor. - Reinforced concrete and brick structures repairment. - Reinforcement of concrete, masonry and joined walls of buildings. • Bridge Construction and Hydro Construction - Reinforcement of decks and fences of bridges. - Strengthening coastal structures. - Strengthening of stingrays along the shoreline