| Customization: | Available |
|---|---|
| Certification: | ISO |
| Surface: | Spiral |
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Specifications Introduction
Prestressed steel wire is crafted from premium high-carbon steel plates, undergoing processes like acid washing, cold drawing, or stabilized treatment post-phosphating. Depending on the manufacturing technique, it is classified into cold-drawing steel wire and stress-relieved steel wire. Additionally, based on surface characteristics, it is segmented into plain, indented, and spiral rib steel wire. Cold drawing wire serves as a direct application for prestressed concrete, ensuring high durability and strength.
Raw Material Requirements
The core materials for prestressed concrete are top-grade carbon steel wire rods, specifically SWRH77B or SWRH82B. Essential attributes include precise dimensions, shape, weight, and permissible deviations, along with grade, chemical composition, smelting method, delivery state, mechanical properties, decarbonization layer quality, microstructure, surface integrity, and any special requirements.
Cooling is meticulously controlled by Sterem technology, attaining over 85% Sotenization rate. Standard coils produced through this process comply with the stringent requirements for prestressed concrete steel wire and steel strands.
Standards of Steel Wire for Prestressed Concrete
Current standards followed are GB/T5223-2014. Prestressed concrete steel wire, according to ASTM A421-16, ASTM A881/A881M-2005, BS5896-2012, EN10138-2:2009, GOST 7348-81, TU U27.3-136-004-2003, DSTU ISO 6934-2, GOST 7348-81, DSTU ISO 6934-2, ABNT NBR 7482:2008, etc.
Applications for the Reinforcement of Concrete Constructions
Steel wire for prestressed concrete is indispensable in various constructions like single-story and multi-story buildings, highway and railway bridges, sleepers, electric poles, pressure water pipes, storage tanks, and water towers. Its application extends to contemporary high-rise buildings, underground structures, high-rise frameworks, hydraulic constructions, marine infrastructure, airport facilities (runways and terminal buildings), nuclear power plant pressure vessels, and much more. It plays a pivotal role in numerous industries, addressing the needs of super-tall, super-span, super-volume, vast surface area, and heavyweight loads across diverse structural engineering projects.
Ranges of Wire Diameter
3.00 mm - 12.00 mm
Ranges of Strength
1470MPa - 1860MPa
| HELICAL PC WIRE | ||||
| Nominal Dia.(mm) | Tensile Strength (MPa) | Relaxation (1000h) | Min. Elongation at Max. Load | Standards |
| 3.0, 4.0, 5.0, 6.0, 7.0, 7.5, 8.0, 9.0, 10.0, 11.0, 12.0 | 1470,1570,1670,1770,1860 | Low relaxation≤2.5% | Agt≥3.5% | GB/T5223, ASTMA421, BS5896 |
Q: Are you a trading company or manufacturer?
A: We are a MANUFACTURER.
Q: How are the PRICES of your products?
A: Because we are a private company, the prices of our products are usually COMPETETIVE and FLEXIBLE according to the number of orders and customer needs. We endeavor to keep our prices reasonable and provide quality products and services to meet our customers' needs and budgets.
Q: Are your products CERTIFIED or INSPECTED?
A: Yes, our products are usually certified by international certification bodies or inspected by third-party inspection organisations, such as CE certification, ISO 9001 quality management system certification, etc. These certifications and inspections prove the quality and compliance of our products.
Q: Do you offer CUSTOMISED SERVICE for your products?
A: We can provide customized products according to customers' needs. Whether it is the specification, material or packaging, we can adjust and customize to meet the specific requirements of our customers to meet their particular needs.
Q: What kind of payment does your company support?
A: T/T, L/C at sight, Cash, Western Union, and other negotiable payment methods.
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