Sep. 01, 2025
PC strand, also known as prestressed concrete strand, is a type of steel reinforcement used in construction. It is made by taking high-tensile steel wire and subjecting it to a process known as prestressing.
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During the prestressing process, the steel wire is stretched to a specific tension and then anchored in place. This creates a compressive force within the concrete that counteracts any tensile forces that may occur during the life of the structure. As a result, PC strand is able to provide a higher level of strength and stability to concrete structures than traditional reinforcing methods.
PC strand is typically made from high-carbon steel and is available in a variety of sizes and grades to suit different construction needs. The wire is made by drawing it through a series of dies to achieve the desired size and shape.
PC strand is used in a variety of construction projects, including bridges, buildings, and other infrastructure projects. It is used to reinforce concrete in pre-tensioned and post-tensioned applications. It is also used in the construction of parking garages, stadiums, and other large structures. It can also be used in the repair and retrofitting of existing structures. One of the most common uses of PC strand is in pre-tensioned concrete. This method of prestressing involves stretching the PC strand before the concrete is poured, and then anchoring the strand in place. The concrete is then poured around the strand, creating a compressive force that counteracts any tensile forces that may occur during the life of the structure.
In addition to its strength and stability benefits, PC strand also offers other advantages over traditional reinforcing methods. For example, it requires less steel overall, which can reduce the overall weight of the structure and decrease the amount of steel needed to be produced. This can also help to reduce the overall cost of the project.
Another advantage of PC strand is that it can be easily cut and bent to fit into tight spaces, making it an ideal solution for structures with complex or irregular shapes. Additionally, its smooth surface can help to reduce the risk of concrete cracking and improve the durability of the structure.
PC strand is made in many countries worldwide, with the United States being the largest producer. In the US, Madison Steel is one of the leading distributors of PC strand. They offer a wide range of products for different applications such as bridges, buildings, and other infrastructure projects.
Overall, PC strand is a versatile and reliable reinforcement option for concrete structures. Its ability to provide a high level of strength and stability makes it an ideal choice for a wide range of construction projects. With the help of logistic professionals like Madison Steel, Prestressed strand is widely available and can be easily incorporated into any construction project. Call 404-343-, us at [ protected] or visit us online at madisonsteel.com/customize-my-solution/ for a quote.
In order to improve service performance of constructions, we can put prestressing force ahead. Structures or constructions receive prestressing force ahead can completely or partially bear the load caused by the tensile stress, therefore it can avoid structural damage or delay the structural damage time. Our company is one of the leading manufacturers of PC wire, PC strand and reinforcing steel bars. Our prestressing concrete wire strand with high bonding force, low relaxation and high corrosion resistance is your best choice. We have various kinds of PC wire and PC strand, and can supply products according to different diameters, different length, different surface treatment and different standards. All can be produced according to customers' special requirements.
Kinwey offers Prestressed Concrete Wires (pc wire) in mainly two types: Mono pc wire and Multi-wire strand.
PC steel wires are widely used in concrete construction industry for pre-stressed steel structures: large-span bridges ( stay cable system), overhead crane beam, cement poles, coal mines rock-soil anchoring project, multi-storey frameworks (slab and hollow floors), subway, railway sleepers, dams, shell safety of nuclear power stations, high-rise buildings (television tower, water towers, concrete silo, sewage treatment, hydropower project, stadiums) and etc.
Quality: ASTM A-416, BS , JIS G, the standards and cutomized specifications.
Common wire materials for production: High tensile wires, plain or galvanized.
The process involves the continuous heating and stretching of a cold drawn high-carbon steel wire to produce a finished product with a much improved yield stress and greatly reduced load relaxation.
Prestressing concrete steel wire can be divided according to wire diameter, the intensity level, the surface coating or cross-section:
1. According to diameter, PC steel wire can be categorized as: 4mm, 4.8mm, 5.0mm, 5.1mm, 6.0mm, 6.35mm, 7.0mm, 7.8mm, 8.0mm, 9.0mm, 10.0mm, 11mm, 12mm and so on.
2. According to tensile strength, pc wire can be classified as: MPa, MPa, MPa, MPa and MPa.
3. According to the surface coating, pc wire can be classified as: uncoated prestressed steel wire, prestressed epoxy coated steel wire and galvanized prestressed steel wire.
4. According to forms of the surface, it can be classified as: Round plain wires, spiral ribbed (spiral ribbed or helix grooved) steel wires, crimped wires, slotted (indented) wires, and so on.
5. According to wire treatment process, pc wire can be categorized as follows: cold-drawn pc wire and low relaxation pc wire.
6. According to wires applied, pc wire can be classified as single individual pc wire and helically stranded wire ( pc strand).
7. According to applications, pc wire / strand can be divided into:
Un-bonded strand: zinc coated, grease filled; uv stabilized polymer sheath, for post tensioning
Bonded strand, retardant, galvanized bright, with PE shielding, for stable cable, suspension wire cable for bridge construction
8. According to structures, stranded wire can be classified into 2 wire strand, 3 wire strand or 7 wire strand mostly.
Post-tensioning is very useful to defeat the natural weakness of concrete in tension and to optimize its strength in compression. In concrete structures, using high-tensile steel wire / strand placed in the element prior to casting will:
1, Reduces occurrence of cracks .
2, Increase in durability.
3, Less deformations (improved serviceability).
4, Increase in shear capacity.
Since concrete is weak in tension, the reinforcing steel bar / rebar is used inside concrete for strengthening and reinforcing the tensile strength of concrete. Reinforcing steel bars are used to absorbs the tensile, shear, and sometimes the compressive stresses in a concrete structure.
PC Wire, PC Strand Wire, PC Steel Wire For Vietnam,
PC Steel productions as below:
Comm : PC STEEL BAR/PC WIRE
Size: Φ7.1 , Φ9.0, Φ6 , Φ5
PC Wire 0.5" size for Bridge Project. in Lahore (Pakistan).
High Tensile Steel Wire (low Relaxation Prestressed Concrete Wire ) For Amman – Jordan
Bright plain high tensile steel wire of 7mm diameter as specified :
1 Steel required has to be bright plain-high tensile steel wire7mm diameter and will be used in manufacturing prestressed concrete poles for medium voltage networks. 2 The steel should conform in all respects with the requirements of the latest edition of BS. or Chinese specifications [prestressed wire 7.00--WLR-P-GB/T/] or equivalent. 3 The nominal tensile strength of the steel should be (N/mm2). 4 The steel should be of Low relaxation “quality and the wire is pre-straightened and will run out straight form the coil when used at site. 5 No joint is allowed in the wire which should be one piece in the coil. 6 Steel shouldbesuppliedinlargediametercoilsof1.8 -2.4m. 7 The weight of Each coil should be approximately Kgs. 8 The packing o f each coil ensures good protection to the steel during loading, shipping, unloading, transportation, and storing at the site of the purchaser. For that, every coil is tightly wrapped by proper and secure seaworthy packing. 9 Each coil has a separate label made of steel sheet with a reason able size. 10 Mechanical and other relevant tests should be carried out on sufficient number of samples from the materials. Our engineer will operate these tests in the laboratory. The purchaser has the right of testing some samples in a 3rd party (for example SGS) laboratory at the manufacturer Expense.
Uncoated 7 Wires PC Strands With Following Sizes ( ½ And 0.6 Inches ) For In Uae And Oman.
Grades : low relaxation according to ASTM- 416 , Grade 270 ( MPa).
7 Wire PC Strand, 15.24mm (ASTM A416 Gr 270 Low Relaxation) , 2.0ton – 3.5tons per coil
PC indentened Wire for Damascus
Straightened indented cold drawn pre-stressed steel wires of nominal diameter 7 mm.
according to the EN /4/979 or BS /80
- Nominal tensile strength: N/mm2
- Yield limit : N/mm2
- Guaranteed Yield point: at 0.2 % of permanent elongation N/mm2.
- Deflections : Max. 12 mm in 1 meter long.
- Diameter tolerance : 7 mm ± 0.05 mm
- Relaxation: Class 1 or Class 2
- Weight of Coil : manufacturer Choice , preferable less than Kg .
- Coil nominal inner diameter: - mm.
- Coil nominal outer diameter: about mm.
- Indentation depth: 0.15 mm± 0.05 mm , three indented faces with angle 45° , pitch 8 mm.
PC still wire for prestressed concrete railways sleepers, diameter 3 mm for Damascus
Specifications of the material (tensile strength; surface; coils weight, standard).
- Materiral : Prestressed concrete pc wire steel dia 7mm.
- Standard ACC BS – and EN 138/4/ OR equivalent
- Tensile strength : N/mm2.
- proof strength : N/ MM2.
- Diameter :7 mm.
- Relaxation :class1.
- deviation :max 12mm for L1m.
- the Surface:
indented pc wire steel.
indent depth 0.15 mm +- 0.5.
indented on three faces at a 45 degree angle.
- Coils weight: (500 , 700) kg.
- Interior diameter (-)mm
- Outer diameter of the coils approx. ( ) mm.
Standard: all Production (pc wire), control and testing according to above standard.
- inspection :
will be by a neutral third party, through a competent inspection company selected by payer.
- Diameters :7 mm. - Tolerance of diameter 7mm +-0.5
- Quantity: 300 ton.
Delivery syria port( lattakia)
PC Plain Cold Drawn Wire 4 mm Diameter For Germany
PC wire strand 4mm
PC wire strand 5mm
Spiral Steel Wire-OD2.7mm for Malaysia
NTW Wire - Non Tensions Wire-OD6mm
Prestressed PC Wire- 4 side indented oval shave
Size: OD 5mm
OD 7mm
Supply Prestressing Steel Wire 140/160 Dia 9.4mm In Length mm, Round Smooth, Cold Drawn Acc. To En-2
Material grade:smooth wire st/ min.
Size:dia.9.4mmxmm length
Galvanized Steel Strand
The vertical hot-dip galvanized technology ensures coating thickness.
Common structure: 7 strands / 19 strands
Application: for ACSR, stay wire, Guy wire, barrier cable, guardrail strand, overhead earth wire
Material: high carbon steel
Galvanized steel wire size: Φ1.44mm-4.770mm
Strand size:7×（1.44-4.2 mm）;19×（1.44-3.5mm）
Tensile strength: different Grade from min. N/mm2 to min.N/mm2
Zinc coating: According to ASTM A475 Class A
Meets ASTM Specifications A475 or A363 or ASTM B498 or BS EN
PC Steel Wire S Grooved, Supply to Iran
Name
pc steel wire Designation Diameter 4mm 4.8mm 5mm 6mm 7mm Grade ASTM A 421 Nominal cross section area (mm2) 18.7 Diameter Tolerance 0.00mm / ± 0.05mm Yield stress (N/mm2)
Min.
Tensile stress (N/mm2) Min. Elongation (%) 3.5 Min. Relaxation (%) 2.0 Max. Groove number 4 Groove direction S
Cold Drawn PC Wire in Coils
Material: Prime Alloy Steel Wire for in coils for prestressing of concrete
Technical Specifications:
- Designation as per British Standard BS /2 Wire--7-DE-relax 2
Explanation of designation (Basic specifications)
- Standard BS -section 2
- Diameter of Wire: 7 mm.
- Surface condition: smooth (E)
- Tensile strength: MPa
- Relaxation : class 2 (1% @ 60% initial load, 2.5% @ 70% initial load and 4.5% @ 80% initial load)
- Coil outer diameter: 2.3 m. max.
- Yield stress (0.1 proof Stress): MPa
- Elongation: 3.5%
- Ductility: 4 Times 20 mm. Bending
Packing: Mill's Standard with Coil Weight of - Kg.
Indented PC Wire, Steel
- Materiral :
Prestressed concrete pc wire steel dia 7mm.
- Standard ACC BS – and EN 138/4/ OR equivalent
- Tensile strength : N/mm2.
- proof strength : N/ MM2.
- Diameter :7 mm.
- Relaxation :class1.
- deviation :max 12mm for L1m.
-the Surface:
indented pc wire steel.
indent depth 0.15 mm +- 0.5.
indented on three faces at a 45 degree angle.
- Coils weight: (500 , 700) kg.
- Interior diameter (-)mm
- Outer diameter of the coils approx. ( ) mm .
- Diameters :7 mm. - Tolerance of diameter 7mm +-0.5
Delivery to Syria
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According to the World Bank, global infrastructure spending needs to reach over $94 trillion by to meet the demands of growing urban populations and climate adaptation goals. Within this macroeconomic imperative, prestressed concrete steel has emerged as a cornerstone material for resilient infrastructure, offering superior durability under stress and extreme environmental conditions. Increasing incidents of natural disasters, combined with aging transportation networks in developed economies, have accelerated the adoption of prestressed solutions in bridges, tunnels, and marine structures. Prestressed steel’s high tensile strength reduces cracking and enhances load-bearing capacity—making it essential for long-span bridges and high-load applications. Moreover, nations like the U.S. are integrating resilience scoring into federal funding decisions, further incentivizing the use of advanced construction materials. For market stakeholders, this presents a critical opportunity to align product development with resilience metrics, incorporate smart monitoring systems, and form public-private partnerships to secure long-term contracts. As regulatory bodies emphasize lifecycle sustainability and structural integrity, the demand for prestressed concrete steel is poised for sustained growth, particularly in regions with proactive climate policies and high exposure to environmental risk.
Global decarbonization efforts and regulatory mandates are redefining material selection across construction sectors. The European Union’s Green Deal and the EPA’s updated emissions guidelines now require significant carbon accounting in public infrastructure projects. Prestressed concrete steel, while energy-intensive in production, enables leaner structural designs that use less concrete and minimize material redundancy—resulting in reduced embodied carbon over the asset’s lifecycle. As environmental product declarations (EPDs) become standard practice, companies must recalibrate market penetration strategies to meet both performance and sustainability benchmarks. Emerging regulatory tools like carbon taxes, building energy codes, and green public procurement policies are influencing demand trajectories, particularly in developed markets. Furthermore, manufacturers are responding by investing in electric arc furnace technologies and adopting circular economy practices, including scrap recycling and sustainable alloying. For investors and decision-makers, these regulatory shifts underscore the need to factor in compliance agility, supply chain transparency, and ESG performance when evaluating partnerships or expansions. Early movers who incorporate green certifications and carbon-reporting infrastructure into their business models will gain a definitive edge in procurement-driven markets and climate-conscious economies.
The Prestressed Concrete Steel market is poised for significant growth from to , driven by evolving consumer demand, technological advancements, and global industry trends. Key opportunities lie in innovation, strategic partnerships, and the expansion into emerging markets. Regulatory shifts, digital transformation, and sustainability initiatives are expected to shape the competitive landscape. As businesses adapt to shifting economic conditions and customer expectations, the market will witness increased investments in R&D and product development. Future insights suggest a strong focus on automation, data-driven strategies, and enhanced customer engagement. Companies that proactively align with these dynamics will gain a competitive edge, positioning themselves for long-term success in a rapidly changing environment.
The Prestressed Concrete Steel industry is segmented based on key variables such as product type, application, end-user, and geography, offering a comprehensive understanding of consumer behavior and market dynamics. Each segment exhibits unique growth patterns, driven by factors like technological adoption, demographic trends, and regional demand. Product segmentation highlights evolving preferences, while application-based insights reveal emerging use cases across industries. End-user analysis uncovers opportunities in both B2B and B2C sectors. Geographical segmentation identifies high-growth regions, helping stakeholders focus their strategies accordingly. This segmentation framework allows businesses to tailor offerings, optimize marketing efforts, and align with specific customer needs. By leveraging segmentation insights, companies can uncover untapped potential and refine their competitive approach within the broader Prestressed Concrete Steel industry landscape.
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The Prestressed Concrete Steel industry exhibits diverse regional dynamics, influenced by economic development, consumer behavior, regulatory environments, and technological adoption. North America and Europe remain mature markets with strong innovation and regulatory frameworks, while Asia-Pacific continues to lead in growth, driven by rising demand, urbanization, and industrial expansion. Emerging markets in Latin America, the Middle East, and Africa offer untapped potential due to increasing investments and infrastructure development. Regional insights highlight varying trends, challenges, and opportunities, enabling businesses to tailor strategies based on local market needs. The outlook for – suggests sustained growth across regions, with a shift toward localized solutions, strategic partnerships, and digital integration. Understanding regional nuances is essential for competitive positioning and long-term success in the Prestressed Concrete Steel industry.
The global Prestressed Concrete Steel market is dominated by key players known for their strong market presence, extensive product portfolios, and continuous innovation. The top 10 companies include a mix of established multinationals and agile emerging firms that drive competition through strategic collaborations, mergers, acquisitions, and technological advancements. These market leaders are actively expanding their global footprint, investing in R&D, and enhancing customer engagement to maintain their competitive edge. Their strengths lie in operational efficiency, robust supply chains, and the ability to adapt to shifting market demands. By setting industry benchmarks and influencing market trends, these players play a crucial role in shaping the future landscape of the Prestressed Concrete Steel market across regions and sectors.
Answer: Prestressed Concrete Steel Market Revenue was valued at USD 8.2 Billion in and is estimated to reach USD 12.5 Billion by , growing at a CAGR of 5.4% from to .
Answer: Prestressed Concrete Steel Market face challenges such as intense competition, rapidly evolving technology, and the need to adapt to changing market demands.
Answer: Insteel, Sumiden, Strand-tech Martin, Tata Iron and Steel, Siam Industrial Wire, Southern PC, Tycsa PSC, Kiswire, Usha Martin, Fapricela, Gulf Steel Strands, ASLAK, AL-FAISAL STEEL, Xinhua Metal, Tianjin Metallurgical, Hengli, Hengxing, Fasten, Huaxin, Hunan Xianghui, Silvery Dragon, Shengte, Longtai Rare Earth & New Materials, Fuxing Keji are the Major players in the Patient Engagement Solutions Market.
Answer: Prestressed Concrete Steel Market By Type of Prestressed Steel, By Application Type, By End-user Industry, By Form of Prestressed Concrete Steel, By Manufacturing Process, and By Geography.
Answer: Industries are predominantly shaped by technological advancements, consumer preferences, and regulatory changes.
1. Prestressed Concrete Steel Market Overview
2. Market Competition by Manufacturers
3. Production by Region
4. Consumption by Region
5. Prestressed Concrete Steel Market Outlook
6. Segment by Type of Prestressed Steel
7. Segment by Application Type
8. Segment by End-user Industry
9. Segment by Form of Prestressed Concrete Steel
10. Segment by Manufacturing Process
11. Key Companies Profiled: Insteel, Sumiden, Strand-tech Martin, Tata Iron and Steel, Siam Industrial Wire, Southern PC, Tycsa PSC, Kiswire, Usha Martin, Fapricela, Gulf Steel Strands, ASLAK, AL-FAISAL STEEL, Xinhua Metal, Tianjin Metallurgical, Hengli, Hengxing, Fasten, Huaxin, Hunan Xianghui, Silvery Dragon, Shengte, Longtai Rare Earth & New Materials, Fuxing Keji
12. Industry Chain and Sales Channels Analysis
13. Research Findings and Conclusion
14. Methodology and Data Source
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