PC wire – Bajrang Wire Products (India) Pvt Ltd – Manufacturers of High Carbon Steel Wire from India

PC wire

PC wire or Pre-stressed Concrete wire is a wire with concrete structure built with pre-stress (Artificial compression stress to compensate tensile stress to be exerted from exterior force). It is used in major construction projects as a means of increasing the strength of cast concrete components, ranging from railway track sleepers, bridges, crane beams, cement poles, etc.

Material	High carbon steel
Standards	ASTM A421, ASTM A 881/A 881M, BS5896, JISG3536, ISO6934, EN10138, GB/T5223 or according to customers' requirements.

PC wire can be divided according to wire diameter, the intensity level, the surface coating or cross-section.

Diameter	3mm, 4mm, 4.8mm, 5.0mm, 5.1mm, 6.0mm, 6.35mm, 7.0mm and so on
Intensity Level	1470MPa, 1570MPa, 1670MPa, 1770MPa and 1860MPa and so on
Surface Coating	No coating, epoxy coated and galvanized
Surface Morphology	Light round, Spiral rib and so on
Treatment Process	cold-drawn and low relaxation

We offer two major types of PC wire - Plain surface PC wire and Indented PC wire, widely used in reinforcement for concrete industry, such as large-span bridges on railway and highway, overhead crane beam, rock-soil anchoring Project, multi-storey industrial buildings, stadiums, coal mines and etc. Our company has first-class PC wire production equipment and our production process have strict quality inspection.

Applications

PC Wire and PC Strand have a wide range of use such as bridges, crane beams, cement poles, pre-stressed concrete pressure pipe, multi-factory frameworks, subway, railway sleepers, poles, dams, nuclear power plants, high-rise buildings and houses, anchor, railway sleepers, panel, and concrete pipes, etc.

PC wire is used in major construction projects as a means of increasing the strength of cast concrete components, ranging from railway track sleepers, ground stabilizing piles, floor beams and pipe systems. 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.