Prestressing Material

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Prestressing Material Specification

Surface Treatment
Galvanized

Max. Temperature
550C

Media
Steel Cables

Head Code
Round

Material
High Tensile Steel

Technique
Hot Rolled

Type
Prestressing Anchor

Connecting Type
Mechanical Coupler

Shape
Round

Working Pressure
Up to 150 MPa

Prestressing Material Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
1 Piece Per Day

Delivery Time
10 Week

About Prestressing Material

We are popular among customers for supplying Prestressing Material at reasonable rates. Our company owns advanced production facilities that are helping us to meet the bulk orders in a nominal time frame. Expert professionals are hired in our company after strict rounds of interviews who design and develop this Prestressing Material as per the industrial norms. Our podium is an ideal match for those clients who want to make a purchase from a reliable destination that delivers the best value for the money.

Superior Tensile and Yield Strength

Engineered for demanding construction needs, the prestressing material delivers a robust tensile strength of 1860 MPa and a yield strength of 1600 MPa. This ensures outstanding load-bearing capacity and durability, making it perfect for large-scale infrastructure projects such as bridges and precast structural components.

Reliable Corrosion Resistance and Galvanized Protection

With advanced surface treatment technology, the steel cables are galvanized for enhanced resistance to corrosion. High durability is achieved even in aggressive environments, offering extended service life and reduced maintenance requirements for your prestressed structures.

Versatile Application and Easy Installation

Designed to meet rigorous standards, this material serves a variety of applications from bridge construction to post-tensioned slabs. Available in practical packaging formscoil, bundle, or reeland connected using mechanical couplers, installation is straightforward, minimizing project delays and optimizing safe handling.

FAQs of Prestressing Material:

Q: How is the prestressing material installed in bridge or slab construction?

A: The prestressing material is typically supplied as round galvanized steel cables in coils, bundles, or reels. Installation involves mechanical couplers for connecting cables securely, followed by tensioning according to project specifications, ensuring proper alignment and performance in bridges and slab structures.

Q: What are the main benefits of using high tensile steel prestressing anchors?

A: High tensile steel prestressing anchors offer superior load-bearing capacity, improved structural integrity, and excellent resistance to corrosion. They also withstand high working pressures (up to 150 MPa) and temperatures (up to 550C), making them highly reliable for demanding construction applications.

Q: When should prestressing material with ASTM A416 / IS 14268 standards be used?

A: Prestressing material meeting ASTM A416 / IS 14268 standards should be used for critical infrastructure projects where stringent quality, safety, and durability are requiredsuch as bridge construction, precast elements, and post-tensioned concrete slabs.

Q: Where can these steel cables be sourced and who supplies them in India?

A: The steel cables are available through exporters, importers, manufacturers, service providers, suppliers, and traders throughout India, ensuring nationwide access to certified and high-quality prestressing solutions.

Q: What process ensures the materials corrosion resistance and longevity?

A: The prestressing material undergoes hot rolling followed by galvanization, providing a protective coating against moisture, chemicals, and environmental factors. This ensures high corrosion resistance and a longer service life for prestressed structures.

Q: Which diameter range is suitable for various construction usages?

A: Diameters between 12.7 mm and 15.2 mm accommodate different project needs, from individual slab reinforcement to large bridge applications, allowing engineers to select optimal cable sizes for desired strength and elongation characteristics.

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