High Strength Cast Iron Construction
Manufactured using high quality cast iron or ductile iron to provide excellent compressive strength and structural stability.
Sagar Foundry manufactures high quality anchor cone castings designed for use in prestressed concrete systems and heavy structural applications. Produced using high grade cast iron or SG (Spheroidal Graphite / Ductile Iron), these components play a critical role in transferring forces within prestressed concrete structures.
An anchor cone serves as an important part of the anchoring system used in prestressing technology, where high tensile steel strands are secured and aligned within concrete structures. The cone shaped component guides prestressing strands into ducts and provides a stable seating surface that helps transfer the prestressing force from the anchor head to the concrete structure.
Our anchor cone castings are built to withstand high compressive loads, environmental exposure, and long term structural stress, making them suitable for demanding infrastructure and construction projects. With strict quality control and advanced casting processes, Sagar Foundry delivers anchor cones that meet the reliability and durability requirements of modern construction systems.
Manufactured using high quality cast iron or ductile iron to provide excellent compressive strength and structural stability.
Engineered with accurately formed conical shapes and internal profiles to ensure smooth entry and alignment of prestressing strands.
Designed to efficiently transfer prestressing forces from anchor heads into the concrete structure.
Carefully finished surfaces help ensure proper grout sealing and reliable installation.
Protective coatings and galvanization options help improve resistance to corrosion in humid or outdoor environments.
Designed to withstand heavy loads, environmental stress, and long term structural use.
Sagar Foundry can manufacture anchor cones in various sizes and specifications depending on the number of strands and project requirements.
Anchor cones are essential components in prestressed concrete systems used to secure and guide high tensile steel strands.
Used in bridge girders and structural components where strong anchoring systems are required for load bearing stability.
Commonly used in precast beams, columns, and structural segments during manufacturing and assembly.
Anchor cones are used in large infrastructure developments such as highways, flyovers, and structural frameworks.
Certain construction applications use anchor cone systems for lifting and positioning heavy precast components.
Used in reinforced structural systems that require reliable anchoring and load distribution.
Our foundry specializes in producing durable castings with excellent mechanical properties.
We use modern casting techniques and carefully designed molds to achieve high dimensional accuracy and consistent product quality.
Each anchor cone casting undergoes inspection and testing to ensure structural strength and defect free performance.
We work closely with clients to manufacture anchor cones based on their drawings and technical specifications.
Our streamlined production process ensures consistent manufacturing and on time delivery for construction projects.
Sagar Foundry has established strong relationships with companies that rely on our cast components for critical infrastructure applications.
An anchor cone is a conical casting used in prestressed concrete systems to guide high tensile strands and transfer prestressing forces into the concrete structure.
Sagar Foundry typically uses cast iron or ductile iron due to their excellent compressive strength and durability.
They help secure and align prestressing strands, ensuring efficient transfer of forces and structural stability.
Yes, we produce custom anchor cone castings based on project drawings, strand configurations, and engineering requirements.
They are widely used in bridges, prestressed concrete beams, precast construction, and infrastructure projects.
Yes, we can provide coatings or galvanization options to improve corrosion resistance and extend service life.