Post Tension Wedges

Premium cold forged anchorage plate wedges featuring 58-63 HRC surface hardness for post-tension prestressed concrete systems. Manufactured from 20CrMnTi alloy steel using cold forging process, these cylindrical wedges provide enhanced reinforcement strength and durability for construction and mining industries. Includes surface carburizing and nitriding treatment for superior wear resistance.

High-performance 20CrMnTi post tension wedges manufactured through cold forging process. Featuring 58-63 HRC surface hardness and excellent corrosion resistance, these wedges are ISO 9001 certified for civil engineering, construction, and mining applications. Available in various sizes with negotiable order quantities.

Professional anchorage post tension wedge seating tools made from 20CrMnTi alloy steel with 58-63 HRC surface hardness. Available in 0.5", 0.6", and 0.7" sizes for construction and mining applications. Features cold forging manufacturing process for enhanced strength and durability, with secure packaging in plastic buckets and wooden boxes.

High-performance anchorage plate wedges manufactured from 20CrMnTi alloy steel with 58-63 HRC surface hardness. These cold-forged cylindrical wedges provide superior reinforcement strength and secure strand retention in post-tensioning applications. Certified heat treatment ensures consistent quality for construction and mining industry use.

High-strength 20CrMnTi alloy steel post tension wedges with 58-63 HRC surface hardness for prestressed concrete applications. Manufactured using cold forging process for enhanced durability and strength. Ideal for construction and mining industries with reusable design supporting 1-20 use cycles depending on strand diameter.

FUHUA post tension wedges, cold forged from 20CRMNTI alloy steel, deliver high tensile strength and excellent corrosion resistance. ISO 9001 certified, they ensure reliable anchoring in bridges, high-rises, and highways. Custom sizes available for demanding civil engineering projects.

Post tension wedges made of 20CRMNTI alloy steel with surface hardness 58-63HRC ensure strong anchoring and durability. Excellent corrosion resistance for bridges, buildings, and mining. ISO 9001 certified, customizable sizes, and cold forging process for reliable performance.

FUHUA 20CrMnTi post tension wedges offer excellent corrosion resistance and surface hardness of 58-63HRC. ISO 9001 certified, they ensure reliable anchoring and tension transfer in concrete structures. Suitable for bridges, parking garages, and precast concrete. Custom sizes available.

Cold forged cylindrical post tension wedge seating tool with 58-63HRC surface hardness and high tensile strength. Ensures strong anchoring force, quick installation, and excellent durability for post-tensioned concrete structures. Custom sizes available.

Durable post tension wedges with 58-63HRC surface hardness ensure reliable anchoring force and structural stability. Cold forged for high tensile strength and corrosion resistance. Ideal for civil engineering and mining projects.

ISO 9001 certified post tension wedges made from 20CRMNTI alloy steel. Features high tensile strength, corrosion resistance, and uniform force distribution. Ideal for bridges and high-rise buildings. Custom sizes available.

Post tension wedges ensure secure force transfer in concrete structures. Made from 20CRMNTI alloy steel, they offer high tensile strength, excellent durability, and corrosion resistance. ISO 9001 certified, suitable for bridges, buildings, and mining. Custom sizes available.

Made from 20CRMNTI alloy steel via cold forging, this cylindrical post tension wedge ensures strong anchoring force and durability. Ideal for bridges, skyscrapers, and mining tunnels. Quick installation and reliable stability for long-term structural integrity.

High-strength post tension wedges made of 20CRMNTI alloy steel with 58-63HRC hardness. Excellent durability and corrosion resistance for civil engineering and mining. ISO 9001 certified, cold forged for reliable anchoring in concrete structures.

Professional-grade cylindrical post tension wedges with 58-63 HRC surface hardness and excellent corrosion resistance. Manufactured from 20CrMnTi alloy steel using precision cold forging for superior anchoring force and structural stability. Ideal for bridges, high-rise buildings, and industrial concrete applications requiring reliable tension transfer.

High-strength steel post tension wedges with 58-63HRC hardness rating provide exceptional durability and corrosion resistance. These cylindrical wedges ensure secure anchoring of steel strands in post-tensioning applications for bridges, buildings, and infrastructure projects. ISO 9001 certified with custom sizing options available.

Professional-grade post tensioning wedges made from 20CrMnTi alloy steel with 58-63HRC surface hardness. These cylindrical wedges provide secure strand anchoring, excellent durability, and corrosion resistance for bridges, buildings, and infrastructure projects. Available in various sizes with comprehensive technical support and custom engineering solutions.

High-strength 20CrMnTI steel post tension wedges with 58-63 HRC surface hardness provide excellent durability and corrosion resistance. These precision components feature wedge-shaped design for secure strand gripping, strong anchoring force, and quick installation in bridges, buildings, and industrial structures. ISO 9001 certified with custom sizing options.

High-strength alloy steel post tensioning wedges featuring 58-63HRC surface hardness for superior cable anchoring in concrete structures. These cylindrical wedges provide excellent corrosion resistance, strong clamping force, and quick installation for bridges, buildings, and infrastructure projects. Custom sizes available with comprehensive technical support.

High-strength 20CrMnTi alloy steel post tensioning wedge with 58-63HRC surface hardness and excellent corrosion resistance. Features wedge-shaped design for secure strand gripping, quick installation, and strong anchoring force. Ideal for bridges, buildings, parking structures, and industrial applications requiring reliable concrete reinforcement.