Zinc Plated Stud Wedge Anchor White Custom Carbon Steel M8 M10 M12 M16 M20
Zinc Plated Stud Wedge Anchor
,Carbon Steel Stud Wedge Anchor
,M12 Wedge Anchor
Key attributes
Packaging and delivery
1. Product Overview
The Threaded Anchor also known as Sleeve Anchor or Masonry Anchor) is a heavy-duty mechanical fastener designed for secure anchoring in concrete, brick, stone, and other solid masonry materials. It provides high pull-out strength and vibration resistance, making it ideal for structural and load-bearing applications.
2. Key Features
✔ Strong & Reliable – Made from high-strength carbon steel (Grade 8.8) or stainless steel (A2/A4) for durability.
✔ Expansion Mechanism – Features a sleeve and cone system that expands when tightened, creating a tight grip inside the base material.
✔ Versatile Sizes – Available in M6 to M24 (or larger) with varying lengths to suit different embedment depths.
✔ Corrosion Resistance – Zinc-plated, hot-dip galvanized, or stainless steel options for indoor/outdoor use.
✔ Easy Installation – Requires only a drilled hole and torque wrench for secure fastening.
3. Technical Specifications
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Material: Carbon steel (Grade 8.8), stainless steel (Q195/304/316)
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Finish: Plain, zinc-plated, hot-dip galvanized, or stainless steel
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Load Capacity: High pull-out & shear strength (varies by size and embedment depth)
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Standards: DIN 580, ISO 7415 (similar to international sleeve anchors)
4. Applications
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Construction: Fixing steel structures, handrails, and machinery to concrete.
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Infrastructure: Bridge components, guardrails, and signboard mounting.
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Industrial: Securing heavy equipment, pipe supports, and HVAC systems.
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Renovation & Repair: Retrofitting anchors into existing concrete.
5. Installation Steps
1️⃣ Drill a hole (diameter & depth as per anchor size).
2️⃣ Clean the hole (remove dust/debris).
3️⃣ Insert the anchor and tighten the nut to expand the sleeve.
4️⃣ Secure the fixture with a washer and nut.
6. Advantages Over Alternatives
✔ Higher load capacity vs. plastic anchors or wedge anchors.
✔ Vibration-resistant – Ideal for machinery and dynamic loads.
✔ Reusable (in some designs) – Can be removed and reinstalled if needed.
Mechanical Anchor Bolt (Sleeve Anchor) - Technical Product Description
1. Product Overview
The Mechanical Anchor Bolt Sleeve Anchor/Expansion Anchor) is a heavy-duty fastening system designed for permanent, high-strength anchoring in concrete, masonry, and solid substrates. It provides superior pull-out resistance and vibration stability, making it ideal for structural and safety-critical applications.
2. Key Features
✔ High Load Capacity – Manufactured from carbon steel (Grade 8.8) or stainless steel (304/316) with tensile strengths up to 1000 MPa
✔ Mechanical Expansion – Unique sleeve-and-cone mechanism ensures uniform radial expansion for maximum grip
✔ Corrosion Protection – Multiple finishes: hot-dip galvanized (≥50μm), zinc-plated, or A4 stainless steel
✔ Precise Installation – Requires only standard drill bit + torque wrench for foolproof deployment
✔ Versatile Sizing – Metric range: M6-M24 | Lengths: 50-300mm (custom sizes available)
3. Technical Specifications
| Parameter | Specification |
|---|---|
| Material | Carbon steel (8.8) / SS304/316 |
| Coating | HDG, Geomet, Dacromet, or plain |
| Load Values | M12: 25kN shear / 30kN tension (C30 concrete) |
| Standards | ETAG 001, EOTA |
| Temperature Range | -40°C to +150°C (SS version to 800°C) |
4. Industry Applications
A. Construction & Civil Engineering
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Structural steel column base plates
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Precast concrete element connections
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Bridge bearing systems
B. Heavy Industry
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Power plant equipment anchoring
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Petrochemical pipe supports
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Mining conveyor belt frames
C. Infrastructure
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Highway guardrail posts
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Airport runway lighting bases
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Wind turbine tower flange connections
D. Building Services
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HVAC unit installations
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Elevator guide rail mounting
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Fire protection system supports
5. Competitive Advantages
♦ Safety Factor – 3:1 safety margin per EN 1992-4
♦ Cracked Concrete Approved – Suitable for seismic zones
♦ No Special Tools – Installs with common construction equipment
♦ Third-Party Certified – TÜV, UL, CE markings available
6. Installation Protocol
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Drill hole to exact diameter (match anchor size)
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Clean hole with brush/compressed air
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Insert anchor through fixture
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Tighten nut to specified torque (expansion occurs)
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Verify with torque wrench (re-tighten after 24h if needed)
7. Quality Assurance
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Batch-tested for load performance
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Full material traceability
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10-year corrosion warranty (HDG versions)
Why Choose Our Sleeve Anchors?
► Engineered Reliability – Finite element analysis (FEA) optimized design
► Global Compliance – Meets US (ACI 355), EU (ETA), and Asian standards
► Technical Support – Free engineering consultation for critical projects
For project-specific load tables or CAD drawings, contact our technical department.