High-Performance Heavy-Duty Metal Expansion Anchors

BULL KING Anchors Fastener is a professional-grade, high-tensile carbon steel expansion bolt engineered to provide maximum mechanical pull-out resistance in dense structural base materials. Forged with a premium corrosion-resistant protective coating and featuring an advanced multi-segment wedge expansion sleeve design, it delivers an un-yielding friction grip under heavy dynamic loads. It acts as an elite structural anchor shield, expanding uniformly inside concrete slabs or solid brickwork when tightened, making it a highly reliable solution for securing heavy construction frameworks.
  • Large Anchor

    Large Anchor

    Heavy-Duty
    High-Load Mechanical Grip

  • 100%

    100%

    High-Tensile
    Carbon Steel Core Rating

  • Wedge Lock

    Wedge Lock

    Multi-Segment
    High Friction Expansion

Engineered to Protect Heavy Fixtures from Structural Slippage, Thread Shearing & Anchoring Failure

Light-Duty Plastic Plugs or Thin Anchors

Traditional systems often suffer from:

  • Material deformation or cracking when subjected to high pull-out and shear stresses
  • Minimal surface friction contact leading to dangerous anchor slippage under dead loads
  • Poor core metal thickness causing the bolt head or threads to shear during tensioning

Bull King Anchor Fasteners

It is specially formulated to provide:

  • High-tensile steel core construction that absorbs intense physical loading without twisting
  • Specialized expanding shield segments that bite deeply into masonry borehole walls
  • Thick integrated metal collar washer preventing spatial distortion at the surface entry plane
  • Advanced industrial coating skin that guards the assembly from moisture oxidation and rust

Key Benefits

Key Benefits

  • Premium high-tensile carbon steel body
  • High-load wedge sleeve expansion matrix
  • Superior mechanical pull-out defense
  • Prevents heavy fixture anchoring failures
  • High shear and tension load resistance
  • Deep-seated heavy-duty radial friction grip
  • Premium high-tensile carbon steel body
  • High-load wedge sleeve expansion matrix
  • Superior mechanical pull-out defense
  • Prevents heavy fixture anchoring failures
  • High shear and tension load resistance
  • Deep-seated heavy-duty radial friction grip
  • Prevents heavy fixture anchoring failures
  • High shear and tension load resistance
  • Deep-seated heavy-duty radial friction grip

where to use

application process

Surface Preparation

  • Identify the base substrate density and select a high-performance hammer drill bit matching the exact diameter (e.g., M6 or M8) of the anchor bolt.
  • Position the rotary hammer tool perfectly perpendicular to the masonry surface to drill a straight mechanical path layout.
  • Drill the cavity depth to match the total anchor length specification plus one additional borehole diameter segment.
  • Clean all drilling dust, concrete scale, and residual masonry grit out of the cavity completely using a manual blow pump.

Application

  • Assemble the anchor fastener layout, ensuring the nut, washer, and external sleeve are properly positioned on the threaded bolt.
  • Insert the single-component anchor assembly smoothly into the prepared clean hole until the top washer sits flush against the fixture.
  • Tap the exposed bolt head gently using a standard hammer if encountering manual friction resistance inside the dense substrate.
  • Ensure that the component or metallic bracket to be fastened is pressed tightly against the base wall plane backdrop.

Finishing

  • Place a matching wrench or socket tool onto the hex nut face and tighten it systematically in a clockwise direction.
  • Turning the nut draws the conical bolt core outward, forcing the expansion sleeve segments to open and lock deep into the concrete.
  • Tighten to the manufacturer's specified installation torque rating, ensuring the anchor does not slip or spin inside the hole.
  • Inspect the completed heavy-duty anchoring layout to guarantee absolute mechanical load stability before loading structural weights.
Surface Preparation
  • Identify the base substrate density and select a high-performance hammer drill bit matching the exact diameter (e.g., M6 or M8) of the anchor bolt.
  • Position the rotary hammer tool perfectly perpendicular to the masonry surface to drill a straight mechanical path layout.
  • Drill the cavity depth to match the total anchor length specification plus one additional borehole diameter segment.
  • Clean all drilling dust, concrete scale, and residual masonry grit out of the cavity completely using a manual blow pump.
Application
  • Assemble the anchor fastener layout, ensuring the nut, washer, and external sleeve are properly positioned on the threaded bolt.
  • Insert the single-component anchor assembly smoothly into the prepared clean hole until the top washer sits flush against the fixture.
  • Tap the exposed bolt head gently using a standard hammer if encountering manual friction resistance inside the dense substrate.
  • Ensure that the component or metallic bracket to be fastened is pressed tightly against the base wall plane backdrop.
Finishing
  • Place a matching wrench or socket tool onto the hex nut face and tighten it systematically in a clockwise direction.
  • Turning the nut draws the conical bolt core outward, forcing the expansion sleeve segments to open and lock deep into the concrete.
  • Tighten to the manufacturer's specified installation torque rating, ensuring the anchor does not slip or spin inside the hole.
  • Inspect the completed heavy-duty anchoring layout to guarantee absolute mechanical load stability before loading structural weights.

Important Note

Surface Preparation

Surface Preparation
Apply only inside properly drilled and completely cleaned borehole layout channels within solid concrete or stone. Follow recommended surface preparation and application practices to achieve optimum durability and a flawless finish.

Technical properties

Property

Description

Product Type
Heavy-Duty Wedge Expansion Anchor
Appearance
Bright Polished Metallic Shield Assembly
Finish
High-Friction Rigid Mechanical Lock
Key Feature
Multi-Segment Sleeve Wedge Expansion
Material Matrix
High-Purity Heat-Treated Carbon Steel Alloys
Protective Coating
Premium Corrosion-Resistant Galvanized Skin
Tensile Resistance
Ultra-High Mechanical Load Capacity
Thread Configuration
Precision Machined Metric Fine Threads (e.g., M6, M8)
Application Method
Hammer Insertion & Mechanical Nut Tightening
Surface Compatibility
High-Density Concrete Slabs, Solid Bricks & Hard Stones
Application Area
Overhead Suspensions, Heavy Machinery & Steel Framing
Range Varieties
Available in Standard Sizes (e.g., 6x50mm, 8x60mm)
Shelf Life
Exceptionally Durable under Covered, Dry Storage Conditions

Property

Description

Product Type
Heavy-Duty Wedge Expansion Anchor
Appearance
Bright Polished Metallic Shield Assembly
Finish
High-Friction Rigid Mechanical Lock
Key Feature
Multi-Segment Sleeve Wedge Expansion
Material Matrix
High-Purity Heat-Treated Carbon Steel Alloys
Protective Coating
Premium Corrosion-Resistant Galvanized Skin
Tensile Resistance
Ultra-High Mechanical Load Capacity
Thread Configuration
Precision Machined Metric Fine Threads (e.g., M6, M8)
Application Method
Hammer Insertion & Mechanical Nut Tightening
Surface Compatibility
High-Density Concrete Slabs, Solid Bricks & Hard Stones
Application Area
Overhead Suspensions, Heavy Machinery & Steel Framing
Range Varieties
Available in Standard Sizes (e.g., 6x50mm, 8x60mm)
Shelf Life
Exceptionally Durable under Covered, Dry Storage Conditions

Explore More of Sakarni's Catalogue

Explore More of Sakarni's Catalogue

Frequently Asked Questions

1. What is it used for?
2. Can it be used in hollow block walls or soft plaster?
3. What does "Large Anchor Heavy Duty Grip" signify?
4. Why is it critical to clean the concrete dust from the hole?
5. How does the anchor lock itself into the concrete?