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Turbo Anchor K10

Model K10 / ターボアンカー / Japan Power Fastening Corporation (Official website)

Screw-in anchor that bites deeply into ALC and delivers high strength. Large type with 22.0 mm outer diameter and 70 mm overall length, compatible with M8 to M10 bolts.

Last verified: (date the content was verified against the source document)

Specifications

Overall length (embedded depth) L 70 mm
Head diameter D 23 mm
Body Diameter d 22.0 mm
Pilot Hole Diameter Da 14.0 mm
Pilot Hole Depth ℓ 80 mm
Installation Bit TBK10
Applicable bolt M8～M10,W3/8
Applicable wood screw diameter 9～10 mm
Screw-in depth 50～70 mm
Approximate Tensile Strength (Bolt) 3.5(350) kN(kgf)
Approximate Tensile Strength (Wood Screw) φ9.5～3.5(350) kN(kgf)

ターボアンカー model comparison

Compare 4 models in the same series by specification.

Model Pilot Hole Diameter Da Overall length (embedded depth) L Applicable bolt Approximate Tensile Strength (Bolt) Applicable wood screw diameter Approximate Tensile Strength (Wood Screw) Body Diameter d Pilot Hole Depth ℓ
K10 This product 14.0 mm 70 mm M8～M10,W3/8 3.5(350) kN(kgf) 9～10 mm φ9.5～3.5(350) kN(kgf) 22.0 mm 80 mm
K4 10.0 mm 50 mm M4 1.8(180) kN(kgf) 4～4.5 mm φ4.1～1.6(160) kN(kgf) 15.0 mm 60 mm
K6 10.0 mm 50 mm M5,M6,W1/4 1.8(180) kN(kgf) 5～6 mm φ5.1～1.6(160) kN(kgf) 15.0 mm 60 mm
K8 12.0 mm 60 mm M8,W5/16 3.0(300) kN(kgf) 7～8 mm φ7.5～2.0(200) kN(kgf) 18.5 mm 70 mm

How to choose Anchors

Points to check when selecting, with the values for this product (K10).

  1. 1. Select a matching bolt for the base material and fixture

    This product: Applicable bolt M8～M10,W3/8

    ALC anchors have a fixed bolt nominal diameter for each size. The listed products are grouped as M4, M5 to M6, M8, and M8 to M10. Select the type that matches the hole diameter of the bracket being fixed and the nominal diameter of the bolt you use.

  2. 2. Compare required load with the tensile strength guide

    This product: Approximate Tensile Strength (Bolt) 3.5(350) kN(kgf)

    The guide tensile strength for the listed products when used with bolts is 1.8 to 3.5 kN. Select with a margin by including the weight of the fixture as well as loads from earthquakes and vibration. The values shown are guides only, and actual strength varies with the condition of the base material and installation accuracy.

  3. 3. Determine the neck length from fixture thickness plus embedment depth

    The under-head length of the listed screw-in anchors is 35 to 150 mm. Choose a length equal to the thickness of the bracket or rafter being fixed plus the required screw-in depth in the concrete. If the length is insufficient, holding force will be inadequate; if it is too long, the pilot hole becomes deeper and installation takes more effort.

  4. 4. Maintain the correct pilot hole diameter and depth

    This product: Pilot Hole Diameter Da 14.0 mm

    The listed products require a pilot hole diameter of 10 to 14 mm and a pilot hole depth of 60 to 80 mm. If the hole is too large, biting force will be insufficient; if it is too small, the base material may crack or the anchor may not thread in. Use a bit of the specified diameter and drill to the specified depth.

  5. 5. Embedment depth, body diameter, and edge distance in the base material

    This product: Overall length (embedded depth) L 70 mm

    ALC anchors have a total length (embedment depth) of 50 to 70 mm and a body diameter of 15 to 22 mm. Larger sizes generally achieve higher strength, but they also require greater base material thickness and edge distance. Check the thickness of the ALC panel and the distance from the edge at the installation position.

  6. 6. Check the installation bit and recess

    This product: Installation Bit TBK10

    Some types require a dedicated high-speed bit, and some have a drive recess in the head that accepts square bits. Confirm in advance that your impact driver bits fit, so that installation does not stop on site due to incompatible tools.

This guide was written by AI based on the listed products' documents and specification items.

About Anchors and all products

Description

Screw-in type that resists cracking at ALC edges and can be installed with an impact driver. Uses the dedicated bit "Turbo Booster" (TBK10). Pilot hole diameter 14.0 mm, depth 80 mm. Approximate tensile strength with M10 bolt: 3.5 kN (350 kgf).

Features

  • Bites firmly into ALC for high holding strength
  • Screw-in design that resists cracking at ALC edges
  • Drilling and fastening possible with a single impact driver
  • Dedicated high-speed bit "Turbo Booster" improves installation speed

Applications

  • Fixing large equipment and handrails
  • Installation of bird netting
  • Fixing base brackets for wall greening

FAQ

Q. Can Turbo Anchor K10 be used in ALC, and what are its features?
A. It is a screw-in anchor that bites firmly into ALC and delivers high strength. Its structure resists cracking at ALC edges.
Q. What tools are required to install Turbo Anchor K10?
A. It can be installed with an impact driver. Drilling and fastening can both be done with one impact driver. Using the dedicated high-speed bit "Turbo Booster" (TBK10) improves installation speed.
Q. What are the pilot hole diameter and pilot hole depth for Turbo Anchor K10?
A. The pilot hole diameter is 14.0 mm and the pilot hole depth is 80 mm. The installation bit is TBK10.
Q. What bolt and wood screw sizes does Turbo Anchor K10 support, and what is the approximate tensile strength?
A. Compatible bolts are M8 to M10 and W3/8. Compatible wood screw diameter is 9 to 10 mm. Approximate tensile strength is 3.5 kN (350 kgf) for bolts and φ9.5 to 3.5 kN (350 kgf) for wood screws.
Q. What are the dimensions and screw-in depth of Turbo Anchor K10?
A. Overall length (embedment depth) L is 70 mm, head diameter D is 23 mm, and body diameter d is 22.0 mm. Screw-in depth is 50 to 70 mm.

Written by AI based on the content of the source documents.

Source documents

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