Hammer Drive Pin Anchors

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GRAINGER -

Hammer Drive Pin Anchor

GRAINGER U70653.025.0075A
StyleModelPrice (ex. VAT)
AU70653.025.0075€11.16
AU70653.025.0100€11.69
AU70654.025.0300€25.84
AU70654.025.0200€17.13
AU70654.025.0175€16.52
AU70654.025.0150€10.78
AU70654.025.0100€11.54
AU70652.025.0400€22.89
AU70652.025.0300€19.19
AU70652.025.0200€12.48
AU70652.025.0100€12.56
AU70652.025.0075€12.31
AU70653.025.0300€25.59
AU70653.025.0200€19.74
AU70653.025.0175€16.52
AU70653.025.0150€12.43
AU70654.025.0400€20.42
AU70652.018.0100€9.57
AU70654.018.0075€7.63
AU70652.018.0075€7.63
GRAINGER -

Hammr Drive Pin Anchor

GRAINGER U70652.025.0175A
StyleModelPrice (ex. VAT)
AU70652.025.0175€16.71
AU70652.025.0150€16.58
AU70653.018.0100€8.72
AU70654.018.0100€9.31
MICRO PLASTICS -

Anchor Rivets

MICRO PLASTICS 61ASM25075A
MICRO PLASTICS 61ASM25100B
MICRO PLASTICS 61ASM25150C
MICRO PLASTICS 61AST25100D
MICRO PLASTICS 61ASM18075E
MICRO PLASTICS 61AST18075F
StyleModelPrice (ex. VAT)
A61ASM25075€7.89
B61ASM25100€8.33
C61ASM25150-
RFQ
B61ASR25075€3.87
B61ASR25100€4.25
B61ASR25150€4.66
B61AST25075€3.77
D61AST25100€3.37
B61AST25150€4.37
E61ASM18075€4.12
E61ASM18100€4.49
E61ASR18075€4.19
F61AST18075€4.02
E61AST18100€4.49
MKT FASTENING -

Hammer Anchors

MKT FASTENING 1674060A
MKT FASTENING 1675110B
MKT FASTENING 1674120CRC
MKT FASTENING 1674140CRD
StyleModelPrice (ex. VAT)
A1674060€64.44
A1674080€69.85
A1674100€107.76
B1675110€127.22
A1674120€99.21
RFQ
C1674120CR€158.63
A1674140€136.62
D1674140CR€180.50
RFQ
A1674160€150.83
POWERS FASTENERS -

Drive Pin Anchors

POWERS FASTENERS 02808-PWRA
POWERS FASTENERS 02844-PWRB
StyleModelPrice (ex. VAT)
A02808-PWR€23.94
B02844-PWR€53.50
A02842-PWR€49.60
A02826-PWR€40.40
POWERS FASTENERS -

Pre-Expanded Anchors

POWERS FASTENERS 03242-PWRA
POWERS FASTENERS 05530-PWRB
POWERS FASTENERS 03759-PWRC
POWERS FASTENERS 03755-PWRD
POWERS FASTENERS 03301-PWRE
POWERS FASTENERS 03794-PWRF
StyleModelPrice (ex. VAT)
A03242-PWR€46.31
A03272-PWR€50.70
B05530-PWR€88.74
A03392-PWR€64.56
A03362-PWR€76.47
C03759-PWR€172.32
D03755-PWR€140.65
B05528-PWR€80.50
B05526-PWR€86.36
B05524-PWR€73.38
B05523-PWR€52.96
B05522-PWR€51.77
E03301-PWR€71.23
E03271-PWR€65.35
E03241-PWR€52.70
F03794-PWR€174.90
A03302-PWR€49.49
A03332-PWR€68.50
D03758-PWR€103.36
B05546-PWR€47.05
B05550-PWR€58.66
B05506-PWR€60.53
B05503-PWR€42.80
POWERS FASTENERS -

Drive Pins

POWERS FASTENERS 50296-PWRA
StyleModelPrice (ex. VAT)
A50296-PWR€17.85
A50298-PWR€22.10
A50294-PWR€14.54
WESTWARD -

Hammer Drive Anchors

WESTWARD U70651.050.0600A
WESTWARD U70651.050.0275B
WESTWARD 11K332C
WESTWARD U70650.025.0200D
WESTWARD U70650.025.0150E
WESTWARD U70650.025.0125F
WESTWARD U70650.025.0100G
StyleModelPrice (ex. VAT)
AU70651.050.0600€55.85
AU70651.050.0475€44.56
BU70651.050.0275€26.67
C11K332€37.94
DU70650.025.0200€56.99
EU70650.025.0150€43.12
FU70650.025.0125€41.75
GU70650.025.0100€37.84
C11K325€65.06
C11K324€55.94
C11K337€30.14
C11K339€36.24
C11K338€41.80
C11K330€72.40
BU70651.037.0350€50.35
AU70651.037.0237€51.73
C11K335€34.60
C11K336€31.03
BU70651.031.0275€42.91
BU70651.031.0200€35.50
WESTWARD -

Anchor Hammer Sets

WESTWARD U70650.025.0075A
WESTWARD 11K340B
StyleModelPrice (ex. VAT)
AU70650.025.0075€30.71
B11K340€22.94
POWERS FASTENERS -

Forming Spike, 2-3/4 Inch Size, 100Pk

Forming Spike, 2-3/4 Inch Size, 100Pk
ModelItemPrice (ex. VAT)
03797-PWRAF9RVG€132.96
GRAINGER -

Hammr Drive Pn Anchor Round 1/4 Inch 3/4 Inch, 100PK

Hammr Drive Pn Anchor Round 1/4 Inch 3/4 Inch, 100PK
ModelItemPrice (ex. VAT)
U70654.025.0075AG2FQL€11.30
GRAINGER -

Hammr Drv Pin Anchor 3/16 Inch 3/4 Inch, 100PK

Hammr Drv Pin Anchor 3/16 Inch 3/4 Inch, 100PK
ModelItemPrice (ex. VAT)
U70653.018.0075AH3EDH€7.63

Hammer Drive Pin Anchors

Hammer drive pin anchors, also called nail or pin drive anchors, are used for the semi-permanent installation of fixtures on concrete, brick & blocks. They are formed from a combination of an expander drive pin and an expansion sleeve. The latter is installed inside pre-drilled holes, whereas the former is hammered into the latter to expand itself and ensure a tight fit. Raptor Supplies offers a wide range of hammer drive pin anchors from brands like Micro Plastics, Grainger, MKT Fastening, Power Fasteners and Westward. Their unique design allows them to distribute the attached fixture's weight for holding them securely in most applications.

Features

  • Hammer drive pin anchors are offered in a pre-assembled body containing a nail and an anchor.
  • They are ideally used in dry or indoor environments.
    • .
  • These anchors get installed permanently, so care must be taken before fastening.
  • After the anchor is set in place, the fixtures being fastened cannot be removed without destroying the assembly.
  • The base material hole must be drilled somewhat deeper than the anchor depth / penetration for allowing any dust or debris to fall at the bottom of the hole.
  • Selected anchors use a nut for custom tightening of the anchors on the anchored surfaces and an attached washer to prevent the nuts from digging into the anchored surface.
  • Many of these anchors come in a pack containing multiple pieces for easy operation.
  • Grainger hammer drive pin anchors come in steel pin construction and nylon anchor body for chemical resistance, elasticity and structural strength.
  • Westward anchors have steel or Zamac pins ideal for tamperproof and durable installations. Selected models of these Westward anchors come with nut & washer assembly for heavy-duty applications.

Frequently Asked Questions

Where are these hammer drive pin anchors used?

These hammer drive pin anchors are used on concrete, brick or blocks. Some pin anchors are suitable only for brick or block applications whereas some are suitable only for concrete. These hammer drive pin anchors can also be divided on the basis of their usability in light to heavy-duty applications.

What is the difference between hammer drive pin anchors, strike anchors and split drive hammer anchors?

  • These anchors are used for similar purposes but have some minute differences among them. Hammer drive pin anchors are mostly used for light to medium-duty applications and have an expansion nail & anchor body. Their expansion nail is struck till it becomes flush with the anchor's head.
  • Strike anchors are used in medium to heavy-duty applications as in addition to the expansion nail & anchor body, they also have a nut & washer assembly to protect anchors from going inside the holes during heavy-duty operation.
  • Split drive anchors like strike anchors are used on hard concrete but do not have an expansion nail as their head is directly hit to tighten them against the fastened material.

How to install these hammer drive pin anchors?

  • Drill a hole in the base material surface up to a minimum anchor depth using a hammer drill (preferably greater depth). The diameter of the hole should be equal to the diameter of the drill bit.
  • Clean the dust inside the hole properly using compressed air, vacuum or wire brush for proper fastening.
  • Alight the fixture to be fastened over the hole and insert the anchor assembly through the fixture into the base material's hole.
  • After ensuring that the head of the anchor body is tight against the fixture, strike the nail on its head using a hammer till it is flush against the anchor head.
  • This expands the anchor's base and securely holds the concrete.

How to determine the length of the hammer drive pin anchor required?

Users can select the required length of the hammer drive pin anchor by adding the fastened material's thickness to the minimum embedment / depth of the anchor inside the base material.

What are some factors that users should keep in mind while installing hammer drive pin anchors?

  • A hammer drive pin anchor is not suited for use in overhead applications or damp / outdoor environments.
  • The fastened material / fixture should have a hole with a larger diameter than the anchor's diameter for accommodating the anchor's head or nut & washer.
  • A hammer drive pin anchor transfers all the forces / stresses to the base material. So, if the installation location of the anchors is too close together, the forces may interact with each other and reduce the anchor's holding power.
  • Users should increase the spacing between these anchors when used for applications that face vibrations or shock loads.

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