Safety Pins

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APPROVED VENDOR -

Safety Pin Snap, Zinc

StyleModelOverall LengthPin Dia.Shank LengthUsable LengthPrice (inc. GST)
AU39683.025.01752 5/16"1/4"2"1.75"A$ 3.05
AU39684.031.02503 1/16"5/16"2.75"2.5"A$ 4.46
ITW BEE LEITZKE -

Safety Pins

StyleModelMaterialOverall LengthPin Dia.Shank LengthTypeUsable LengthWire Dia.Price (inc. GST)
AWWG-312-1750RLow Carbon Steel2.25"5/16"2"Single Wire Tab Lock1.75"0.120"A$ 42.85
A28-148Low Carbon Steel3"5/16"2.75"Single Wire Tab Lock2.5"0.120"A$ 45.58
AWWG-375-1750RLow Carbon Steel2.25"3/8"2"Single Wire Tab Lock1.75"0.120"A$ 46.91
A28-152Low Carbon Steel3"3/8"2.75"Single Wire Tab Lock2.5"0.120"A$ 52.94
BWWG-SFPH-004Spring Wire4.375"--Coiled Tension2 13/16"0.120"A$ 32.83
BWWG-SFPH-005Spring Wire5.75"--Coiled Tension3.75"0.148"A$ 41.65
DIXON -

Safety Pins

StyleModelPrice (inc. GST)
AAKSP1A$ 3.03
RFQ
AAKSP25A$ 3.29
RFQ
BUYERS PRODUCTS -

Safety Pins

StyleModelFastener FinishFinishGradeOverall LengthPin Dia.Usable LengthWire Dia.Price (inc. GST)
AP11CZincZincLow Carbon3 13/16"2 1/4"1 13/16"2.25"A$ 5.10
B66045Zinc PlatedZinc PlatedC1010 and C10201 13/16"3/16"1 5/8"0.187"A$ 1.89
B66050Zinc PlatedZinc PlatedC1010 and C10202"1/4"1 13/16"0.25"A$ 1.96
B66051Zinc PlatedZinc PlatedC1010 and C10202"1/4"1 13/16"0.25"A$ 5.26
C66053Zinc PlatedZinc PlatedC1010 and C10202 25/32"5/16"2 19/32"0.312"A$ 1.87
B66054Zinc PlatedZinc PlatedC1010 and C10202 25/32"5/16"2 19/32"0.312"A$ 5.26
C66055Zinc PlatedZinc PlatedC1010 and C10202 25/32"5/16"2 19/32"0.375"A$ 3.48
B66056Zinc PlatedZinc PlatedC1010 and C10201 5/8"3/8"1 17/32"0.375"A$ 1.88
B66060Zinc PlatedZinc PlatedC1010 and C10202 1/2"3/8"2 11/32"0.375"A$ 2.11
B66061Zinc PlatedZinc PlatedC1010 and C10202 1/2"3/8"2 11/32"0.375"A$ 5.69
B66063Zinc PlatedZinc PlatedC1010 and C10202 49/64"1/4"2 1/2"0.25"A$ 2.11
B66064Zinc PlatedZinc PlatedC1010 and C10202 49/64"1/4"2 1/2"0.25"A$ 8.80
RFQ
C66066Zinc PlatedZinc PlatedC1010 and C10203 1/4"1/4"3"0.25"A$ 2.11
B66067Zinc PlatedZinc PlatedC1010 and C10203 1/4"1/4"3"0.25"A$ 5.54
B66070Zinc PlatedZinc PlatedC1010 and C10203 3/4"1/4"3 5/8"0.25"A$ 3.36
RFQ
FABORY -

Safety Pins

StyleModelBasic MaterialFinishLength ToleranceMaterialOverall LengthPin Dia.Shank LengthTypePrice (inc. GST)
AU39681.031.0300-Zinc0.125"Steel3 11/16"5/16"-Coil Tension SnapA$ 3.66
BU39684.037.0250-Zinc-0.250"Steel3 1/16"3/8"2.75"Double Wire SnapA$ 4.07
AU39681.037.0300-Zinc0.125"Steel3 11/16"3/8"-Coil Tension SnapA$ 7.94
CU39682.025.0225Stainless SteelPlain-0.250"Stainless Steel2 3/4"1/4"2 1/2"-A$ 32.64
RFQ
CU39682.037.0225Stainless SteelPlain-0.250"18-8 Stainless Steel2 13/16"3/8"2.5"Double Wire SnapA$ 20.53
CU39682.031.0225Stainless SteelPlain-0.250"18-8 Stainless Steel2.75"5/16"2.75"Double Wire SnapA$ 19.85
CU39682.025.0250Stainless SteelPlain-0.250"18-8 Stainless Steel3"1/4"2.75"Double Wire SnapA$ 14.08
DU39683.031.0250Stainless SteelZinc-0.250"Carbon Steel3 1/16"5/16"2.75"Double Wire SnapA$ 3.32
CU39682.037.0250Stainless SteelPlain-0.250"18-8 Stainless Steel3 1/16"3/8"2.75"Double Wire SnapA$ 20.83
DU39683.031.0137Stainless SteelZinc-0.250"Steel1.875"5/16"1.625"Double Wire SnapA$ 1.84
CU39682.031.0250Stainless SteelPlain-0.250"18-8 Stainless Steel3"5/16"2.75"Double Wire SnapA$ 15.12
AU39681.025.0350SteelZinc0.125"Steel4.187"1/4"-Coil Tension SnapA$ 4.89
AU39681.037.0400SteelZinc0.125"Steel4 11/16"3/8"-Coil Tension SnapA$ 8.15
BU39684.037.0225SteelZinc-0.250"Steel2 13/16"3/8"2.5"Double Wire SnapA$ 5.34
EU39684.037.0300SteelZinc-0.250"Carbon Steel3-9/16"3/8"3.25"Double Wire SnapA$ 3.07
BU39684.025.0250SteelZinc-0.250"Steel3"1/4"2.75"Double Wire SnapA$ 6.14
BU39684.025.0225SteelZinc-0.250"Steel2.75"1/4"2.5"Double Wire SnapA$ 4.30
BU39684.031.0225SteelZinc-0.250"Steel2.75"5/16"2.75"Double Wire SnapA$ 4.95
AU39681.025.0300SteelZinc0.125"Steel3 11/16"1/4"-Coil Tension SnapA$ 4.30
AU39681.025.0400SteelZinc0.125"Steel4 11/16"1/4"-Coil Tension SnapA$ 5.24
AU39681.031.0400SteelZinc0.125"Steel4 11/16"5/16"-Coil Tension SnapA$ 7.80
AU39681.037.0350SteelZinc0.125"Steel4.187"3/8"-Coil Tension SnapA$ 8.37
EU39684.031.0300SteelZinc-0.250"Carbon Steel3-9/16"5/16"3.25"Double Wire SnapA$ 2.76
DIXON -

Safety Clips

StyleModelPrice (inc. GST)
AEZLCL400A$ 3.03
RFQ
BAC1A$ 0.99
RFQ
CGSAFETYCLIPA$ 1.36
RFQ
APPROVED VENDOR -

Safety Pin Single Wire

StyleModelOverall LengthShank LengthUsable LengthPrice (inc. GST)
AU39685.025.01752.25"2"1.75"A$ 11.24
AU39686.025.02503"2.75"2.5"A$ 14.22
APPROVED VENDOR -

Safety Pin Zinc 3/64 X 1 1/2L, 100PK

ModelItemPrice (inc. GST)
2UJG6AC3LJYA$ 30.31
SAW TRAX -

Coro Pin, 20Pk

ModelItemPrice (inc. GST)
CPCD7ACJA$ 31.77
APPROVED VENDOR -

Safety Pin Zinc 3/64 X 1 7/8L, 100PK

ModelItemPrice (inc. GST)
2UJG7AC3LJZA$ 32.07
APPROVED VENDOR -

Safety Pin 3/4 Diameter

ModelItemPrice (inc. GST)
U1878AE6XXMA$ 35.79
APPROVED VENDOR -

Safety Pin 3/4 Diameter

ModelItemPrice (inc. GST)
5VU97AE6XNXA$ 45.23
APPROVED VENDOR -

Safety Pin 5/8 Diameter

ModelItemPrice (inc. GST)
U1876AE6XNVA$ 13.57
APPROVED VENDOR -

Safety Pin 2 Wire Snap

ModelItemPrice (inc. GST)
U1696AE6XNAA$ 3.62
APPROVED VENDOR -

Safety Pin Double Wire Snap 1/4 In

ModelItemPrice (inc. GST)
U1692AC8VDVA$ 1.70
APPROVED VENDOR -

Safety Pin 0.091 X 1 11/16 L, 25PK

ModelItemPrice (inc. GST)
2WZV7AC3WJJA$ 41.83
APPROVED VENDOR -

Safety Pin Zinc 0.058 X 1 1/16L, 25PK

ModelItemPrice (inc. GST)
2WZV6AC3WJHA$ 15.66
APPROVED VENDOR -

Safety Pin Zinc 0.047 X 15/16 L, 25PK

ModelItemPrice (inc. GST)
2WZV5AC3WJGA$ 41.13
APPROVED VENDOR -

Safety Pin Standard Zinc 1/16 X 3L, 100PK

ModelItemPrice (inc. GST)
UG1635AC3LKAA$ 99.28
UNITHERM -

Quilting Pin

ModelItemPrice (inc. GST)
QPCE2FGWA$ 1.47
See Details
DIXON -

Surelock Safety Locking Pin, Steel

ModelItemPrice (inc. GST)
SLP1AM7ZZZA$ 0.73
See Details
12

Safety Pins

Safety pins secure hitch pins, clevis pins and gates to scaffolding, outriggers, base plates, side brackets or guard rails. These industrial lock pins and snap pins create tension through a coiled or uncoiled wire to provide a positive lock. Raptor Supplies offers these safety pins from brands like Fabory, Unitherm, Itw Bee Leitzke and Saw Trax.

Features

  • Industrial safety pins are practical, quick, reusable and self-securing. A positive lock is produced when tension is applied to a wire, whether it is coiled or uncoiled. Industrial safety pins can be utilised in situations where a more secure but easy-to-remove pin is advantageous, such as retaining clevis pins in anchor shackle systems.
  • Snap pins, often referred to as snapper pins or wire lock pins, have a head-mounted pivoting spring wire that makes them different from hitch pins in terms of design. The spring wire extends over the part as the pin is placed, snapping around the pin's end to hold it in place.
  • Tapered pins are produced from bar stock to a variety of tolerances. This manufacturing process takes longer than heading and grinding, which are used to make dowel pins. The use of tapered pins is decreasing since they are slower than rolling steel pins (also known as rolled pins).
  • Locking pins are ideal for locking and securing two coupling pieces and keep them from detaching from the fastening system. Self-locking quick-release pins are the most popular locking pins. They have a spring-loaded ball at the safety pin's base that secures the pin and keeps it from being removed. The spring tightens and relieves tension over the balls only when the release mechanism (such as a push button) is activated, allowing users to freely withdraw the self-locking pin from the hole.
  • Safety pins from Fabory feature a spring mechanism & clasp to hold two items together. They have steel / carbon steel / 18-8 stainless steel construction with a plain / zinc coating to enhance surface brightness and resist abrasives.
  • These safety pins are available in coil tension and double wire snap variants.

Frequently Asked Questions

How do snap pins work?

  • Snap pins have a spring attached to the pin head.
  • The ring flips over to keep the pin in place when the pin has been put into its matching component.
  • The pin may be held in place without a second, independent cotter thanks to this one-piece construction.

How to measure a safety pin?

  • Safety pins are measured on the basis of wire diameter, height, effective length and overall length.
  • The wire diameter is measured by simply measuring the wire thickness of the pin.
  • The effective length is the usable open space of the pin when it is closed.

What are the different types of locking pins?

  • Quick-Release Detent Pins: These alignment pins are made of stainless steel and used to fix machine parts and workpieces using a push-button. They have a positive locking mechanism to guarantee reliable component fastening.
  • Pull Metal Dowel Pins: They are essentially the same as conventional metal dowel pins, but have internal threading that enables pneumatic tool removal. They are extracted using a specific threaded tool that is fastened into the dowel.
  • Magnetic Quick-Release Pins: They are ideal for applications that need a positive stop. These pins rely on magnetic axial locks instead of ball-lock pins to fixate & connect various pieces together. Once the locking pin is put into the hole, magnets in the handle or grip preserve the axial alignment and retain the locking pin in place. The pin's flat surfaces and perpendicular insertion bore considerably increase retention forces.
  • Clevis Pins: They feature a perpendicular bore at the bottom that allows them to be locked in place using locking cotter pins, split pins & hairpin cotters, even though they are not locking pins by default. With the exception of the hairpin cotter, the majority of cotter pins must be removed using hand tools like nose pliers.
  • Hitch Pins: These oversized clevis pins have a handle and are used for coupling two components. Since these pins are not self-locking, they are usually secured with a hitch pin or cotter pin clip.
  • Lynch Pins: These self-locking pins are put into the end of an axle or shaft crosswise. They effectively prevent parts from detaching from the axle. These are often made of high-carbon steel or stainless steel.
  • Alignment Pins: They are used with fixtures & jigs, and are used for aligning the workplace with the work holder or for positioning with respect to removable work holder parts.

Can you spackle over drywall anchors?

  • Using a putty knife, you can fill holes using spackling paste after removing wall anchors.
  • Smoothen the holes such that they are flat with the wall.
  • Dry off and lightly sand them to make the area smooth.

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