Askew Head Bolt

H&B

$1.00
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SKU:
ASKEWHEADBOLT
[ASSET][SUBMITTAL] Submittal 1:
https://media.h-b.com/ASKEW-HEAD-BOLT.pdf
[ASSET][SDS] Safety Data Sheet (SDS) 1:
https://media.h-b.com/Hot-Dip+Galvanized+Coating+SDS.pdf
[ASSET][SDS] Safety Data Sheet (SDS) 2:
https://media.h-b.com/Stainless+Steel+SDS.pdf
[PICKLIST] Finishes/Materials:
Type 304 - Stainless Steel|Type 316 - Stainless Steel (Special Order)|Hot-Dip Galvanized
[PICKLIST] Lengths:
2"|2 1/2"|3"|4"
SKU Number:
ASKEWHEADBOLT
[SELLS_WITH][ACCESSORIES] Sells With:
HW340HG|LW340HG
[PICKLIST] Diameter:
3/4"|5/8" (for Restoration projects only, NOT for use with current H&B inserts)
[PDF][PART-1] Material Conformance - Text:

Hot Dip Galvanized:
ASTM A153/A153M, ASTM A123/A123M
Stainless Steel:
Type 304: ASTM A276 and ASTM A582/A582M

PERFORMANCE DATA
Carbon Steel: 60,000 psi minimum ten

[PDF][PART-2] Material Conformance - Text:
sile strength 
Stainless Steel: 70,000 psi minimum tensile strength

[PDF][PART-1] Submittal Short Description:

The beveled head of the Askew Head Bolt engages the internal wedge shape of H&B concrete inserts (LW-340 or HW-340) and produces an automatic tightening action when a load is placed on it.

Available Diameters:

[PDF][PART-2] Submittal Short Description:
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  • 3/4”
  • 5/8”

Askew Head Bolt Length:

  • 2”
  • 2 ½”
  • 3”
  • 4”
[PDF] Submittal Notes:
  • 5/8” bolt is only for restoration projects with existing 5/8” inserts,
  • 5/8” bolts and are NOT compatible with H&B’s HW-340 & LW-340 inserts
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The beveled head of the askew head bolt engages the internal wedge shape of H&B concrete inserts (LW-340 or HW-340) and produces an automatic tightening action when a load is placed on it.

FINISHES

  • Type 304 or 316 Stainless Steel
  • Hot-Dip Galvanized

DIMENSIONS

  • Bolt Diameters: 
    • 3/4”
    • 5/8" (only for restoration projects, NOT for use with current H&B inserts)
  • Bolt Lengths: 2”, 2-1/2”, 3” or 4”

Askew Head Bolt Performance Data: Carbon Steel

Carbon Steel60,000 psi minimum Tensile Strength
Stainless Steel70,000 psi minimum Tensile Strength