A comprehensive overhead product collection shot displaying the five orange and black hammers from the GEARWRENCH GWH5PCDB dead blow set, featuring three standard head dead blow hammers and two ball pein dead blow hammers organized on a solid white background.
A technical feature infographic diagram of a GEARWRENCH ball pein dead blow hammer with text callouts highlighting its dual-function ball pein head, shock-absorbing internal steel shot core, oil and chemical-resistant polyurethane coating, and ergonomic balanced handle design.
A dimension measurement chart layout for the two ball pein dead blow hammers in the GWH5PCDB set, illustrating specific technical metrics for the 16 oz model at 12.4 inches long and the 24 oz model at 12.6 inches long.
An action-shot perspective of an automotive technician in a commercial repair garage using a standard orange GEARWRENCH dead blow hammer to break free and service a rusted vehicle wheel hub and brake rotor assembly.
An in-use detail shot showing an auto service professional using a GEARWRENCH ball pein dead blow hammer to align a timing gear on a double overhead cam (DOHC) vehicle engine block during a drivetrain cylinder head repair.
A comprehensive overhead product collection shot displaying the five orange and black hammers from the GEARWRENCH GWH5PCDB dead blow set, featuring three standard head dead blow hammers and two ball pein dead blow hammers organized on a solid white background.
A technical feature infographic diagram of a GEARWRENCH ball pein dead blow hammer with text callouts highlighting its dual-function ball pein head, shock-absorbing internal steel shot core, oil and chemical-resistant polyurethane coating, and ergonomic balanced handle design.
A dimension measurement chart layout for the two ball pein dead blow hammers in the GWH5PCDB set, illustrating specific technical metrics for the 16 oz model at 12.4 inches long and the 24 oz model at 12.6 inches long.
An action-shot perspective of an automotive technician in a commercial repair garage using a standard orange GEARWRENCH dead blow hammer to break free and service a rusted vehicle wheel hub and brake rotor assembly.
An in-use detail shot showing an auto service professional using a GEARWRENCH ball pein dead blow hammer to align a timing gear on a double overhead cam (DOHC) vehicle engine block during a drivetrain cylinder head repair.
GEARWRENCH

GEARWRENCH Dead Blow Hammer Set GWH5PCDB 5 Piece 16 to 32 oz Shot Core Polyurethane Molded Steel Frame Drivetrain Alignment Striking Tools

In stock
SKU: GWH5PCDB
$152.99 USD

Description

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Trade-Focused 5-Piece Dead Blow Striking Collection with Internal Steel Shot Head Ballast and Chemical-Resistant Polyurethane Enclosure

The GEARWRENCH GWH5PCDB 5 Piece Dead Blow Hammer Set delivers professional-grade structural impact force and operator vibration absorption under rigorous assembly and demolition schedules. Engineered with high-performance canister-filled steel shot head cores, these standard and ball pein striking instruments transfer direct kinetic energy into the target while completely absorbing structural recoil shocks to minimize tool rebound bounce. This mechanical bay utility solution resolves dangerous workpiece marring, structural handle snapping, and localized bounce-back injuries by embedding a high-tensile steel frame base inside a heavy-duty oil and chemical-resistant polyurethane protective shielding matrix. Outfitted with ergonomic, precision-balanced handles and rigorously tested to exceed industrial ANSI and ASME design specifications, this multi-size 16 oz to 32 oz kit ensures absolute striking control across demanding drivetrain alignment, metal shaping, and suspension service applications.

Best Used For:

  • Drivetrain Component Striking: Reseating precision transmission casings, aluminum engine covers, and tightly toleranced oil pans without fracturing or scoring highly finished structural interfaces.
  • Metal Shaping and Riveting: Spreading metal rivets, crowning sheet metal contours, and hand-shaping raw bracket fabrications using the specialized ball pein head profiles.
  • Seized Axle Hub Separation: Breaking free rusted brake drums, structural wheel hubs, and suspension control arms via heavy kinetic force transfer.

Key Performance & Safety Features

  • Canister-Filled Steel Shot Core: Head cavity displaces internal shot ballast continuously upon dynamic impact to dampen shock wave rebound.
  • Polyurethane Armor Shielding: Outer casing resists aggressive automotive fluid contact, preventing peeling, splitting, or spark hazards in hot bays.
  • Sustained Force Contact: Internal velocity damping extends the kinetic power window to deliver a deep, deadened strike that optimizes drive force.
  • Precision Handle Balancing: Center-of-mass head configurations match the user swing profile to maximize leverage control over long work periods.
  • ANSI & ASME Quality Testing: Built to consistently meet or exceed high-tier industrial hardness and proof-load verification compliance matrixes.

What's Included

  • (1) 16 oz Ball Pein Dead Blow Hammer
  • (1) 24 oz Ball Pein Dead Blow Hammer
  • (1) 18 oz Standard Head Dead Blow Hammer
  • (1) 24 oz Standard Head Dead Blow Hammer
  • (1) 32 oz Standard Head Dead Blow Hammer

Technical Specifications

Specification Value
Brand Name GEARWRENCH
Model Number GWH5PCDB
Set Piece Count 5 Pieces
Minimum Tool Size Capacity 16 oz
Maximum Tool Size Capacity 32 oz (2 lbs.)
Hammer Structural Styles Standard Head Dead Blow and Ball Pein Dead Blow
Internal Ballast Sub-Core Canister-Filled Steel Shot
Handle Base Construction Steel Core Frame with Polyurethane Coating
ANSI Certification Rating Meets or Exceeds
ASME Certification Rating Meets or Exceeds
Product Total Catalog Weight 6.700 lbs.
Commercial Warranty Policy Full Lifetime Warranty
UPC System Code 099575380730

Pro-Tip: When using the heavier 32 oz dead blow standard module on hydraulic engine mounts, allow the hammer weight to guide the down-swing arc naturally. The internal loose steel shot takes a fraction of a millisecond to catch up to the head surface plane, expanding the energy output phase to maximize material drive efficiency cleanly.