Original: $15.57
-70%$15.57
$4.67The Story
Stanley Fiber glass Club Hammer – Heavy-Duty Demolition Hammer
The Stanley Fiberglass Club Hammer is engineered for heavy-duty demolition, driving masonry nails, and light chiseling work. With a drop-forged, hardened carbon steel head and a high-impact fiberglass handle, this hammer offers maximum durability, vibration reduction, and control in every swing.
Ideal for masonry work, rebar shaping, and general demolition, it is built to meet the toughest site demands.
Key Features:
-
Drop-Forged Carbon Steel Head – Hardened and tempered for long-lasting strength
-
Fiberglass Core Handle – Stronger than wood with excellent shock absorption
-
Epoxy-Bonded Head – Secures head-to-handle bond and resists separation
-
Anti-Slip Grip – Ergonomic rubber grip for safe, comfortable use
-
Compact Heavy Head – Offers powerful striking force in confined areas

Details & Craftsmanship
Every detail has been carefully considered to bring you the perfect product.

Details & Craftsmanship
Every detail has been carefully considered to bring you the perfect product.

Details & Craftsmanship
Every detail has been carefully considered to bring you the perfect product.
Description
Stanley Fiber glass Club Hammer – Heavy-Duty Demolition Hammer
The Stanley Fiberglass Club Hammer is engineered for heavy-duty demolition, driving masonry nails, and light chiseling work. With a drop-forged, hardened carbon steel head and a high-impact fiberglass handle, this hammer offers maximum durability, vibration reduction, and control in every swing.
Ideal for masonry work, rebar shaping, and general demolition, it is built to meet the toughest site demands.
Key Features:
-
Drop-Forged Carbon Steel Head – Hardened and tempered for long-lasting strength
-
Fiberglass Core Handle – Stronger than wood with excellent shock absorption
-
Epoxy-Bonded Head – Secures head-to-handle bond and resists separation
-
Anti-Slip Grip – Ergonomic rubber grip for safe, comfortable use
-
Compact Heavy Head – Offers powerful striking force in confined areas

























