Copper Sledge Hammer 907g | Pinned Steel Core | Fibreglass Black Handle | Non-Sparking Design | by Wattmaster
The Copper Sledge Hammer 907g is designed for non-sparking environments, featuring a pinned steel core and a durable fibreglass black handle. Ideal for applications requiring minimized risk of chipping, this hammer ensures safety with its tether hole for working at heights. Perfect for professionals needing reliable tools in hazardous conditions.
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Product Name/Title: Copper Sledge Hammer 907g | Pinned Steel Core | Fibreglass Black Handle | Non-Sparking Design | by Wattmaster
Brand: Wattmaster
SKU: 5HCFRH02
Alternatively Known As: Copper Head Sledge Hammer, Non-Sparking Sledge Hammer, Fibreglass Handle Hammer
- Weight: 907g (2lb)
- Head Material: Copper
- Handle Material: Fibreglass with pinned steel core
- Safety Features: Steel core immersed in glue, pin in blind hole to avoid sparking
- Includes tether hole for safety when working at heights
- Dimensions (H x L x W): 50mm x 400mm x 300mm
- Weight: 0.907 kg
- Suitable for use in non-sparking environments
- Copper heads are softer than brass, reducing damage to threads
- Hammer heads are pinned through the steel core of the fibreglass handle for added safety
- Steel core is immersed in glue with the pin in a blind hole to avoid sparking
- Includes tether hole for working at heights
- No professional installation required. Use by trained personnel in appropriate environments is recommended.
- Non-sparking environments
- Applications requiring minimised risk of chipping
- Working at heights with tether hole for safety
- Complies with AS/NZS 4801 – Occupational Health & Safety Management Systems
- Copper head reduces damage to materials, extending tool and workpiece life
- Non-sparking design enhances safety in hazardous environments
Standard manufacturer warranty applies. Please refer to Wattmaster for specific warranty details.
The Wattmaster Copper Sledge Hammer 907g (2lb) is available for immediate purchase, ideal for use in non-sparking and safety-critical environments.