Engineers Hammer 1.0kg Fibreglass 370mm Handle
Engineers Hammer 1.0kg Fibreglass 370mm Handle
- Stock: In Stock
- Model: TC615100
- Weight: 1.35kg
- Dimensions: 370.00mm x 135.00mm x 38.00mm
- SKU: TC615100
- UPC: 6009515869311
R 261.00
Ex VAT: R 226.96
Tork Craft Engineers Hammer — 1.0 kg, Fibreglass Handle (Model TC615100)
Designed for professionals in metal fabrication and engineering, this Tork Craft engineers hammer features a 1.0 kg drop-forged head and a durable 370 mm fibreglass handle. The compact length and strong build make it ideal for precise striking in tight spaces, while withstanding heavy-duty workshop demands.
Features
- 1.0 kg head — effective for machining, fabrication, and general maintenance strikes.
- 370 mm overall length — gives control in confined workspace.
- Fibreglass handle — improved shock absorption and handle durability compared to wood.
- Drop-forged head construction — built for high impact durability and reliability.
Benefits
- Precise hits: The moderate weight and length make it excellent for controlled strikes on metal, tools and parts.
- Reduced hand fatigue: Fibreglass handle reduces vibration and long-term strain during repetitive work.
- Robust for workshop use: Designed to endure constant impact and harsh conditions common in machining and engineering environments.
- Tight space friendly: The 370 mm length fits well in engine bays, machine rooms, confined maintenance setups.
Extra Information
- This engineers hammer is an excellent all-rounder tool in fabrication shops, mechanical maintenance, and general engineering use where a typical claw hammer lacks precision or robustness.
- Even though the handle is fibreglass and durable, inspect the head-to-handle joint regularly—especially after heavy strikes on hard metal or casting parts.
- For best results, keep the striking face clean and flat; avoid using this hammer on over-hardened targets which can chip the head.
Pro Tip
- When working with precision assemblies, use this hammer with a light strike slightly off-centre on the surface to “settle” the tool, then follow with a firm strike for optimal control and accuracy.