Heavy Duty Manual Inertia Wood Splitter,Portable Log Splitter w/Counterweight Rod,Heavy Duty Firewood Splitting Tool w/Handle Cover,for Camping,Farm Home Use (2.5cm)

Watch tough logs yield easily! Our inertia-driven splitter, with a forged steel tip and shock-absorbing grip, makes firewood prep a breeze. Features: 1. Inertia-based wood chopping, say goodbye to hand-chopping, and keep your hands. 2. A light lift and a powerful slam—it can chop both hardwood and softwood, dry and wet wood. 3. Aim at the wood and chop—effortless and smooth. 4. Comes with a handle cover for shock absorption and grip. Specifications: Product Name: Manual Inertia Firewood Splitter Splitter Head Materials: 50 Manganese Steel Dimensions (Small): Total Length: 121cm/47.64in Splitter Head Width: 2.5cm/0.98in Dimensions (Large): Total Length: 113cm/44.49in Splitter Head Width: 3cm/1.18in Suitable Wood: Various thick woods, hardwoods, and regular household firewood Net Weight: 7.5kg, 10kg/16.53lbs, 22.05lbs Package Included: 1 × Manual Inertia Firewood Splitter

• 【Comfortable Handle】: Designed with a reinforced anti-slip grip, the handle minimizes vibrations and enhances comfort. Its ergonomic shape ensures steady, precise control during extended firewood preparation.
• 【Complete Home Essential Kit】: This Manual Inertial Wood Splitter comes with practical accessories, making it a vital addition for efficient firewood processing at home.
• 【Handheld Inertial Convenience】: The portable Handheld Log Splitter utilizes inertia for easy lift-and-drop operation, eliminating the need for strenuous strikes—ideal for users of all skill levels.
• 【All-Wood Adaptable Steel Tip】: Crafted from forged manganese steel, the tip of this Manual Inertial Wood Splitter easily cuts through various wood types, ensuring long-lasting sharpness for heavy-duty use.
• 【Vibration Reduced Splitting】: Superior to traditional axes, this Firewood Splitting Tool reduces vibration and prevents head loosening, allowing for effortless splitting of stubborn logs with its innovative inertial design.