Wrecking bars

Unmatched Strength & Versatility

Discover the power of NEOTEK wrecking bars, built for heavy-duty demolition, prying, and leverage. Our premium crowbars, crafted from high-quality steel, offer exceptional durability and performance. Experience unmatched strength and precision with NEOTEK.

Claw Hardness & Shape:

  • Hardness: The claw of a wrecking bar should be incredibly hard to withstand the impact forces involved in pulling nails. This is typically achieved through heat treatment processes.
  • Shape: An ideal claw shape for driving and pulling nails is a curved design that provides good grip on the nail head.

    The curved shape also helps to leverage the force applied, making it easier to extract stubborn nails.

NEOTEK WRECKING BARS: Unmatched Strength & Versatility

Available Sizes

Thickness – 16mm | 18mm | 20mm (OCTA, HEX & ROUND)

Length – 400mm | 600mm | 800mm | 1000mm | 1200mm & 1500mm (Thikness as per size and strength requirement)

  • Hexagonal bar forged steel for superior strength
  • Induction-hardened lever and claw for enhanced durability
  • Precision-Engineered curves in key areas for greater efficiency and ease of use
  • Durable powder-coated finish for long-lasting protection

SHAFT PROFILES
NEOTEK wrecking bars come in a range of shaft/bar profiles, each designed to deliver specific advantages for various applications.

Wrecking Bar Shaft Shapes

OVAL
Oval-profiled NEOTEK bars provide enhanced structural strength to handle higher forces. The smooth edges improve grip and ensure optimal comfort during prolonged use.

HEXAGONAL/OCTAGONAL
Hexagonal/Octagonal shafts combine superior strength with excellent grip, even in slippery or wet conditions. The flat sides offer added stability, making them ideal for controlled levering.

ROUND
Round shafts are commonly used in heavier tools like digging bars, offering maximum comfort and reducing hand fatigue during demanding tasks.

FLAT
Flat-profiled bars are perfect for accessing narrow spaces. The broader heel evenly distributes force, minimizing damage to the material being worked on while ensuring efficient performance.