Description

SAPSONS Heavy Duty Slugging (Striking) Wrenches are industrial-grade hand tools specifically designed for applications requiring high torque through impact force. These wrenches are used by striking with a hammer to loosen or tighten frozen, rusted, or heavy-duty nuts and bolts in demanding environments.

Key Features :

• Heavy-duty construction
  Manufactured from high-quality special alloy steel, ensuring superior strength and durability under impact loading.
• Forged one-piece design
  Provides enhanced structural integrity and resistance to breakage during hammering operations.
• Precision machining
  Wrench openings are broached to close tolerances as per international standards for accurate fit and reduced slippage.
• Advanced heat treatment
  Includes stress relieving and finishing processes to improve toughness, wear resistance, and service life.
• Large striking face
  Designed to safely withstand repeated hammer blows and deliver maximum torque.
• High impact resistance
  Engineered to perform reliably under shock loading and extreme industrial conditions.

Types Available :

SAPSONS offers a wide range of configurations to suit different applications:

• Ring type (box type) – straight, offset handle
• Open jaw type – straight, offset
• Structural wrenches – tapered or tubular handle
• Castellated wrenches – for slotted/castle nuts
• Custom profiles as per customer requirements

Size Range :

Available from 22 mm to 230 mm (7/8″ to 9-1/8″) across flats, covering light to extremely heavy-duty applications

Applications

These wrenches are widely used in industries such as:

• Power plants
• Refineries and petrochemicals
• Mining and heavy engineering
• Railways and steel plants
• Fertilizer and thermal power industries

SAPSONS Slugging/Striking Wrenches are robust, high-impact tools built for extreme torque applications. Their combination of forged alloy steel construction, precision machining, and impact-resistant design makes them ideal for heavy industrial maintenance where standard tools are insufficient.