Sunex 993032 1" Stubby Combination Wrench, Fully Polished Drop-Forged Alloy Steel

Sunex 993032 1" Stubby Combination Wrench, Fully Polished Drop-Forged Alloy Steel

• This Sunex 993032 stubby combination wrench is crafted from drop-forged alloy steel with a fully polished finish and includes radius-corner design and chamfered box end for reliable performance in tight spaces.
• Features:
  • Drop-forged alloy steel provides exceptional strength and durability
  • Fully polished surface esists corrosion and allows for easy cleaning
  • Compact stubby design enables access in confined or obstructed work areas
  • Box end offset by 15 degrees with radius corners eases alignment and reduces fastener rounding
• Specifications:
  • Manufacturer: Sunex
  • Part Number: 993032
  • Wrench Type: Stubby combination
  • Size: 1-inch
  • Overall Length: 5 Inches
  • Material: Drop-forged alloy steel
  • Finish: Fully polished chrome plating
  • System Compatibility: Designed for use in automotive, industrial, and general mechanical applications where space is limited
• The Sunex 993032 may also be referred to as Sunex stubby combination wrench 993032, 1-inch polished stubby wrench, Sunex compact combination wrench, and Sunex SAE stubby wrench.

Sunex designs and delivers professional-grade hand tools with an emphasis on durability and high performance. The 993032 wrench blends compact ergonomics with polished construction for superior reliability in tight-fit tasks.

Q: What advantage does the stubby design offer?
A: The stubby configuration reduces overall length to allow better access to fasteners in confined or obstructed areas where regular wrenches cannot reach.

Q: How does the radius-corner box end improve performance?
A: Radius corners shift contact to the flat sides of the fastener rather than the corners, helping to minimize fastener rounding and improve engagement.

Q: What is the purpose of the 15-degree offset?
A: The 15-degree offset of the box end provides finger clearance and better leverage, allowing safe and efficient access even when space is limited.