Klein Tools Quick‑Adjust S‑Jaw Pipe Wrench 13 Inch High‑Torque Adjustable Plumbing Wrench for Hex Nuts and Round Pipe 68230

In stock
SKU: 68230
Regular price $39.98

High‑Torque Adjustable Pipe Wrench for Secure, No‑Slip Gripping Power

The Klein Tools Quick‑Adjust S‑Jaw Pipe Wrench delivers exceptional gripping strength and versatility for plumbing, mechanical, and jobsite applications. Its unique S‑shaped jaw provides three points of contact, ensuring a firm, no‑slip hold on both round pipe and hex nuts. Designed for high‑torque performance, this wrench is ideal for pipe installation, tightening fittings, and working in demanding environments where reliability and control matter.

With a fast‑action adjustment button, soft‑molded comfort handles, and a durable forged alloy steel body, this 13‑inch wrench is built for long‑term professional use. The tool grips round pipe up to 1‑1/2 inches and hex nuts up to 1‑1/4 inches, making it a versatile addition to any plumber’s or contractor’s toolkit.

Key Features

  • S‑shaped jaw provides three points of contact for a secure, no‑slip grip
  • Grips round pipe up to 1‑1/2 in and hex nuts up to 1‑1/4 in
  • Quick‑adjust button allows fast, precise jaw extension
  • Combines benefits of traditional pipe wrenches and pump pliers
  • Soft‑molded handles offer comfort and improved control
  • Forged alloy steel construction for high‑torque durability
  • Ideal for plumbing, pipe installation, and mechanical applications

What's Included

  • (1) Klein Tools 68230 Quick‑Adjust S‑Jaw Pipe Wrench, 13 Inch

Specifications

Type Pipe Wrench
Application Pipe Installation
Special Features S‑Shaped Jaw; Adjustable
Jaw Capacity 1.5 in (3.8 cm)
Overall Length 12.8 in (32.5 cm)
Overall Height 1 in (2.5 cm)
Overall Width 3.1 in (7.9 cm)
Material Forged Alloy Steel
Handle Finish Powder‑Coated Black; Plastisol‑Dipped Grip
Handle Length 13 in (33 cm)
Weight 2 lb (0.9 kg)
UPC 092644682308

Pro‑Tip: For maximum grip on stubborn fittings, position the S‑jaw so all three contact points engage the surface—this increases torque and reduces slippage.