RIVERWELD TIG Gas Lens Collet Bodies Kit 45V64 10N24 53N87 53N88 54N63 for SR WP 17 18 26 TIG Torch 9pcs

Overview

The RIVERWELD TIG Gas Lens Collet Bodies Kit is a versatile, all-in-one set designed to support common TIG torch configurations. This 9-piece collection brings together gas lens components, alumina nozzles, and precision collets to help you maintain shielding coverage and consistent arc performance across daily welding tasks. The kit prioritizes practical compatibility and dependable parts, making it a practical addition to existing TIG setups without promising guaranteed results.

What’s included

• 53N88 nozzle, size 10 (5/8" x 1-15/16"), D16.0x48mm
• 53N87 nozzle, size 12 (3/4" x 1-15/16"), D19.0x48mm
• 54N63 TIG Gas Lens Insulator
• 45V64 TIG Gas Lens Collet Body (3/32" x 2"; Ø2.4mm x 50mm)
• 5x TIG Collets 10N24 (3/32" x 2"; Ø2.4mm x 50mm)

Key benefits and use cases

• Designed for both air cooled and water cooled torches in popular lines
• Gas lens insulator and nozzles help maintain shielding gas coverage during longer welds
• Includes a wide selection of nozzle sizes to accommodate different tungsten setups
• Precise collets support secure, repeatable performances with standard 3/32 inch electrodes

Compatibility and versatility

This kit fits the main 17 and 26 series air cooled torches and 18 series water cooled torches, including Lincoln PTA-17, PTA-18, PTA-26; DB18 and DB26; Weldcraft WP-17, WP-18, WP-26; and Miller Diamondback DB17. It enables straightforward cross-compatibility across diverse welding environments.

How to use

Select the appropriate nozzle and gas lens size for your torch, secure the gas lens insulator and collet body, and ensure a snug fit before welding. The components are sized for 3/32 inch tungsten electrodes to support typical TIG workflows.

Why choose RiverWeld

RiverWeld focuses on practical, performance-ready accessories that support clean shielding and reliable arc control. This kit consolidates essential parts in one package for a smoother TIG process, while staying grounded in real-world use rather than guarantees about outcomes.