TIG Ceramic Nozzle #4 LONG for WP17/18/26 Alumina 2pk

$18.99

Product Introduction

Hampdon Industrial TIG Alumina Ceramic Cups, #4 LONG size, 2 pieces. Made from toughened alumina oxide, compatible with WP-17, WP-18, WP-26 series TIG torches. Features thermal shock resistance, excellent heat resistance, and durability for harsh welding conditions.

Specifications

Size #4 LONG
Quantity 2 Each
Compatibility WP-17, WP-18, WP-26 Torches
Material Toughened Alumina Oxide
Length 76mm
SKU: 93fab0c36189 Categories: , ,
Description

TIG Ceramic Cup Nozzle #4 LONG – 2 Pack for WP 17/18/26 Torches | High-Quality Alumina

Product Description

Upgrade your TIG welding setup with Hampdon Industrial’s premium Alumina Ceramic Cups, engineered for precision and durability. This pack includes 2 long-reach #4 nozzles compatible with WP-17, WP-18, and WP-26 series torches, designed to deliver superior gas control and thermal performance in demanding welding environments. Crafted from toughened alumina oxide, these cups withstand extreme temperatures and resist breakage, ensuring consistent results even in tight spaces.

Core Specifications

Compatibility WP-17, WP-18, WP-26 TIG torches (Gas Lens collet body)
Quantity 2 pieces per pack
Size #4 LONG
Material Toughened alumina oxide
Thread 13/32 UNS
Length 76mm
Bore Diameter 6mm
Thermal Resistance High-temperature tolerance
Durability Shock-resistant, long service life
OEM Compatibility 100% OEM part match

Key Features

  • Precision Gas Control: Optimizes shielding gas flow for clean, uniform welds
  • Extreme Heat Resistance: Withstands high welding temperatures without degradation
  • Tight Space Access: Long design enables welding in confined areas
  • Breakage Resistant: Toughened alumina oxide construction for harsh conditions
  • Direct OEM Replacement: Seamless fit with WP-17/18/26 torches

Applications

Ideal for professional TIG welding applications, including:

  • Aerospace and automotive manufacturing
  • Stainless steel and aluminum fabrication
  • Industrial pipe welding
  • Maintenance and repair work
  • High-precision metal joining

Performance Advantages

Our alumina cups outperform standard ceramic nozzles with:

  • Lower thermal conductivity for reduced heat transfer to torch components
  • Superior thermal shock resistance to prevent cracking during rapid temperature changes
  • Consistent gas coverage for minimal spatter and porosity
  • Extended service life compared to generic alternatives

Quality Assurance

Manufactured to strict industrial standards, each cup undergoes rigorous testing to ensure dimensional accuracy and material integrity. Backed by our commitment to quality, these nozzles deliver reliable performance for both professional welders and industrial applications.

Why Choose Our Ceramic Cups?

Unlike budget nozzles, our products offer:

  • Precision-engineered threads for secure torch attachment
  • Uniform wall thickness for balanced heat distribution
  • ISO-compliant material composition
  • Cost-effective 2-pack packaging for extended use

FAQ

Q: Will these fit non-WP series torches?
A: Designed specifically for WP-17/18/26 models. Contact us for custom compatibility.

Q: What’s the difference between standard and long nozzles?
A: Long nozzles provide extended reach for welding in deep or narrow spaces.

Q: Can these be used with all TIG welding gases?
A: Yes, compatible with argon, helium, and argon-helium mixtures.

Ready to Enhance Your Welding Results?

Contact our team today for bulk pricing, technical support, or custom order inquiries. Experience the difference with industrial-grade TIG accessories.

Shipping and Delivery

Packaging & Transportation

Apeswelding Nozzles

Apeswelding nozzles are precision components that require careful protection. Each piece is individually vacuum‑sealed and cushioned with shock‑absorbing material to avoid collision, dust and moisture. Sturdy outer cartons with fragile marks ensure safe transportation. We use reliable logistics with full tracking, ensuring products arrive intact and in perfect working condition.