TIG Ceramic Nozzle #8 10pk for WP-17/18/26

$23.99

Product Description

Hampdon Industrial TIG Alumina Ceramic Cups, size #8, designed for WP-17, WP-18 & WP-26 series TIG torches. Made from high-quality alumina with excellent heat resistance, low thermal conductivity and durability for long service life in harsh welding conditions.

Product Parameters

Size #8
Compatibility WP-17, WP-18, WP-26 TIG Torches
Quantity 10 Each
Thread 13/32 UNS
Dimensions 47mm Length, 12.5mm Diameter
SKU: 8c7aa499a71d Categories: , ,
Description

TIG Ceramic Cup Nozzle #8 – 10 Pack for WP-17/WP-18/WP-26 Torches

Product Description

Enhance your TIG welding precision with Hampdon Industrial’s premium Alumina Ceramic Nozzles. Engineered for WP-17, WP-18, and WP-26 series torches, this 10-pack of #8 size cups delivers exceptional heat resistance and durability for professional welding applications. Ideal for maintaining optimal gas flow control across various welding configurations, these nozzles ensure consistent arc stability and weld quality even in harsh industrial environments.

Core Selling Points

1. High-Quality Alumina Construction Superior heat tolerance and impact resistance
2. Perfect Fit Compatible with WP-17, WP-18, WP-26 torches
3. #8 Size Optimal gas coverage for precise weld pools
4. 10-Pack Value Cost-effective solution for ongoing operations
5. 13/32 UNS Thread Secure, standard fitment
6. 47mm Length Extended reach for deep joint access
7. 12.5mm Diameter Balanced gas diffusion for clean welds
8. CIG Equivalent BG10N46/R Direct replacement for major brands
9. UNIMIG P10N46 Compatible Interchangeable with industry standards
10. Low Thermal Conductivity Prevents heat damage to torch components

Applications

Designed for industrial TIG welding across automotive, aerospace, fabrication, and metalworking industries. Perfect for stainless steel, aluminum, and exotic metal welding where precise gas shielding is critical. Ideal for both manual and automated welding systems.

Performance Benefits

  • Maintains stable gas flow for oxide-free welds
  • Withstands extreme temperatures during prolonged use
  • Reduces downtime with breakage-resistant design
  • Consistent nozzle geometry ensures repeatable results
  • Compatible with standard TIG torch consumable setups

Quality Assurance

Manufactured to strict industrial standards, each nozzle undergoes dimensional accuracy testing and thermal stress validation. Our Alumina ceramic material exceeds industry benchmarks for heat resistance (up to 1600¡ãC) and mechanical strength, ensuring reliable performance in demanding work environments.

Differentiation

Unlike generic ceramic nozzles, our precision-machined cups feature uniform wall thickness and thread accuracy, eliminating gas leakage and torch connection issues. The 10-pack configuration provides better value than single-unit purchases, while compatibility with major torch brands ensures seamless integration into existing workflows.

FAQ

Q: Will these fit other torch models besides WP-17/18/26?
A: Designed specifically for WP-17, WP-18, and WP-26 series torches. Check thread specifications (13/32 UNS) for cross-compatibility.

Q: What is the maximum operating temperature?
A: Alumina construction withstands continuous temperatures up to 1600¡ãC (2912¡ãF).

Q: Are these suitable for robotic welding systems?
A: Yes, the consistent dimensions make them ideal for automated welding applications.

Ready to optimize your TIG welding performance? Contact our technical team for bulk pricing or compatibility×Éѯ. Experience the reliability of professional-grade welding accessories.

Shipping and Delivery

Packaging & Transportation

Weldingtop Nozzles

Weldingtop nozzles are precision components requiring safe and professional handling. Each nozzle is individually vacuum‑sealed and protected with shock‑absorbing foam to avoid impact, dust and humidity. Sturdy outer cartons with clear fragile labels are used for secure shipping. We work with trusted logistics providers and offer full tracking, ensuring your order arrives complete and in perfect condition.