TIG Ceramic Nozzle Gas Lens #6 WP-9/20 40 Each

$99.00

### Product Parameters
| Parameter | Details |
|———–|———|
| Quantity | 40 Each |
| Cup Size | #6 |
| Compatibility | WP-9 / 20 Series TIG Torches (Gas Lens Collet Body) |
| Material | Toughened Alumina Oxide |
| Dimensions | 25mm Length, 14mm Base Diameter, 10mm Bore |

### Product Introduction
Hampdon Industrial Parweld TIG Ceramic Cups offer superior durability with higher quality ceramic than OEM. Impact and spatter resistant, they handle high-temperature welding, ensuring long life. 100% compatible with WP-9/20 torches, these thermal shock resistant cups deliver great quality at a fantastic price. UNIMIG Part #: P53N60.

SKU: 6674a864773e Categories: , ,
Description

TIG Ceramic Cup / Nozzle Gas Lens #6 – 40 Each – WP-9 / 20

Upgrade your TIG welding setup with Hampdon Industrial Parweld Brand TIG Ceramic Cups, engineered for professionals seeking durability and performance. These #6 gas lens cups are crafted from premium toughened alumina oxide, outperforming OEM standards to handle high-temperature welding with ease. Whether you’re working on critical industrial projects or precision metalwork, these cups deliver reliable gas coverage, minimal spatter buildup, and long-lasting use¡ªall at an exceptional value.

Core Specifications

Compatibility WP-9 / 20 series TIG torches (gas lens collet body)
Quantity 40 pieces
Cup Size #6
Material Toughened alumina oxide
Length 25mm
Base Diameter 14mm
Bore Diameter 10mm
Feature Standard diameter gas lens
Resistance Impact, spatter, and thermal shock
UNIMIG Part # P53N60

Key Performance Benefits

Designed for demanding welding environments, these cups offer superior thermal shock resistance to prevent cracking under rapid temperature changes. The enhanced ceramic material ensures extended lifespan, reducing replacement frequency and downtime. The gas lens design optimizes argon flow, resulting in stable arcs and cleaner welds¡ªideal for stainless steel, aluminum, and other metals requiring precise heat control.

Applications & Use Cases

Perfect for industrial fabrication, automotive repair, aerospace components, and DIY metalworking. Compatible with WP-9/20 torches, these cups excel in high-amperage welding tasks where reliability and consistent gas shielding are critical. Whether you¡¯re a professional welder or a workshop enthusiast, this 40-pack ensures you¡¯ll have a steady supply for ongoing projects.

Why Choose Parweld Ceramic Cups?

? Premium Durability: Higher quality ceramic than OEM parts, built to withstand heavy use.
? Cost-Effective: Bulk pack offers exceptional value for long-term savings.
? 100% Compatibility: Seamless fit with WP-9/20 torches and gas lens collet bodies.
? Performance Focus: Thermal shock and spatter resistance for cleaner, more efficient welds.

Frequently Asked Questions

Q: Are these cups compatible with non-Parweld WP-9/20 torches?
A: Yes, they are manufactured to be 100% compatible with OEM WP-9 and 20 series torches using gas lens collet bodies.

Q: What is the maximum temperature these cups can handle?
A: The toughened alumina oxide construction provides high heat resistance, suitable for standard TIG welding temperatures up to 2000¡ãC.

Q: Can these cups be used with both AC and DC welding?
A: Yes, they perform reliably with both AC and DC TIG welding processes.

Request a Quote

Ready to enhance your welding efficiency? Contact us today for bulk pricing, technical support, or to learn more about how these Parweld ceramic cups can elevate your workflow. Fill out our inquiry form, and our team will respond within 24 hours.

Shipping and Delivery

Packaging & Transportation

weldercutting Nozzles

weldercutting nozzles are precision components requiring careful handling.
 
Each piece is individually packed with shockproof foam and sealed to prevent dust, moisture and collision.
 
Sturdy outer cartons with clear fragile labels ensure safe delivery.
 
We use reliable logistics with full tracking to protect products during shipment,
 
guaranteeing intact and high-performance parts upon arrival.