5 Pack O Ring BBW Pyrex Mesh Filter 22.4mm x 1.8mm WP9/20 FUPA

$18.99

Product Introduction

5 pack of high-quality heat resistant rubber O-rings, precisely engineered to fit the stainless steel ring holding the gas lens/mesh filter in BBW Pyrex cups, compatible with WP9/20 torches.

Specifications

Quantity 5 Pack
Compatibility BBW Pyrex Mesh Filter, WP9/20 Torch
Material High-Quality Heat Resistant Rubber
Dimensions 22.4mm x 1.8mm
SKU: 3188395866ab Categories: , ,
Description

5 Pack O Rings for BBW Pyrex Mesh Filter – Perfect Fit for WP9/20 Torch

Product Overview

Ensure your BBW Pyrex mesh filter performs at its best with our precision-engineered O rings. This 5-pack of high-quality rubber seals is designed for an exact fit with the stainless steel ring holding the gas lens/mesh filter in your BBW Pyrex cup, compatible with WP9/20 torches. Engineered for durability and heat resistance, these O rings prevent leaks and maintain optimal gas flow during welding operations.

Core Specifications

Pack Quantity 5 pieces
Dimensions 22.4mm x 1.8mm
Compatibility BBW Pyrex Mesh Filter, WP9/20 Torch
Material High-Quality Heat Resistant Rubber
Design Exact fit for stainless steel retaining ring
Function Prevents gas leaks, maintains pressure
Application Welding torch gas lens/mesh filter assembly
Heat Resistance Withstands high welding temperatures
Installation Direct replacement for original parts
Durability Long-lasting rubber compound

Key Features & Benefits

  • Precision Fit – Manufactured to match the stainless steel ring dimensions, ensuring a tight seal and secure filter retention.
  • Heat Resistant – Specially formulated rubber withstands extreme welding temperatures without degradation.
  • Gas Leak Prevention – Eliminates air infiltration and gas loss, optimizing welding arc stability and quality.
  • WP9/20 Compatibility – Designed specifically for WP9/20 torches, ensuring seamless integration with your existing setup.
  • Cost-Effective 5-Pack – Value pack provides spares for multiple replacements, reducing downtime.

Application Scenarios

Ideal for professional welders and fabricators using BBW Pyrex mesh filters with WP9/20 torches in:

  • Industrial welding workshops
  • Metal fabrication plants
  • Automotive repair facilities
  • DIY welding projects
  • Maintenance and repair operations

Quality Assurance

As a leading Chinese manufacturer of welding equipment, we adhere to strict quality control standards. Our O rings undergo rigorous testing to ensure dimensional accuracy, heat resistance, and durability. Each batch is inspected for consistency, ensuring reliable performance in demanding welding environments.

Why Choose Our O Rings?

Unlike generic seals, our O rings are engineered specifically for BBW Pyrex mesh filters and WP9/20 torches. The precision fit eliminatesguesswork during replacement, while the high-quality rubber compound outlasts standard alternatives, reducing maintenance frequency and operational costs.

FAQ

Q: Will these O rings fit other torch models?
A: No, they are designed exclusively for WP9/20 torches and BBW Pyrex mesh filters.

Q: How often should I replace the O rings?
A: We recommend inspection every 50 hours of use or at first sign of wear; typical lifespan is 3-6 months under regular use.

Q: Are these O rings resistant to welding spatter?
A: Yes, the heat-resistant rubber material repels spatter and maintains integrity at high temperatures.

Get Your O Rings Today

Ensure uninterrupted welding performance with our premium O rings. Contact us now to request a quote or learn more about bulk pricing options for your workshop or business.

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.