TWC Nozzle Insulator Coarse Thread (TWC-PA No.2/3/4) – packet of 5

32.47

High-performance TWC nozzle insulator coarse thread for No.2/3/4. Perfect fit, reliable insulation – pack of 5.

  • Check Mark Estimated Delivery : Up to 4 business days
  • Visa Card
  • MasterCard
  • American Express
  • Discover Card
  • PayPal
  • Apple Pay
Guaranteed Safe And Secure Checkout
SKU: 34ct Categories: , ,

Ensure optimal insulation and long-lasting performance in your MIG welding operations with the TWC Nozzle Insulator Coarse Thread (TWC-PA No.2/3/4) . Specifically designed to fit coarse thread torch heads, this insulator is essential for minimizing heat transfer and protecting torch components during heavy-duty use. Manufactured to high industrial standards, this durable and heat-resistant nozzle insulator enhances torch longevity, making it ideal for fabricators, professionals, and maintenance engineers. Each pack contains 5 high-quality insulators compatible with TWC-PA torch numbers 2, 3, and 4. Whether you’re in a busy workshop or on-site, this reliable component ensures your MIG setup runs efficiently and safely. It’s the go-to choice for welders seeking consistent performance and fit.
Key Features
High-Temperature Resistance – Built to endure demanding welding heat.
Precision Thread Fit – Coarse thread design for secure placement.
Long-Lasting Material – Manufactured with wear-resistant components.
Universal Compatibility – Fits TWC-PA torch models No.2/3/4.
Economical Pack Size – Comes in a convenient pack of 5 for regular use.
Detailed Specifications
Type: Coarse Thread Nozzle Insulator
Model Compatibility: TWC-PA No.2, No.3, No.4
Thread Type: Coarse
Pack Size: 5 Units
Material: Heat-resistant composite
Application: MIG Welding Torches
Installation: Screw-threaded fit for torch heads
Product Benefits and Uses
Enhances torch insulation and safety
Reduces wear on MIG gun components
Ideal for routine maintenance and replacements
Boosts performance in long welding sessions
Used in fabrication shops, automotive welding, and industrial welding sites