T2CC05 T2/T3W TIG Ceramic Cup 5-8mm 5 Pack

$65.90

Product Introduction

5-pack of Unimig T2/T3W TIG ceramic cups, size 5, suitable for T2 & T3W torches. Thermal shock resistant, available in white or pink (same performance). Ideal for welding applications.

Product Parameters

Quantity 5 Each
Size 5
Inner Bore Diameter 8mm
Length 50mm
Part No T2CC05
Description

Unimig T2 / T3W TIG Ceramic Cup Size 5 – 8mm (5 Pack) | High-Performance Welding Accessory

Product Description

Enhance your TIG welding precision with the Unimig T2 & T3W TIG Ceramic Cup (Size 5), a 5-pack of industrial-grade ceramic cups designed for durability and thermal shock resistance. Engineered to fit T2 and T3W torches, these cups ensure stable arc control and consistent weld quality, making them ideal for professional welders and DIY enthusiasts alike. Available in white or pink (based on supply), both variants deliver identical high performance to meet your welding needs.

Core Features (Table)

Description 5-pack TIG ceramic cups for T2/T3W torches
Size 5 (8mm bore inner diameter)
Compatibility Suits T2 & T3W torches
Thermal Resistance High thermal shock resistance
Dimensions 8mm bore ID, 50mm length, 18mm base ID
Quantity 5 pieces per pack
Color White or pink (performance identical)
Part Number T2CC05 (UMCT2C05)
Material Premium ceramic
Application Professional TIG welding operations

Key Performance

Constructed from high-grade ceramic, these cups withstand extreme temperatures and thermal shocks, preventing cracking during prolonged use. The 8mm bore diameter ensures precise gas coverage, reducing spatter and improving weld bead appearance. With a 50mm length and 18mm base diameter, they offer optimal torch balance and maneuverability for intricate welding tasks.

Application Scenarios

Perfect for automotive repair, metal fabrication, industrial manufacturing, and HVAC projects. Whether working with stainless steel, aluminum, or mild steel, these cups provide reliable performance in both workshop and on-site environments. Ideal for professional welders seeking consistent results and hobbyists aiming for studio-quality finishes.

Quality Assurance

Unimig, a trusted name in welding equipment, ensures each cup undergoes strict quality testing. The thermal shock-resistant design guarantees longevity, while the precision-engineered dimensions ensure a secure fit with T2/T3W torches. Backed by Unimig’s reputation for durability, these cups are built to handle daily use in demanding welding applications.

Differentiation

Unlike generic ceramic cups, Unimig’s T2CC05 offers superior thermal resistance and a perfect fit for T2/T3W torches, eliminating compatibility issues. The 5-pack value ensures cost-effectiveness, while the dual-color availability (white/pink) adds flexibility without compromising performance¡ªmaking it the top choice for welders prioritizing reliability and value.

FAQ

Q: Will these cups fit other torch models?
A: Designed exclusively for T2 and T3W torches; compatibility with other models is not guaranteed.
Q: How does color affect performance?
A: White and pink cups perform identically¡ªcolor depends on Unimig’s supply.
Q: What is the maximum temperature resistance?
A: Engineered to withstand high welding temperatures with superior thermal shock resistance.
Q: Can these be used for aluminum welding?
A: Yes, they are suitable for aluminum, stainless steel, and mild steel applications.

Request a Quote

Ready to elevate your welding precision? Contact us today for bulk pricing, technical support, or to place an order. Our team of experts is here to assist with your TIG welding accessory needs.

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.