Description
SpawLab – your Authorized Voestalpine Böhler Welding Partner in Poland!
We are an official distributor of Voestalpine Böhler Welding equipment and an Authorized Service Center in Poland. Our team has undergone rigorous technical training directly in Italy at the manufacturer’s centers.
When you choose SpawLab, you are assured of original products, access to Böhler Welding solutions, professional advice and service support.
Böhler Welding CARBON-PTFE wire guide ALU 1.0-1.2mm 4m – 82.16.62208
The original guide (liner) from Böhler Welding CARBON-PTFE, designed specifically for welding with aluminum wire (ALU) with diameters of 1.0-1.2 mm. A key component for smooth and stable feeding of soft aluminum wire, minimizing friction and the risk of wire jams or deformation in MIG/MAG chucks up to 4 meters in length.
Indispensable for professionals expecting superior weld quality and trouble-free operation in aluminum welding, especially in advanced pulsed and robotic processes where wire feeding precision is critical. It guarantees optimal conditions for Böhler Welding technology, contributing to excellent results and extended handle life.
Explore the Advanced Possibilities of CARBON-PTFE LINER ALU WIRE 1.0-1.2mm 4m
Important feature
The product is an operating component (wire guide) and does not directly implement Böhler Welding’s advanced active welding technologies, such as arc control processes. Its role is to provide optimal conditions for these technologies through reliable wire feeding.
Technical Specifications
| Parameter | Value |
|---|---|
| Catalog Number (Art. No.) | 82.16.62208 |
| Product type | Wire guide (liner) |
| Material | Carbon-Teflon composite (CARBON-PTFE) |
| Purpose | Aluminum wire (ALU) |
| Compatible wire diameter | 1.0 – 1.2 mm |
| Length | 4 m |
| Brand | Böhler Welding (Voestalpine Böhler Welding) |
Kit Contents / Packaging
The product (CARBON-PTFE LINER ALU WIRE 1,0-1,2mm 4m) is supplied as a single piece, according to the standard of manufacturer Voestalpine Böhler Welding. The product is sold by the piece. Additional accessories are usually available separately.
Key Features and Benefits
- ✨ Ultra-low coefficient of friction: Specialized CARBON-PTFE material provides ultra-smooth travel of the aluminum wire, eliminating wire blockage and ensuring a stable welding arc.
- ?️ Protecting wire integrity: Minimizes the risk of abrasion, deformation or breakage of soft aluminum wire, resulting in a continuous welding process and reduced waste.
- ? Enhanced ALU welding performance: Enables seamless wire feeding over a distance of 4 meters, which is crucial for efficient aluminum work, especially when using pulsed MIG/MAG processes.
- ?️ Reliability from Böhler Welding: A guarantee of quality and precision workmanship, ensuring a long service life and optimal compatibility with Böhler Welding’s welding fixtures.
Product Application
- The Böhler Welding CARBON-PTFE guide is a key component for professionals in the following areas:
- ? Welding of aluminum structures using MIG/MAG method.
- ? Automotive industry (production and repair of aluminum components)
- ? Shipbuilding (aluminum components).
- ? Manufacture of bicycle, motorcycle frames and other lightweight structures
- ?️ Workshops specializing in aluminum welding
- ? Robotic and automated applications requiring precision ALU wire feeding
Summary: CARBON-PTFE LINER ALU WIRE 1.0-1.2mm 4m – Your Investment in Quality Böhler Welding
? When you choose the Böhler Welding CARBON-PTFE ALU wire guide 1.0-1.2mm 4m (82.16.62208), you are investing in reliability and precision, crucial for professional aluminum welding. Ensure smooth wire feeding and excellent weld quality, minimizing downtime and material problems. To learn more about the full capabilities of the Böhler Welding CARBON-PTFE LINER ALU WIRE 1.0-1.2mm 4m and get the best deal, contact the experts at SpawLab – the official distributor and authorized service provider of Voestalpine Böhler Welding in Poland. Our team, trained in Italy, is at your service.
Part number (Art. No.): 82.16.62208
