Order welding and brazing products easily from the eShop
Welding and brazing equipment can be ordered quickly and conveniently through the eShop. You can browse the product range, check availability and place orders online or through the mobile application.
With Click & Collect, the required tools and accessories can be prepared for pickup at your selected Würth Center in as little as 60 minutes. Alternatively, orders can be delivered directly to the construction site, workshop or other designated location. Standard delivery time is typically 1–3 working days.
Products for different welding methods
Welding is a process used to permanently join metals using heat. Selecting the right welding method and equipment ensures reliable results, efficient work and safe operation.
Common welding methods include manual metal arc welding (MMA), MIG/MAG welding and TIG welding. The appropriate method depends on the materials, application and required weld quality.
Manual metal arc welding (MMA)
Manual metal arc welding, also known as stick welding, is an arc welding process where the welding electrode acts as both filler material and arc carrier. The method is widely used in installation, repair and maintenance work where portable and reliable equipment is required.
MMA welding is commonly used for pipelines, pressure vessels and various steel structures. With suitable electrodes, different materials can be welded, although the process requires skilled operators, especially when working with thinner materials.
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MIG/MAG welding
MIG/MAG welding is one of the most widely used arc welding processes. In this method, a consumable wire electrode is automatically fed into the weld pool while shielding gas protects the arc and molten metal.
The process is well suited for industrial production, repair work and structural welding where consistent quality and productivity are required.
MIG welding uses inert shielding gas, while MAG welding uses active gas that reacts with the molten metal. The process allows efficient welding across a wide range of materials and thicknesses.
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TIG welding
TIG welding is a precision welding process where the arc is formed between a non-consumable tungsten electrode and the workpiece in an inert shielding gas atmosphere. The method is particularly suitable for thin materials and applications where weld appearance and quality are critical.
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Brazing tools and accessories
Brazing is a metal joining process where a filler metal is melted between components without melting the base material. The method is particularly suitable for piping systems, thin materials and applications where a clean and controlled joint is required.
Brazing is commonly used in copper pipe installations as well as HVAC and refrigeration systems. Proper brazing equipment and accessories ensure reliable joints and safe operation in installation work.
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Plasma cutting equipment
Plasma cutting is a metal cutting process where an electric arc creates a plasma jet that melts the material being cut and removes the molten metal with compressed air. The method enables fast and precise cutting of steel, stainless steel and aluminium.
Plasma cutting is widely used in workshops and industrial environments where efficient and accurate cutting is required.
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Registered customers can view their customer-specific pricing, check Center-specific availability and use convenient ordering features such as order templates and repeat orders. With Click & Collect, products can be collected quickly from the selected Würth Center or delivered directly to a construction site, workshop or production facility.
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FAQ
How do I choose the right welding method?
The appropriate welding method depends on the material, thickness and application. Manual metal arc welding (MMA) is commonly used for installation and repair work, particularly in outdoor environments. MIG/MAG welding is widely used in industrial production where efficiency and consistent weld quality are required. TIG welding is preferred for precision work, thin materials and applications where weld appearance and quality are critical.
What should be considered when selecting welding consumables?
Welding consumables are classified according to EN and ISO standards that define their chemical composition and mechanical properties. The filler material should match the base material and the structural requirements of the welded component. When selecting welding consumables, factors such as tensile strength, ductility, impact resistance, weldability and operating temperature should be considered. Project-specific quality requirements should also be verified before selecting the appropriate filler material.
What safety requirements apply to welding and cutting work?
Welding and cutting processes involve several potential hazards, including arc radiation, heat, sparks, fumes and fire risks. Adequate ventilation and appropriate fire safety measures must be ensured in the working environment. Personal protective equipment must comply with applicable EN standards, such as protective clothing for welders according to EN ISO 11611 and automatic welding filters according to EN 379. Welding equipment must also meet safety requirements defined in standards such as EN 60974. Employers are responsible for ensuring that workers are trained in safe working methods and that suitable protective equipment is used.
How does brazing differ from welding?
In brazing, the filler metal melts and flows between the components while the base materials themselves remain solid. In welding, the base materials melt and fuse together to form a continuous joint. Brazing is often used for thin materials, piping systems and applications where controlled heat input and clean joints are required. Welding is typically chosen when the structure requires higher strength and durability.
Soldering, brazing
Soldering, welding fillers
Welding
