Incorporated in 1987, Taylor Studwelding Systems Ltd have many years of experience in the supply of Taylor Stud Welding products into many and diverse industries. They have developed a quality line of Stud Welding equipment from simple hand weld units, through to CNC fully automated systems.
Stud welding is a form of spot welding where a bolt or specially formed nut is welded onto another metal part. The bolts may be automatically fed into the spot welder. Weld nuts generally have a flange with small nubs that melt to form the weld. Studs have a necked down, un-threaded area for the same purpose. Weld studs are used in stud welding systems.
Capacitor discharge weld studs range from 14 gauge to 3/8" diameter. They can come in many different lengths ranging from 1/4" to 5" and larger. The tip on the weld end of the stud serves a twofold purpose:
When the tip disintegrates, it melts and helps solidify the weld to the base material.
Arc studs range from a #8 to 11⁄4" diameter. The lengths are variable from 3/8" to 60" (for deformed bars). Arc studs are typically loaded with an aluminum flux ball on the weld end which aids in the welding process.
Stud welding, also known as stud arc welding, joins a stud and another piece of metal together. The stud is usually joined to a flat plate by using the stud as one of the electrodes. The polarity used in stud welding depends on the type of metal being used. Welding aluminum, for example, would usually require direct-current electrode positive (DCEP). Welding steel would require direct-current electrode negative (DCEN).
Stud welding uses a type of flux called a ferrule, a ceramic ring which concentrates the heat generated, prevents oxidation and retains the molten metal in the weld zone. The ferrule is broken off of the fastener after the weld is completed.
Portable stud welding machines are available. Welders can also be automated, with controls for arcing and applying pressure. Stud welding is very versatile. Typical applications include automobile bodies, electrical panels, shipbuilding and building construction. Shipbuilding is one of the oldest uses of stud welding. Stud welding revolutionized the shipbuilding industry. All other manufacturing industries can also use stud welding for a variety of purposes.
A type of stud welding called capacitor-discharge (CD) stud welding differs from regular stud welding in that capacitor-discharge welding does not require flux. The weld time is shorter, enabling the weld to bond with little oxidation and no need for heat concentration. This process uses a direct-current arc from a capacitor. The weld time in this process is between 1 and 6 milliseconds. Capacitor discharge stud welding with the latest equipment can create a weld without burn through showing on the opposite side of very thin metals. CD stud welding is often used for smaller diameter studs and pins, as well as on non-standard materials and for accuracy. On the other hand, arc stud welding is primarily for structural purposes and larger diameter weld studs.
New to Studwelding?
These are three different types of studwelding methods in everyday use with Nelson Studwelding systems.
DA = Drawn Arc.
CD = Capacitor Discharge.
SC = Short Cycle.
From simple hand held units right through to C.N.C. fully automated systems, TAYLOR Studwelding Systems can provide turnkey solutions to your studwelding requirement.
•Stud Welding Products
•Short Cycle Equipment
•CD Weld Studs
•Projection Weld Bolts
•DA Studwelding Equipment
•X-Y Tables & Benching
•CD Stud Welding Equipment
•DA Weld Studs
•SC Weld Studs
TAYLOR Studwelding equipment offers you complete versatility.
Latest aditions to the Taylor Range of Stud Welding Equipment:-
The CDM Multigun CD Equipment.
The Panwelder System
DA6 High Lift Pistol.
The industries using Stud welding equipment
Control and Security Equipment, Mechanical Instruments, Office Automation, Data Transmission, Communications, Test Equipment.
Material Handling and Conveyors, Lifts, Metal Furniture, Transportation, Construction and General Machinery
HEATING AND VENTILATION:
Domestic and Industrial Boilers, Air Conditioning and Ventilation Units, Refrigeration Systems.
DECORATIVE AND COMSUMER:
Signs, Nameplates, Panels, Badges, Emblems, Jewellery, Kettles, Saucepans
Catering and Food Processing, Insulation and Fireproofing.
Mounting components on panels and in cabinets.
Earthing components. Bonding doors and panels.
Fixing wiring looms.
Fixing fascia panels. Mounting switches, push buttons and instruments. Mounted printed circuit boards.
Fixing cover plates and maintenance inspection hatches. Attaching machinery guards.
Fixing fluid and air lines.
Mounting handles and other components.
HEATING AND VENTILATION:
Attaching flanges, covers and hatches. Mounting fluid chambers. Fixing burners and heating elements.
Securing pipes and insulating material.
DECORATIVE AND COMSUMER:
Fixing of signs, plates, panels and badges.
Attaching pins, findings and clasps to jewellery.
Attaching feet to kettles and handles to pans.
Hygienic fixing of legs, brackets and stiffener strips to counter and table tops.
Securing acoustic insulation.
Fixing fireproofing material.
Studwelding machines have been supplied to clients in all these following areas:
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