In the construction of skyscrapers or within aircraft carrier dry docks, the efficiency and reliability of connections are paramount. Imagine a technology that combines lightning speed with rock-solid durability, fundamentally transforming how structures are joined. This is the promise of Nelson® Stud Welding Systems.
Since its inception in 1939, Nelson® has pioneered efficient, economical stud welding solutions for construction, nuclear energy, shipbuilding, and industrial markets. The company provides not just products but comprehensive systems encompassing engineered components, instant fastening technology, specialized training, and application support - all designed to enhance productivity.
Nelson® stud welding products have left their mark on iconic structures worldwide, from the Guggenheim Museum in Bilbao to Malaysia's Petronas Towers, from the USS Ronald Reagan aircraft carrier to Perth Stadium in Australia. These projects testify to the system's reliability under demanding conditions.
The technology's remarkable history began at Mare Island Naval Shipyard in Vallejo, California, where Edward "Ted" Nelson developed stud welding to accelerate submarine production. Originally used to secure wooden decks, the method was quickly adopted for battleships and carriers.
This breakthrough earned Nelson two Navy "E" Awards for saving over 50 million work hours during World War II. The efficiency gains and cost reductions contributed significantly to Allied naval operations, establishing stud welding as an essential industrial process.
Today's Nelson® product line continues to evolve, incorporating battery-powered, portable and lightweight equipment while developing next-generation fastening solutions. The company maintains its focus on customer needs and technological advancement.
For architects, engineers, contractors and manufacturers, Nelson® Stud Welding represents a proven solution for challenging fastening requirements. The company's expertise helps optimize efficiency while controlling costs across diverse applications.