History
The company was founded by Paul Hellermann and Jack Bowthorpe in Croydon as Hellermann Electric, a subsidiary of Spirent, Goodliffe Electric Supplies, in 1938. It moved to a new manufacturing site at Crawley in Sussex in 1948. In 1964 the company acquired Insuloid Manufacturing, a business which had been founded in 1933 by the Emery family in Hulme, Manchester manufacturing bus-bar insulations. It launched the Tyton system, a method for cable bundling in continuous system, in 1965 and established HellermannTyton Corporation in Milwaukee in 1969. Then in 1976 it expanded into the aviation market, offering cable management products for aeroplanes. The company established operations at Järfälla in Sweden in 1982, at Hyogo in Japan in 1986 and in Wuxi and in Shanghai in China in 1998. It then began harmonising its branding under the single worldwide trademark ''HellermannTyton'' in 1999. After that, in 2000, it established a new plant at Tornesch near Hamburg with 15,000 m² of production and storage space. The company was sold by its then owners, Spirent, to funds controlled by Doughty Hanson & Co for £289m in 2006. It was then the subject of an initial public offering in March 2013. In September 2013 Doughty Hanson & Co sold a further 20.9% stake in the company for £119.25m. In July 2015 Aptiv, Delphi Automotive made an offer to buy the company for $1.7 billion. The acquisition was completed on 18 December 2015 and HellermannTyton became constituent part of Aptiv's Engineered Components Group division.Origin of name
The name HellermannTyton is a Portmanteau of the founders surname, Paul Hellermann, and the 1965 invented "Tyton System", a method for cable bundling in continuous system.Operations
Manufacturing sites
Three production facilities are located in the UK (Manchester, Plymouth, Northampton). The others are located in Poland (Kotunia, within Słupca County), France (Trappes), Germany (Tornesch), South Africa (Johannesburg), Singapore (Yishun), China (Wuxi), Japan (Hyogo), Korea (Incheon), USA (Milwaukee), Mexico (General Escobedo) and Brazil (Jundiai).Processed materials
The materials processed are usually engineering plastics: PA 66, PA 6.6 (in different condition, like heat stabilised, UV-resistant, weather resistant, impact modified, glass filled, mineral filled, coloured); PE, PP with different modifications; Polyoxymethylene, POM; Polyamide 11, PA 11, PA 12; PEEK; ETFE (Tefzel); Nylon 46, PA 46; other technical thermoplastics; Neoprene, Chloroprene Rubber.Sectors and divisions
The company produces for diverse markets and industries including Original equipment manufacturers for passenger cars, rail carriages, aircraft and ships as well as products used in electronics, telecommunication equipment, appliances or on construction sites. Product sales are categorised into the following segments: *Electrical: products for Original equipment manufacturers, electrical wholesalers, contractors acting on behalf of diverse end-users, panel builders assembling electrical panels for end-markets, resellers to end-markets such as catalogue companies and sales to the mass transit, defence, alternative energy, products used for application offshore in wind farm and electronics end-markets. *Automotive: comprises global sales to leading global manufacturers of cars, trucks and other heavy vehicles as well as to their suppliers (Tier 1, Tier 2 and Tier 3 suppliers). The company develops and produce customer-specific products such as fastening elements and cable ties especially for the automotive industry, which are used in doors, in the engine compartment (e.g. cables, hoses and lines are held and fastened) and on the entire wiring harness. Another important operating segment of Aptiv is the connected car market. *Datacom and Other: comprises products for data communication providers requiring secure environments such as data centres and open floor work area applications as well as sales to the other diverse non-cable management end-markets including forestry, agriculture and packaging.New parts development
The company develops products based on customer requirements. e.g. custom-made automotive wiring harnesses for passenger cars, for ship and aircraft manufacturers and other industries such as "white goods". Products are designed using design programs, known as Computer-aided design, CAD systems, in 3D. The designs are produced in a small series of prototypes sent to the customer for installation in vehicles, machinery etc. for testing purposes. After testing the part, corresponding quantities are made using injection moulding.References
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