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Fastening & Assembly Solutions & Technology July 2012

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FAST JULY <strong>2012</strong><br />

Q & A<br />

Explaining the<br />

characteristics of nylon<br />

Neale Lancaster has been selling fasteners for 25 years. Here he answers some frequently asked<br />

questions about materials and trends he has been asked over the years<br />

Neale Lancaster is sales director of Richco International<br />

Company Ltd, responsible for sales to the UK and<br />

European Distributors. With over 25 years of technical sales<br />

experience working for Richco in Europe, the Far East and<br />

NAFTA regions, Neale leads a team of technical sales<br />

people working with OEM’s to offer standard and custom<br />

fastening solutions in the electronics industry.<br />

22<br />

How would you describe the Richco<br />

product offering?<br />

Since 1954, Richco has been manufacturing and designing<br />

the world’s most comprehensive array of innovative engineered<br />

component solutions. We specialise in predominantly<br />

plastic fasteners including cable management, circuit<br />

board hardware, wire routing products, cable ties, clips,<br />

clamps, LED hardware, grommets, fibre optics, and telecommunication<br />

accessories among others.<br />

What materials can you supply?<br />

A large portion of our products are made from the thermoplastic<br />

nylon.<br />

Nylon is used as a generic name for the polyamide (PA)<br />

group of polymers. We use this because as a general family<br />

the PA group is low cost, rigid, translucent, has good temperature<br />

stability, abrasion and fatigue resistance.<br />

Tell me a little more about the characteristics<br />

of nylon?<br />

All nylons are considered hygroscopic. This means that they<br />

can absorb or release moisture based on environmental conditions.<br />

Nylon is more hygroscopic when compared to most<br />

other polymers. Let’s use a household example: compare the<br />

relative wetness of fabrics when you move clothes from the<br />

washer to dryer. Nylon will be wettest of the synthetics, followed<br />

by polyester, then acrylic. Acrylic clothing will be<br />

almost completely dry after the spin cycle because it absorbs<br />

virtually no water.<br />

Moisture acts as a plasticiser. A Plasticiser is something that<br />

increases flexibility, workability, or stretch ability.<br />

Dimensional and physical property changes take place during<br />

moisture absorption. Moisture absorption and rate of

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