Industrial fasteners refer
to specific hardware devices and tools used to connect or affix two or more
mechanical parts, usually permanently or temporarily. Generally, fasteners, such
as nuts, screws, bolts, studs, hinges, handles, rivets, and knob flanges, are
used to create non-permanent hinges or joints, and these are commonly found in
most households. However, industrial fasteners are made of stainless steel and
are protected by corrosion-proof coatings or paints. They have a widespread application in making buildings,
furniture, vehicles, light fixtures, industrial utilities, process equipment,
and a wide range of commercial and consumer appliances. The most widely used industrial
fasteners include adhesives, welding materials, sealants, gaskets, sockets,
stampings, washers, spacers, springs, pins (cotter, coiled, dowel, spring,
slotted, grooved), adjustable levers, rod ends, thread lockers, thread repair
kits, strap clamps, eyebolts, ring clips, U-nuts, U-clips, J-nuts, flat nuts,
and twin nuts.
Stainless steel is the
material of choice for industrial fasteners due to its toughness and resistance
to corrosion and extreme temperatures. Industrial fasteners could also be made
of several other materials, such as copper, non-carbon steel, and even plastic.
Fasteners made of plastic are usually less demanded and are used to fasten
upholstery in vehicles, join small mechanical or electronic appliance parts, and
various decorative purposes. Plastic fasteners are injection molded and have
relatively less industrial applications, whereas steel fasteners are cold worked.
Industrial fasteners made of other metals, including brass, bronze, and titanium,
are heated and cast. Cold working processes, in which metals are not heated,
ensure the fastener’s strength and durability, while hot working processes
involve heating the metal at high temperatures to make the fasteners sturdy,
resilient, and heard-wearing. Aerospace-grade industrial fasteners significantly differ
from their commercial-grade counterparts in terms of performance, quality, resistance,
raw material type, and technical specifications. Hence, internally threaded industrial fasteners offer improved performance and
resilience and are widely deployed for building industrial machinery,
automobiles, and trains and railway tracks.
The global industrial
fasteners market growth is foreseen to gain momentum in the forthcoming years,
owing to a slew of growth-influencing factors. Rapid urbanization and
industrialization in developed and developing countries across the globe and the
surging demand for industrial fasteners across the automotive, construction,
packaging, aerospace, and electronics industries are some of the critical
parameters contributing to the global industrial fasteners market development.
Moreover, escalating sales of vehicles, increasing disposable incomes, rising
expenditure on housing and household maintenance, technological advancements, and
increasing construction activities worldwide are the other significant market
growth propellers. The leading competitors in this market include Acument Intellectual
Properties, LLC, Bulten AB, Arconic, Hilti, Illinois Tool Works Inc., STANLEY
Engineered Fastening, MacLean-Fogg, Kyocera
Corporation, MISUMI Group Inc., LISI SA, Penn Engineering, Precision
Castparts Corp, Nifco Inc., SFS Group, A & G FASTENERS Pty. Ltd., MW
Industries, Inc.,
and Stanley Black & Decker, Inc. In May 2019, Kyocera Corporation acquired the top
U.S.-based industrial fasteners manufacturer SouthernCarlson, Inc. to help the
company expand its business across North America. The acquisition allowed the
company to cater to the surging demand for industrial fasteners and tools for
packaging and facility supplies.
Read full press release at: https://www.reportsanddata.com/press-release/global-industrial-fasteners-market
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