|
Information Page Links:
Featured Wire Product Manufacturers
About Wire Forms
Wire Product Terms
Wire Form Associations
Wire Product Resources
Trade Shows
Featured Wire Form Articles
More Articles
|
|
About Wire Forms
Wire forming is the process of bending and manipulating
wire into, wire forms or specified shapes in order to create an assortment
of items for both industrial and commercial use. Methods for wire forming
and shaping metal wire include swaging, bending, fourslide, metal
stamping and CNC
machine wire forming, as well as various types of coil forming.
Manufacturers of wire forms products typically perform supplemental services
as well. These additional services consist of tool making, fine blanking,
deep drawing and, most importantly, assistance with design and engineering.
Metal stamping, which is utilized for wire forming, is the process of
stamping wire shapes like springs, clips, rings and specialty rings.
Coil or spring forming is a wire forming method that involves winding
wire into spirals or rings. Fourslide wire forming is an advancement
of metal stamping that involves a vertically positioned center post and
four slides running horizontally. These elements of wire forming work
together to automatically receive coiled wire from a reel and then straighten
and cut it according to specified part designs. CNC machining is often
used along with CAD/CAM designing because it provides precisely produced
parts.
Wire forms are important components in manufacturing industries because
many machines used in production utilize wire formed parts. These wire
formed products are comprised of springs, hooks, coils, pins, rings and
clips. Commercial products include product display wire racks found in
retail and convenience stores as well as wire baskets. The medical industry
uses wire baskets because of their ability to protect various medical
supplies while keeping them sterile. Wire form manufacturers also produce
various custom wire formed products including motor mounts, water intake
screens, grills and finger guards. Custom forms are commonly created
for companies that desire a wire form for a specific application.
Wire forms can be made from various materials, including ferrous metals,
nonferrous metals, alloys and precious metals. The selected material
depends on the specifications of the wire form needed as well as its
intended application. Each manufacturer has unique capabilities regarding
the materials and forms it can produce. Most wire form manufacturers
strive to meet certain quality requirements and earn certifications for
the services they provide. The most popular certifications and requirements
to look for are ISO 9001, ISO 9002 and QS9000. For display purposes,
the wire form is often coated with paint, plastic or threads. It is important
to communicate to a manufacturer the parameters of the wire product needed,
such as size, shape, strength requirements and any coating needs.
Featured
Articles
http://www.merrill-mfg.com/mmc_wiregauges.pdf
http://tinyurl.com/73z62
Types of Wire Forms
- is wire
wound into rings or spirals.
-
are flat or curved pieces of steel shaped into a coil; flat springs
have a nearly constant force.
-
are used primarily in orthopedic and prosthetic devices, and they provide
a positive closure.
- are
wire hooks used to connect or hang components.
-
are springs that store the energy used to tighten the nut or bolt they
are under.
- are
coiled material that deflect when load is applied. Removing the load
will cause the spring to return to its previous position.
- are used in various industries to store and display products.
-
are often used to display books, food, clothing and various other products.
Wire displays can be custom designed for manufacturer needs and desires.
- are curved pieces of metal used to hold things.
- are
available in various materials and options, and are used in many retail
situations, including those dealing with food and clothing.
-
are produced for both industrial and consumer use because they are versatile
and sturdy with a variety of load strengths and wire densities.
|
|