Artificial
leather (Bicast PVC)
From Wikipedia, the
free encyclopedia
Artificial leather is a fabric or finish intended to substitute for leather in fields such as upholstery, clothing and fabrics
Bicast leather (Bycast leather)
From Wikipedia, the
free encyclopedia
Bicast leather (also known as bycast leather, split leather or PU leather) is a split leather with a layer of polyurethane applied to the surface and then embossed. Bycast was originally made for the shoe industry and recently was adopted by the furniture industry. The original formula created by Bayer was strong, but expensive. Most of the Bycast used today is very strong and durable product. The result can be a stiffer or supple product that is cheaper than top grain leather but has a much more consistent texture and is easier to clean and maintain. Some manufacturers use the bycast treatment to process their leather, which provides a smooth, shiny finish as well as protection to the leather.
Bonded leather
From Wikipedia, the free encyclopedia
Bonded leather, or reconstituted leather, is an artificial
material composed of 80% to 100%
leather
fibers (often waste scraps from leather
tanneries or
leather workshops). It consists of
collagen
fibers obtained from macerated hide pieces bonded together with
latex binders
constructed into a fibrous mat to create a look and feel similar or sometimes
identical to that of genuine leather but at a fraction of the cost. Depending on
the quality a man-made pattern is usually discernible as a "grain-like" look.
Examples of products that are most commonly constructed with bonded leather are: bibles, diaries, art books, desk accessories, hymnals, bags, belts, chairs, and sofas.
There are manufacturers who call their chemical treated leather, bonded
leather.
Leather Match
From Wikipedia, the free encyclopedia
Leather match is when the top areas of an upholstered piece of furniture has
real leather on all the parts of the item where the body touches, such as the
seat cushions , the seat backs and the tops of the arms. The areas
of the sofa where the body does not touch , such as the back of the sofa, the
side and the front lower panels are an Artificial
leather to match the real leather as this keeps the cost of the items
down and allow for real leather to be used only where it is needed.
Top Grain Leather
From Wikipedia, the free encyclopedia
Full-grain leather or top-grain refers to the upper section of a
hide that
previously contained the
epidermis
and hair, but were removed from the hide/skin. Full-grain refers to hides that
have not been sanded, buffed or snuffed (otherwise known as corrected) in
order to remove imperfections (or natural marks) on the surface of the hide,
although is never perfect. The grain remains in its natural state which will
allow the best fiber strength, resulting in greater durability. The natural
grain also has natural breathability, resulting in greater comfort for clothing.
Rather than wearing out, it will develop a natural
patina and
change in its appearance over time with some cracking and spliting. The finest
leather furniture and footwear are made from full-grain leather. For these
reasons only the best raw hide are used in order to create full-grain or
top-grain leather. Full grain leathers can mainly be bought as two finish types:
aniline and semi-aniline.
Solids and Veneers
When the term solids and veneers is used to describe the items
this reefers to the use of Real solid woods and Wood veneers over MDF or
Partical board for the look of real wood with out the high cost of all solid
wood construction. Most items have solid woods on the legs and trim
moldings of item but large flat surfaces are typically made with a wood veneer
over MDF to keep the cost of the product down and to keep solid flat panels of
wood from warping or twisting as a result of heat or moisture in the air.
Veneering on Manufactured woods (MDF, Partical boards) helps prevent warping of
twisting on large flat paneled surfaces.
Wood veneer
From Wikipedia, the free encyclopedia
In
woodworking, veneer refers to thin slices of wood, usually thinner
than 3 mm
(1/8 inch), that are typically
glued onto core panels (typically,
wood,
particle board or
medium density fiberboard) to produce flat panels such as doors, tops and
panels for
cabinets,
parquet
floors and parts of
furniture.
They are also used in
marquetry.
Plywood
consists of three or more layers of veneer, each glued with its grain at right
angles to adjacent layers for strength. Veneer
beading is a thin layer of decorative edging placed around objects, such as
jewelry boxes.
Veneer is obtained either by "peeling" the trunk of a tree or by slicing large rectangular blocks of wood known as flitches. The appearance of the grain and figure in wood comes from slicing through the growth rings of a tree and depends upon the angle at which the wood is sliced. There are three main types of veneer-making equipment used commercially:
- A rotary lathe in which the wood is turned against a very sharp blade and peeled off in one continuous or semi-continuous roll. Rotary-cut veneer is mainly used for plywood, as the appearance is not desirable because the veneer is cut concentric to the growth rings.
- A slicing machine in which the flitch or piece of log is raised and lowered against the blade and slices of the log are made. This yields veneer which looks like sawn pieces of wood, cut across the growth rings.
- A half-round lathe in which the log or piece of log can be turned and moved in such a way to expose the most interesting parts of the grain.
Each slicing processes gives a very distinctive type of grain, depending upon the tree species. In any of the veneer slicing methods, when the veneer is sliced, a distortion of the grain occurs. As it hits the wood, the knife blade creates a "loose" side where the cells have been opened up by the blade, and a "tight" side.
Traditionally, veneers were also
sawn, but this is
more wasteful of wood. Veneering is an ancient art, dating back to the
ancient Egyptians who used veneers on their
furniture
and
sarcophagi
It is made up of separated fibers, (not wood
veneers) but
can be used as a building material similar in application to
plywood. It
is much more dense than normal
particle board. The name derives from the distinction in
densities of
fiberboard.
Large-scale production of MDF began in the 1980s.
Medium-density fiberboard (Manufactured wood)
From Wikipedia, the free encyclopedia
Medium-density fiberboard (MDF) is an
engineered wood product formed by breaking down
softwood
into wood fibres,
often in a
defibrator, combining it with
wax and a
resin binder, and
forming panels by applying high
temperature and
pressure.[1]





