Introduction:
High
pressure laminate (HPL) is a form of decorative laminates in which the layers
of kraft paper impregnated with melamine resin are infused with decorative
paper and protective overlay and the resulting laminate is attached to the
substrates at high pressures and temperatures. Though the similar process is
used to manufacture low pressure laminates, the difference lies in the range of
pressure used.
Apart from
being a popular option for residential installations like kitchen countertops,
it caters perfectly to the high-traffic commercial flooring purposes. Architects
and designers also recommend HPL for a variety of furniture and cabinetry needs
as well.
Chronicle (History of HPL):
The increasing acceptance of laminate in the mid-20th century
encouraged manufactures to derive it into new forms. Marc-Anton Andre, the
sixth generation of johann Ludwig Andre who is credited with the launch of the
first German veneer manufacturing venture in 1851, founded the first decorative
laminates in 1959.
Benefits of High Pressure Laminate (HPL)
- Versatility:-
HPL is an extremely versatile material which finds use in
applications like vertical surfaces like doors and windows as well as
horizontal ones like tabletops and countertops. Other applications include
vanities, cabinets as well as floorings.
- Durability:-
Manufactured under high pressures,
this form of laminate is highly durable and is therefore useful for commercial
places experiencing high traffic. It is a preferred choice at hospitals,
laboratories, hotels, restaurants, education institutes as well as different office
spaces.
- Variety:-
It can be
selected in a number of different specifications in terms of looks, thicknesses,materials, colors, patterns and more. Depending on the ambiance of
the room or place, it is possible to create amazing contrasts by choosing the
right kind of HPL.
- Hygiene:-
a.)
Like all other forms of laminates, it is also counted
among the most hygienic materials in the construction, architecture and
designing industry.
b.)
The manufactures use anti-bacterial coatings and anti-fungal
additives to ensure that the material remains free from microbes and is
extremely health-friendly.
- Safety:-
High
pressure laminate is resistant to fire which makes it an ideal choice for
kitchen countertops. It is also flame retardant which endorses its use in the laboratories
and other similar settings. For being
safe, it offers great return for the investments.
- Damage-free:-
It is resistant to chemicals and heat as well as to cigarette
burns and abrasion. Going further, it is also not prone to wear and tear,
cracks, scratches and impact. Most of the top brands offer moisture-resistant
varieties as well. It means you can expect to it serve for many years.
- Maintenance:-
It is also easy to clean and maintain as it doesn’t
accumulate dirt and is not easily affected by different weather elements.
Material of High Pressure Laminate:
Kraft paper (usually a paper or a cardboard) is known to be a
strong material. The decorative film used in HPL is available in many patterns
and designs ranging from wood grain to solid colors, chrome and decorative
patterns. The popular substrates used include medium density fiberboard (MDF)
or particle board.
Common uses of High Pressure Laminates
- High Pressure Laminate Countertops.
- Tabletops
- High Pressure Laminate Flooring
- Cabinetry
- Case Goods
- High Pressure Laminate Furniture
High
Pressure Laminate is considered one of the most durable decorative surface
materials and performs very well for horizontal applications such as
countertops and furniture.
High
pressure laminate (HPL) countertops aren’t just for kitchens; they can stand up to the rigorous demands of
science labs and classrooms. It also performs well in horizontal and vertical
applications for high traffic settings such as hospitality, office furniture,
healthcare, retail casework, commercial interiors and educational facilities.
Timex Mica is the recognized brand holds in the position as high pressure laminates manufacturer in Mumbai, India. We are involved in the making of HPL sheets which are made on high pressure.
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