High Pressure Laminates (HPL) are a variety of decorative laminated that are produced by impregnating layers of kraft paper with melamine resin. These sheets are then infused with a decorative paper and an outer layer for protection. High pressure laminate sheets are molded and cured at a pressure higher than 72kg/cm2. The common range of pressure varies between 80 and 140 kg/cm2. Although the same technique is used to produce low pressure laminates, the aspect that segregates the two is the level of pressure applied on the production process.
Lazerlite High Pressure Laminated Planks(HPL)
High Pressure Laminated Planks
HPL PANELS
High Pressure Laminates are manufactured using modified phenol formaldehyde resin with a special molecular ratio to impart strong bonding in the laminates. The use of the state of the art high pressure laminate press gives the product increased dimensional stability. In addition, our Swiss make sanding machine ensures uniformity and a well sanded surface for better adherence of the adhesive and more efficient use of glue.
HPL Gate Planks
High Pressure Laminates are a popular choice among architects and interior designers for use in various commercial and domestic spaces. The application of High Pressure Laminate has a wide range varying from kitchen countertops to high traffic commercial flooring and in some cases, furniture cabinets as well. A popular type of laminate, High Pressure Laminate sheets make for one of the most versatile laminate available for use.
APPLICATION OF HPL
- Elevation facade cladding
- Balcony casing
- Fencing
- Partitions
- Railings
- Louvers
- Pedestrian shelters
- Roofing Soffits
- Prefab huts
- Gate
- Attic application
- Sport facilities
- Open air swimming pool
- Ceiling
- Bathroom - wet cladding
- Metro & sky train station
- Flooring
- Wall paneling / Lift lobby cladding
- Business entry portals
STORAGE SYSTEMS
- Use pallets
- Store in dry space
- Use cover to avoid excess humidity and heat
- Store flat to avoid bending or bowing of sheet
HANDLING
- Lift each sheet separately
- Compressed air machine can be used
INSTALLATION DETAILS
- Aluminium “L” section, 50 x 70 x 1.6 mm
- Heavy duty screw
- Normal screw and nut
- Plastered wall
- Coloured Rivet
- Aluminium “T” section, 70 x 50 x 1.6 mm
- High pressure laminate
EDGE FINISHING
- Edge of compact panel can be machined for special requirement
- Square cutting, chamfering & bevelling are advisable
BENEFITS OF HPL
There are several benefits of using High Pressure Laminate that allow it to be used extensively in all spaces. Some of the best known qualities of High Pressure Laminate sheets are:
Durability: Processed under high pressure, these sheets make for one of the most durable laminates. They are also scratch resistant. That is why they are the ideal for commercial spaces with heavy traffic such as hospitals, restaurants, institutes, etc.
Versatility: High Pressure Laminates are not only decorative but also functional. They are used on walls, cupboards, shelves, cubicles and many more spaces without the worry of horizontal or vertical application.
Variety: The High Pressure Laminate sheets are available in a variety of colours and textures. They make it easier to amplify your space and ace the aesthetic appeal you have in mind. The plethora of choices in terms of textures such as gloss and matte, to colours and designs, High Pressure Laminates help you find the perfect finish for your project!
USP
- Boiling water resistant
- Scratch and Stains resistant
- Aesthetic appeal
STANDARD-SIZE
- Standard Thickness (MM): 0.8, 1, 1.5
- Standard Sizes (MM): 1220 X 2440
- Other Sizes (MM): 1235 X 2455, 1244 X 2464, 1300 x 3050
APPLICATION
Applications : Office Furniture, Home Furniture, Check-Out Desks, Column Claddings, Doors, Wall Panelling, Storage units, Vanity Units.
TECHNICAL-SPECIFICATION
Available Colors
Tyrol Pine
Zebra Wood
Zebra Wood
Sapeli
Nyana Teak
Samoa Teak
Deco Walnut
Light Brown
Sapwood Walnut
Dark Brown
Pretty Wood
Usage
Installation manual with video
Installation Guide
Installation Video
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Preparing The Subfloor
If the concrete slab is new, you should give it at least 30 days to cure before installing any type of flooring. If the concrete slab is already installed, then three things should be checked as part of the pre-installation process: dryness, level and cleanliness.
Make sure that the subfloor is free of dust, debris and other unwanted elements.
The surface should be smooth and level. (Use a long level to measure it; any variance over 3/16th of an inch every 10 feet is not good.) Any roughness on the subfloor can create installation problems. Use a concrete grinder if you feel that the subfloor needs finishing. -
Choosing The Right Laminate Underlay
The underlay should be chosen according to the subfloor. In the case of concrete, the following are criteria and types of underlay you must consider:
Challenges posed by concrete subfloors
Porous material and prone to moisture fluctuation
Adhesives loosen when moisture seeps through
Without the right underlayment, tiles and planks can warp from underneath
Often has bumps and creaks that lead to uneven installationSuitable underlayment
Foam barrier: This is suitable so long as an additional vapour barrier is used.
Vinyl backed: This also provides noise cancellation and moisture proofing, provided the seams are thoroughly sealed.
Cork: Among the most expensive underlayment, it is primarily suitable for noise reduction.
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Placing The Moisture Barrier
he next thing to consider is moisture. The subfloor should be dry or else it can damage laminate planks.
Many homeowners think concrete is a hard material that moisture can’t penetrate. The truth is that moisture vapour can easily pass through the concrete slab and cause declamation and warping of the laminate flooring.
To deal with this problem, use a moisture meter and check the humidity. If the reading is more than or equal to 4.5%, it is unsafe to install flooring.
If your subfloor passes the moisture test, then place the laminate flooring in the room where it is to be installed and leave it for three days to acclimatize.
Begin installation by laying a plastic vapour barrier (minimum 6 mm thick) or any other manufacturer-recommended barrier on the concrete subfloor to prevent moisture from reaching the laminate flooring. Use vinyl tape to secure the barrier and keep it from coming out.
If you want to build comfortable floors, add a layer of laminate padding on top of the vapour barrier. Since concrete is extremely hard, it can feel uncomfortable to walk on the floors if it lacks padding.
If you are not sure you can install laminate flooring perfectly, let a professional flooring installer handle it.