Compact Laminate is a long-lasting, durable solution for high-impact surfaces such as lockers and cabinets, elevator cabs, wall panels, casework, shelving, specialty furniture, fixtures and partitions.

Compact Laminates - Greenlam Industries offers a wide range of compact laminates made from self-sustainable High Pressure Laminate boards. Compact laminates can be used for both exterior and interior applications including restroom cubicles, lockers, furniture, panels and many more.

Greenlam Laminates - Asia’s largest laminate manufacturing company offering best-in-class decorative laminate sheets. Select from the widest range of colors, designs, finish and texture.

HPL Sheet: Greenlam Laminates supplies India’s best high pressure laminate sheets/panels with varied designs, finishes, and sizes. As the top laminate brand, HPL sheet prices are competitive. Visit the website to learn more.

HPL Compact panels are high pressure laminates (HPL) used for different applications (Kitchen Cabinets, Office Furniture, Room Cladding & Wetrooms)

HPL Compact Laminate is a high-pressure laminate material that consists of multiple layers of paper or fabric that are impregnated with phenolic resin and bonded together using high pressure and heat.

Compact laminate is extremely durable, manufactured under high pressure and temperature which used in many ways decoration. Features: 1) Outstanding resistance to abrasion, high temperatures, dirt, shock, cigarette ignition and open flames

Carbon Zero HPL decorative surfaces to suit any environment or use - Thin, Thick, Interior, Exterior, UV and Weather Resistant, Scratch Resistant, Waterproof, Dri-wipe, Lab Grade, Magnetic, Duramatte and more.

Compact HPL stands out as the perfect choice for those seeking modern and high-quality solutions. It boasts resistance to corrosion, scratches, and changing weather conditions, making it ideal for both exterior and interior uses.

Compact laminates, also known as high-pressure laminate boards or compact grade laminates, combine the design variety and robustness of Duropal HPL with the design possibilities of a through-dyed core.