Roof Insulation Boards
Our Roof Insulation Boards are designed to reduce heat transmission and increase energy efficiency in residential, commercial and industrial buildings. Made from high quality XPS, these boards offer great thermal insulation, strong compression strength and good moisture resistance. They are reliable for long-lasting roof insulation as they help maintain the indoor temperature comfortable, reduce cooling and heating costs, and protect the roofs from adverse weather conditions.
Frequently Asked Questions
Roof Insulation Boards are rigid thermal insulation panels made from Extruded Polystyrene (XPS). They help reduce heat transfer through the roof, improve indoor comfort, lower energy consumption, and protect the building from extreme temperatures.
XPS Roof Insulation Boards offer excellent thermal insulation, low water absorption, high compressive strength, lightweight construction, long service life, and resistance to moisture. They help reduce cooling and heating costs while improving the overall energy efficiency of buildings.
Roof Insulation Boards are suitable for residential, commercial, and industrial buildings. They are commonly used in flat roofs, inverted roof systems, roof gardens, parking decks, warehouses, factories, and building renovation projects.
Yes. XPS Roof Insulation Boards have a closed-cell structure that minimizes water absorption, making them highly resistant to moisture. This helps maintain their thermal performance even in humid or wet conditions.
Yes. By reducing heat transfer through the roof, Roof Insulation Boards keep indoor spaces cooler in summer and warmer in winter. This decreases the workload on air conditioning and heating systems, resulting in lower energy consumption and reduced electricity bills.
XPS Board provides premium-quality roof insulation solutions with excellent thermal conductivity, high compressive strength, long-term durability, and reliable performance. Their insulation boards are designed to meet the needs of modern construction projects while improving energy efficiency and structural protection.
