Together with its excellent reflective and emissive properties, it is very effective in preventing radiant energy permeability in isolated structures and equipment. 99% of the energy that contacts with the product is either reflected or re-emitted. Thus, only 1% of the energy that emits heat contacts with the structure or equipment.
It is easy to apply and repair. It provides high level and uninterrupted insulation with less maintenance. That's why, it saves time and energy.
Its operating temperature is between -60 до +700°С(800°С at peak value)- The world's first and only product working in this range.
It is environmentally friendly and safe because it has no emission of harmful substances to human health. It does not contain chlorides, organic volatiles and heavy metals.
It is fire protection material.
It is not affected by acids, bases and salts.
It is elastic at the rate of 200 %; it stretches, and it does not crack.
It is easy to apply and does not require manual labor.
It does not let rodents, insects, and airborne pathogens into the surface.
It is easy to apply on all kinds of difficult and complex surfaces. The insulation of areas such as valves, flanges, brackets, joints that cannot be coated efficiently with wrapping and mastic insulation materials, can be done easily.
During application, nonpersistent things can be easily cleaned.
It is ideal product for the restoration and preservation of historical buildings.
It has good adhesion feature to all kinds of surfaces such as metal, concrete, glass, wood, etc. The surfaces should be dry and free from all kinds of solvents, oil, rust, dust, dirt and other foreign substances during the application.
It is extremely light and flexible. In this way, it can expand and shrink with the surface on which it is applied.
It adheres directly to the surface, and it is normally impermeable for both moisture and liquid. Thus, it prevents surface decay and rust formation unlike other insulation systems.
It is designed using high technology to provide thermal, acoustic and corrosion and fire insulation in different industrial applications. This system offers an effective and inexpensive alternative to conventional high-cost insulation systems.
It does not need to be completely removed for surface control. It is sufficient to apply a little bit after repair.
Since Isollat is resistant to moisture and water, it significantly reduces rust formation. It also eliminates potential surface corrosion while providing insulation except for other insulation systems (wrap and mastic insulations).
It has very low application thickness as 0.5 – 3 mm –
Both capital and operating costs are reduced in the applied projects.
It ensures the safety of technical personnel against burn injuries in enterprises.
It has long lifetime without loss of performance (minimum 15 to 30 years)
It is highly reflective. It reflects the sun's rays and radiant energy to a great extent.
Anti-vandalism
It is erasable, washable and it is available for self-cleaning
It has dielectric (insulator) property–
It is resistant to mechanical impacts–
It is easy to repair and detect the fluid leak in pipes –
It has low labor cost (1,500-2.000m2 application per day with 2 people)
It prevents both noise and vibration
It prevents or eliminates possible condensation on the applied surface.
It provides high protection against corrosion
Its standard color is bright white, but it can be produced in special colors upon request, or it can be colored later.
It is very light. It does not impose a load on the vehicle or equipment, and provides significant weight and volume savings compared to other systems.
It provides preservation of physical heat properties at 100% humidity and very strong wind loads
It is resistant to humidity and temperature changes –
It has feature to apply down to -10°С in winter conditions –
It can apply to any surface (plastic, metal, concrete, adobe, brick, wood and other –
It is possible to apply thermal insulation works while the process is running and hot
It is more affordable than traditional insulation materials
The low coefficient of thermal conductivity: 0.002-0.007 W/m °С;