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PUR and PIR
board - panel - block - profile
thermal insulation / insulation / model / structural / design
λ= 0,021 [W/m·K]
The lowest heat transfer coefficient among heat insulating materials.
MACHINABILITY
All boards have excellent machinability (hand, machine or CNC milling).
RESISTANCE AND LIFETIME
Balanced mechanical properties, dimensional stability, thermal and chemical resistance.
ECONOMIC
cost-effective, universal, strong and durable.
ECOLOGICAL
safe for health and the environment - recyclable. CFC, HCFC and formaldehyde free.
UNIVERSALITY
a wide range of formulations in several densities and sizes.
Thinner and more powerful thermal insulation
Despite its thin profile, it offers excellent thermal insulation. For example, a PUR and PIR board with a thickness of 120 mm can provide the same thermal resistance as an expanded polystyrene board with a thickness of 200 mm or mineral wool with a thickness of 230 mm.
PUR insulating boards
without lamination / cladding with the lowest coefficient of thermal conductivity λD=0.021W/mK, vapor permeability μ≤10, high compressive strength 250-320kPa and very low absorbency. intended for thermal insulation.
PUR structural insulation boards
made of hard polyurethane foams used for base profiles under windows, doors, gates, PSK and HST portals, garage doors. for facade structures, blinds and roller shutter boxes. Very high mechanical resistance and thermal insulation.
PUR model and construction boards
made of rigid polyurethane foam with a density, they have high strength and excellent workability. Used by designers, prop makers, constructors, modelers, laminators, technologists, 3D data control department, plasterers.
THE USE
Construction industry
thermal insulation of structures and buildings
containers, tanks, pipelines, catering, ships, isotherms, thermoboxes
models, sculptures, props, backdrops, models, decorations, 3D advertisements
