There are many applications of polyurethane in the automotive sector: from interventions aimed at making transport safer and more ecological, to solutions designed to make them quieter, more comfortable, aesthetically pleasing, suitable for long journeys or extended use.
There are many applications of polyurethane in the automotive sector: from interventions aimed at making transport safer and more ecological, to solutions designed to make them quieter, more comfortable, aesthetically pleasing, suitable for long journeys or extended use.
Polyurethane is used in cars, tractors, motorcycles, trains, earth-moving vehicles, airplanes and in their details: air and oil filters, seats, arm rests, bumpers, dashboards, external profiles, headrests, gearshift levers, sun visors, side mirrors, soundproofing mats, steering wheels, glass seals, etc.
There are many applications of polyurethane in the automotive sector: from interventions aimed at making transport safer and more ecological, to solutions designed to make them quieter, more comfortable, aesthetically pleasing, suitable for long journeys or extended use.
Polyurethane is used in cars, tractors, motorcycles, trains, earth-moving vehicles, airplanes and in their details: air and oil filters, seats, arm rests, bumpers, dashboards, external profiles, headrests, gearshift levers, sun visors, side mirrors, soundproofing mats, steering wheels, glass seals, etc.
Polyurethane is formed by mixing an isocyanate, such as methylene diphenyl diisocyanate (MDI)with a polyol blend. These components are mixed to form a rigid, cellular foam matrix. The resulting material is an extremely lightweight polymer with superior insulating properties.