Cabin Interiors for Aerospace
The materials used for cabin interiors must promote passenger safety, comfort, and well-being. BASF has a full line of aircraft cabin materials that offer high strength, light weight, and space saving solutions with exceptional fire, smoke, and toxicity (FST) compliance according to FAR 25.853. We also provide technology to reduce ozone and volatile organic compounds (VOC's) in cabin air environments.
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Thermoplastic Polyurethane (TPU)
Elastollan Thermoplastic Polyurethane (TPU)
Elastollan Thermoplastic Polyurethane (TPU) allows the design of soft touch and highly abrasion resistant interiors parts such as armrests, electronics housings, and high touch surfaces. FST compliant.
Elastollan Thermoplastic Polyurethane (TPU) allows the design of soft touch and highly abrasion resistant interiors parts such as armrests, electronics housings, and high touch surfaces. FST compliant.
High Temperature Thermoplastics & Composites
Contoura Lightweight Composites
A formaldehyde free, very low emission binder system which can be used to make fiber composite components up to 40% lighter. Processed using traditional thermoplastic cold forming or thermoset methods, Contoura provides superior mechanical stability, a long shelf life, and FST compliant formulations.
A formaldehyde free, very low emission binder system which can be used to make fiber composite components up to 40% lighter. Processed using traditional thermoplastic cold forming or thermoset methods, Contoura provides superior mechanical stability, a long shelf life, and FST compliant formulations.
Ultramid FST Compliant Polyamides
These materials for cabin interior components, such as meal trolleys and latches, combine processability and design flexibility with high tensile and impact strength. Unreinforced and glass reinforced options available.
These materials for cabin interior components, such as meal trolleys and latches, combine processability and design flexibility with high tensile and impact strength. Unreinforced and glass reinforced options available.
Ultrason All Thermoplastic Panel
Ultrason PES is a recyclable alternative to polyaramide honeycomb providing 10% weight and 55‒65% labor/time savings. These panels have a superior surface finish and damage tolerance. FST and OSU heat release compliant.
Ultrason PES is a recyclable alternative to polyaramide honeycomb providing 10% weight and 55‒65% labor/time savings. These panels have a superior surface finish and damage tolerance. FST and OSU heat release compliant.
Ultrason E and Ultrason P
Molded shapes and foam core materials made of Ultrason E and Ultrason P are recyclable, durable, and FST and OSU heat release compliant.
Molded shapes and foam core materials made of Ultrason E and Ultrason P are recyclable, durable, and FST and OSU heat release compliant.
Ultrason Reinforced Thermoplastic Laminate
Recyclable alternative to phenolic prepreg providing production efficiency, time, and labor savings. FST & OSU Compliant.
Recyclable alternative to phenolic prepreg providing production efficiency, time, and labor savings. FST & OSU Compliant.
Ultrason Semi-Finished Products
Non-delaminating sheets, reinforced thermoplastic laminates (RTL) and unidirectional (UD) tapes.
Non-delaminating sheets, reinforced thermoplastic laminates (RTL) and unidirectional (UD) tapes.
Flame Resistant Foam
Basotect UL
Recyclable thermo-acoustic insulation melamine foam is light weight and sustainable with no land filling required (compared to glass fiber insulation). It is used in applications such as cabin walls and ducting. |
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Load Bearing Floors
Robust PU-chemistry can help reduce weight while maintaining structural strength and integrity.
Robust PU-chemistry can help reduce weight while maintaining structural strength and integrity.
NVH Innovation and Friction Dampers
Cellasto micro cellular PU
These engine mounts, vibration and shock isolators are a light weight alternative to rubber providing durability, versatile design options, and up to 50% weight savings.
These engine mounts, vibration and shock isolators are a light weight alternative to rubber providing durability, versatile design options, and up to 50% weight savings.