Seating Materials and Components for Aerospace
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BASF engineers and manufactures a full line of seating materials and components for Aerospace allowing OEM and MRO to optimize weight and strength characteristics, maximize space utilization, and minimize overall size.
BASF is committed to providing light weighting solutions for various components of the seat and its structure. Our continuous fiber reinforced thermoplastics are easy to form and allow design freedom for increased seating comfort while reducing the profile of the seat back. BASF's thermoplastic polyurethanes are an excellent solution for demanding applications requiring toughness, abrasion resistance, and FST compliance.
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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.
Stimulite by Supracor — Thermoplastic honeycomb seat cushioning
Elastollan TPU is a fully recyclable solution for aircraft seating that provides extreme comfort, freedom of design, light weighting, and space savings. FST compliant.
Elastollan TPU is a fully recyclable solution for aircraft seating that provides extreme comfort, freedom of design, light weighting, and space savings. FST compliant.
NVH Innovation and Friction Dampers
High Temperature Thermoplastics & Composites
Ultramid FST Compliant Polymides
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 Reinforced Thermoplastic Laminate
Recyclable alternative to phenolic prepreg providing production effiecency, time, and labor savings. FST & OSU Compliant.
Recyclable alternative to phenolic prepreg providing production effiecency, time, and labor savings. FST & OSU Compliant.
Ultrason Semi-finished Products
These materials are highly impact resistant, non-flammable and do not delaminate.
These materials are highly impact resistant, non-flammable and do not delaminate.
Polyurethane (PU) Applications
Headrests and Armrests
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.
Powder Injection Molding
Catamold Metal/Ceramic Injection Molding
Catamold metal or ceramic injection molding allows the economical fabrication of highly complex ceramic and metal parts near net shape.
Catamold metal or ceramic injection molding allows the economical fabrication of highly complex ceramic and metal parts near net shape.
