Browse Topic: Interior molding and trim

Items (69)
This test can be used to determine the resistance to scuffing of test specimens such as fiberboards, fabrics, vinyl-coated fabrics, leathers, and similar trim materials.
Textile and Flexible Plastics Committee
The large luxury sedan seat has a 22-way Movement. It offers a wide range of adjustments to enhance passenger comfort performance while it has many constraints on movement in constrained indoor space. In addition, the power seat is operated by a motor, which makes it difficult for the user to determine the amount of adjustment, unlike determining the amount of adjustment by the power and feel of a person, such as manual seat adjustment. IMS, one-touch mode, is also constrained by parameters such as indoor space package, user's lifestyle, etc. during function playback. This paper aims to design the seat control logic to achieve the best seat comfort while satisfying each constraint.{"list":{"list-type":"bullet","list-item":[{"p":"Increase robustness of power seat control logic."},{"p":"Provide optimal adjustments and comfort at each location."},{"p":"Offer differentiated custom control and seating modes for each seat."},{"p":"Improve customer satisfaction and quality by upgrading
Kwon, MisunLee, TaehoonPark, Sangdo
This SAE Standard presents a method of determining the stiffness of interior trim materials, substrates, and composites by a three-point bending test.
Textile and Flexible Plastics Committee
The use of low density urethane foam composites in automotive interior trim is an established technology. In existing applications such as door trim panels, increasing production volumes are providing the impetus for process modifications and improved formulations. In emerging applications such as instrument panel covers new performance requirements must be met. The development of new Baydur STR/F formulations to address these needs are discussed.
Dempsey, Michael P.Hurley, Michael F.
Prefabricated headliners are now completely accepted in Europe and have almost fully substituted conventional suspension headliners. This success in the European marked did however take some time. The headliner versions developed in the USA and Japan provided guidelines for the European development. The initial reason for using prefabricated headliners came from the assembly line. It was necessary to make it easier for workers to fit the headliner into the car. But there was a second important argument which still applies: cost reduction. The cost reduction argument became the pet of all who had developed a prefabricated headliner. This is ultimately the reason why in the early days of the changeover to the new system only very cheap solutions were ever discussed. This demand has since remained the most important challenge for all innovative steps.
Wagner, Werner
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