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The sound inside the vehicle is a big factor affecting passenger experience, as passenger experience becomes one of the biggest factors in automotive design. Sources of unwanted noise in the cabin are changing, especially in electric vehicles, where road noise is more noticeable over the silence of the engine. Effective noise, vibration and harshness (NVH) mitigation involves much more than just gap filling.
3M has taken this challenge to heart. Our technicians are studying, mapping and creating new acoustic solutions for today’s and tomorrow’s vehicles. We’re developing materials that help you meet specified decibel levels, and also adjust interior sound quality to help OEMs further differentiate passenger experiences. Explore below.
Thin, flexible, conformable material delivers high NVH performance from smaller parts, at a much lower weight than traditional constrained layer damping materials. Featuring a low-density engineered stem web standoff layer, it damps structure-borne noise even in designs using lightweight substrates such as composites. Flexible, conformable, adhesive-backed and customizable, it installs more easily, cleanly and in more places vs. butyl or bitumen.
High-performance acoustic material delivers absorption and heat stability with the potential to reduce weight compared to alternative materials. It features an internal web containing polyester (PET) fibers that add loft, strength and stability and extremely fine polypropylene (PP) fibers that allow for high-energy sound absorption. This material attaches easily using tape, ultrasonic welding, hot melt adhesive or mechanical fasteners.
Featuring pressure-sensitive adhesives that can be combined with a wide variety of interior materials including hard to bond plastics, metals and foams, these transfer tapes can be designed in or can be used as “quick fix” solutions for BSR mitigation throughout the automotive interior, including instrument panels and other thin, hard-to-reach spaces.
Double-sided, acrylic adhesive tapes provide excellent bonds to a wide range of substrates – ideal for bonding dissimilar materials and for combined tape solutions in areas where BSR is a concern. Adhesives bond without curing and deliver excellent temperature and environmental resistance.
An excellent alternative to metal fasteners, these positive-locking blind fasteners feature mushroom-shaped polyolefin stems that snap together. They can be mixed and matched for a range of closure strengths, and hold their strength even under repeated use – in fact, they can be opened and re-closed up to 1000 times in high cycle applications.
Double-sided acrylic sealing tapes feature excellent initial adhesion, heat resistance and durability compared to conventional butyl sealing tapes. They bond to rough or highly irregular surfaces and can be used for attachment support of low surface energy materials or bonding of impact relaxation materials, spacers, pads or sponges.
Step Inside. Our 3M experts are dedicated to collaboration on the best solution for your unique challenges in automotive interiors. Let’s discuss how 3M material science solutions can help you meet your specifications.
Effectively bond challenging or dissimilar materials in more places inside the vehicle. 3M provides single-coated, double-coated, thin bond and wire harness tapes, hot melts, reclosable fasteners and more.
To enable passenger comfort and utilize power efficiently, thermal management is a key element in interior design. 3M thermal insulation, engineered films and other solutions are up to the challenge.
Creativity without the weight – 3M solutions can enable the bonding of lighter materials in automotive interiors, replace metal fasteners and even allow for the production of plastic parts without heavy fillers.
3M applies decades of electronics experience in the increasingly electronic environment of the vehicle interior. Our shielding, blocking and EMI absorption solutions deliver low and stable contact resistance and maintain consistent performance even in tough environments.
Design a premium passenger experience, while keeping cost constraints in mind. Bond without mechanical fasteners. Meet the specific demands of the production line. That’s the freedom to exceed conventional limits in interiors.