EMEA JACOB HOLM CONTACT US OUR MARKETS INNOVATION SUSTAINABILITY QUALITY DISTRIBUTOR PORTAL GLATFELTER Our Markets High Performance Materials Acoustics SONTARA® ACOUSTICS SONTARA® ACOUSTICS Sontara® nonwoven fabrics exceed acoustic performance requirements in the automotive sector. Our fabrics meet cost-effective performance needs at a lighter weight than the industry average. Through better economics than existing noise dampening options, our products can give drivers and passengers the smooth and quiet ride they desire. END USER BENEFITS NOISE REDUCTION AIR PERMEABILITY LOW BASIS WEIGHT RESILIENCY FINISHING TREATMENT COMPATIBLE PRODUCT OFFERING Sontara® for Acoustics The Sontara® Acoustics portfolio was developed to provide improved noise absorption and acoustic performance at a reduced weight and cost-effective price. Sontara® fabrics possess the ability to hold various chemical treatments like FR while their resiliency ensures lasting performance ideal for demanding applications. Automotive Applications: Hood liners Headliners Engine insulators Seat backing Other automotive parts Sontara® products are made using proprietary technology for high demanding applications. High-speed water jets are used to hydraulically entangle various fibers to form a strong absorbent web. Unlike many nonwoven fabrics, Sontara® uses no binders, chemicals or adhesives. It has exceptional mechanical strength, excellent absorbency, and because the fibers are washed during fabric formation, it exhibits very low lint. These unique features make Sontara® ideal for the cleaning requirements of the quality-conscious user. DISCOVER THE BRAND FIND YOUR NEAREST JACOB HOLM OFFICE SUBSCRIBE TO OUR NEWSLETTER CONTACT LOOKING FOR QUOTATION JACOB HOLM History Location Careers Contact us News Events Corporate Culture Responsibility OUR MARKETS Beauty Care Critical Cleaning Health Care Hygiene Consumer Wipes High Performance Materials INVESTOR RELATIONS JACOB-HOLM.COM Contact Us General Terms & Conditions Data Protection & Privacy FOLLOW US