DuPont™ Nomex® Energy Solutions Datasheets for Industrial Fabrics

Industrial fabrics consist of woven or non-woven cloth made from natural or synthetic materials.
Industrial Fabrics: Learn more

Product Name Notes
NOMEX® 926 Paper 900 Series DuPont™ Nomex® Type 926 is a strong, high-dielectric, thermally-stable paper that is specifically designed for use as conductor insulation in liquid-immersed transformers. Type 926 is not appropriate for use as...
NOMEX® Electronic Device Insulation Paper 200 Series From mobile phones and tablet computers to flat-screen liquid crystal display (LCD) televisions, Nomex® paper is helping to protect critical components in a wide range of electronic applications.  A prime...
NOMEX® Medium Density Paper 300 Series -- 356 he DuPont™ Nomex® 300 Series is a family of insulation products for less-demanding electrical applications where the full temperature resistance and/or mechanical strength of Nomex® 410 is not required. Designed...
NOMEX® Spunlaced Fabric Type E88C -- 309A
NOMEX® Spunlaced Fabric Type E88C -- 309B
NOMEX® Spunlaced Fabric Type E88C -- 320A
NOMEX® Spunlaced Fabric Type E88C -- 320B
NOMEX® Spunlaced Fabric Type E88C -- 326A
NOMEX® spunlaced fabrics are manufactured by DuPont using SONTARA® fabric made with spunlaced technology. This spunlaced process yields a fabric that is durable and soft, as well as conformable and...
NOMEX® Medium Density Paper 400 Series -- 410 Nomex® 410 is used in almost every known sheet insulation application.  This high-density product has high inherent dielectric strength, mechanical toughness, flexibility and resilience.  It is produced in thicknesses ranging...
NOMEX® Medium Density Paper 400 Series -- 411 Nomex® 411 is a lower-density version of Nomex® 410.  It is available in thicknesses ranging from 0.13 mm (5 mil) to 0.58 mm (23 mil), with a specific gravity of...
NOMEX® Medium Density Paper 400 Series -- 414 Nomex® 414 is electrically and thermally similar to Nomex® 410, but it is manufactured to produce a strong but more flexible and conformable sheet with an open surface.  It is...
NOMEX® Medium Density Paper 400 Series -- 416 LAM Nomex® 416 LAM is a paper designed for use in electrical flexible laminate insulation.  It is produced in three thicknesses:  0.05 mm (2 mil), 0.08 mm (3 mil) and 0.13...
NOMEX® Medium Density Paper 400 Series -- 464 LAM Nomex® 464 LAM is a lightweight paper compared to Nomex® 416 LAM, but is intended for the same use in electrical flexible laminate insulation.  It is available in 0.05 mm...
NOMEX® 818 Paper 800 Series -- 818 Nomex® 818 (50% mica) is designed for high-voltage applications, including: motor conductor and coil wrap, and transformer ground and layer insulation. It has high inherent dielectric strength (30 kV/mm [760...
NOMEX® 843S Paper 800 Series -- 843S Nomex® 843S is designed for high voltage applications for slot outer corona protection, also known as conductive tape, on stator coils and bars in high voltage motor and generators ,...
NOMEX® 864 LAM Paper 800 Series -- 864 LAM Nomex® 864 LAM is designed to address the increasing need for partial discharge resistance of inverter-driven motor insulation and to support the growing trend toward thinner insulation materials.  This lamination-grade...
NOMEX® 910 Paper 900 Series Nomex® 910 is a unique aramid enhanced cellulose material, composed of high quality electrical grade cellulose pulp and the same binder made from high temperature meta-aramid polymer as used in...
NOMEX® 992 PSB Pressboard 900 Series Type 992 PSB is a low-density pressboard which is designed for applications requiring a combination of electrical, mechanical and forming characteristics, such as barrier, gap spacers, end fillers, core tubes,...
NOMEX®993 PSB Pressboard 900 Series Type 993 PSB is a medium-density pressboard which offers a balance of rigidity and conformability along with outstanding saturability and excellent properties in air and oil. Typical applications include 3-dimensional...
NOMEX® 994 PSB Pressboard 900 Series Type 994 PSB is a densified, rigid board which has a unique combination of superior resistance to compression, even at elevated temperatures, along with relatively high oil absorption characteristics. This...