Products

Ambic

Item Part number and thickness
ULA-E  series N9491E (0.25mm), N9591E (0.35mm),  N9592E (0.45mm), N9691E (0.55mm),  N9791E (0.70mm), N9891E (0.90mm)
ULH-E  series N9195B (0.25mm), N9295B (0.35mm),  N9495B (0.50mm), N9595B (0.70mm),  N9795B (0.90mm)
HN-E  series HN603B (0.15mm),  HN604B (0.25mm),  HN606B (0.35mm), HN608B (0.45mm),  HN611B (0.55mm),  HN616B (0.70mm),  HN620B (0.90mm), HN640B (1.80mm)

Item Basic weight Density Thickness
Polyester staple

non-woven fabric

 150 g/m2 – 1.6mm
520 g/m2 0.17 g/cm3 3.0mm
4600 g/m2 0.24 g/cm3 19mm
Custom sizes and thicknesses are subject to MOQ with longer lead time.

Vilene

Item Thickness
H8213  Polyester fabric 0.29mm

Sontara

Item Description
E-88 The E-88 aramid fabric is made up of 100% Nomex fibers. This product is lightweight and offers high-temperature resistance. It is ideal for use in applications where high thermal protection is required, such as electrical insulation, filtration and apparel interfacing. This fabric can be laminated, calendered, metalized or coated to meet specific customer needs.
E-88C The E-88C aramid fabric is made up of 100% Nomex® fibers. This product is compatible with a variety of finishes and treatments and is ideal for applications that require a high degree of saturability. This fabric can withstand severe thermal and chemical requirements and has high insulation value.

Sontara E-88C is available in two calendered forms: moderate density (320A, 326A) and high density (326B).
E-89 The E-89 aramid fabric is made up of a unique blend of Nomex and Kevlar fibers. The addition of Kevlar increases break-open resistance in flame exposure and offers superior flame resistance and thermal protective qualities. This product can be customized to fit your specific thermal protection performance (TPP) requirements.
Z-11 The Z-11 aramid fabric is made from 100% Kevlar fibers. This product is lightweight, conformable and saturable and offers excellent thermal, flame and cut resistance. The fabric is free of binders and resins so the fabric remains uncompromised at high temperatures.