SHX-4 (S/S) is a flexible 4 layer knitted wire mesh EMI shielding material that is made of 304 Stainless Steel wire. The knitted mesh design creates a highly flexible shield that unlike many tubular braids will not change attenuation performance when articulated. The knitted wire mesh maintains constant window spacing during cable assembly movement and as a result yields excellent EMI shielding performance from 500 KHz through 1 GHz. The material is conductive, rugged and is ideal for severe environment and highly corrosive applications. The mesh can be added to most Zippertubing jacket materials to create an easy to install Zip-on EMI shielded assembly. SHX-4 (S/S) shields come with a standard 15 AWG drain wire attached to simplify grounding. This material has been used to provide rodent protection, EMI Shielding in seawater and extremely high temperature applications.
Specifications
SHX-4 (S/S)
SHX-4 (S/S) Specifications:
SHX-4 (S/S) is a flexible 4 layer knitted wire mesh EMI shielding material that is made of 304 Stainless Steel wire. The knitted mesh design creates a highly flexible shield that unlike many tubular braids will not change attenuation performance when articulated. The knitted wire mesh maintains constant window spacing during cable assembly movement and as a result yields excellent EMI shielding performance from 500 KHz through 1 GHz. The material is conductive, rugged and is ideal for severe environment and highly corrosive applications. The mesh can be added to most Zippertubing jacket materials to create an easy to install Zip-on EMI shielded assembly. SHX-4 (S/S) shields come with a standard 15 AWG drain wire attached to simplify grounding. This material has been used to provide rodent protection, EMI Shielding in seawater and extremely high temperature applications.
Chemical Resistance
Good
Temperature Range
-55° to 650°C (-67° to 1202°F)
Ratings
Stainless Steel, Type 304
Flat Thickness
0.030"
RoHS
Compliant
Shelf Life
60 months
Tensile Strength
90,000-125,000 psi
Available Attributes
Material Color
Bright S/S
Attenuation data was derived using procedures defined in MIL-STD-285 and tested by scientific applications international corporation (SAIC) EMI laboratories, San Diego, California
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