SH1 Laminate is a lightweight shielding material that consists of Zippertubing's SH1 shielding foil adhesively laminated to our Type 63-10 Polyvinylchloride jacket material. It can be combined with most Zippertubing closure types to create a thin, lightweight cable jacket with outstanding EMI shielding performance. The material is a general purpose shielding product that is ideal for use in protected areas like electronics racks, and should not be used in areas where a great deal of flexing is likely to occur. It can be configured for Round, Flat and Rectangular cable shapes and is supplied with a sewn-in 15 AWG braided Tin/Copper ground wire running the full length of the product. The lamination is flame retardant and can be Certified to UL224, VW-1 flammability upon request when ordered with our PVC R-Track or Z-Track closures.
Specifications
SH1 (Laminate)
SH1 (Laminate) Specifications:
SH1 Laminate is a lightweight shielding material that consists of Zippertubing's SH1 shielding foil adhesively laminated to our Type 63-10 Polyvinylchloride jacket material. It can be combined with most Zippertubing closure types to create a thin, lightweight cable jacket with outstanding EMI shielding performance. The material is a general purpose shielding product that is ideal for use in protected areas like electronics racks, and should not be used in areas where a great deal of flexing is likely to occur. It can be configured for Round, Flat and Rectangular cable shapes and is supplied with a sewn-in 15 AWG braided Tin/Copper ground wire running the full length of the product. The lamination is flame retardant and can be Certified to UL224, VW-1 flammability upon request when ordered with our PVC R-Track or Z-Track closures.
Electrical: Resistance
0.091 ohms/mft @ 1.0"
Fluid Resistance
Best
RoHS
Compliant
Shelf Life
36 Months
Dielectric Constant
7
Elongation
200% min., 450% max
Material Thickness
0.010"
Tensile Strength
1,800 psi
Available Attributes
Shielding
SH1 (Laminate)
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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