Self-Adhesive Fabric

X00794 Self-Adhesive Rose Golden EMI Shielding Fabric Plain Weave

Name: Self-Adhesive Rose Golden EMI Shielding Fabric Plain Weave
Brand: OneThinktec
SKU: X00794

X00794 combines conductive shielding fabric with an adhesive backing and release liner for faster positioning and lamination. It is intended for projects where a flexible shielding layer must be applied to a substrate without a separate adhesive process.

X00794 Self-Adhesive Rose Golden EMI Shielding Fabric Plain Weave

KEY DATA

MaterialCopper + Nickel + Polyester + Conductive Adhesive + Release Paper

Width1.06 m

Fabric Thickness0.08±0.01 mm

Surface Resistance< 0.04 Ω

Shielding Effectiveness80-60 dB

Frequency Range10 MHz-38 GHz

Request Sample / Quote

ENGINEERING VIEW

Where This Fabric Fits

Choose self-adhesive fabric when installation speed and positioning are important. Confirm substrate compatibility, bond durability and the required electrical continuity through seams, overlaps and ground/contact points.

Typical applications to evaluate

Electronic enclosure lining
Panel and cabinet shielding
Cable and harness wrapping
Custom die-cut or laminated shielding parts

Important: Application examples are selection guidance, not a guarantee of finished-system performance. Validate the complete construction at the relevant frequencies.

Complete Specifications

Pattern	Plain
Width	1.06 m
Fabric Thickness	0.08±0.01 mm
Glue Paper Thickness	0.03±0.005 mm
Surface Resistance	< 0.04 Ω
Material	Copper + Nickel + Polyester + Conductive Adhesive + Release Paper
Frequency Range	10 MHz-38 GHz
Shielding Effectiveness	80-60 dB
Salt Spray Test	Grade A-10 (5% NaCl, 48hrs)
Temp. Range (Short)	-40°C~180°C
Temp. Range (Long)	-10°C~80°C
Roll Specs	1060 × 50 m
Packing	2 rolls/carton,120x23x23 cm
G.W. / N.W.	27.5/24 kg

HOW TO READ THE DATA

Design Notes

Shielding effectiveness values are material-level specifications unless a specific test method and sample construction are stated. Finished-product performance can be lower because of seams, openings, penetrations and bonding.
A listed frequency range should not be interpreted as identical attenuation at every frequency. Request frequency-by-frequency data when a project has a critical band.
For regulated or compliance-critical projects, confirm the exact material lot, test method and finished-assembly requirement before approval.

For a practical explanation of dB values, frequency dependence, seams and grounding/contact design, see the OneThinktec Shielding Knowledge Center.

SELECTION FIT

When to Evaluate X00794

Good starting point when

Projects that need a conductive textile supplied with adhesive backing and release paper for positioning or lamination.

Compare another construction when

Choose a non-adhesive grade when the bonding system must be selected separately, or when adhesive compatibility with the substrate has not been validated.

Selection rule: Confirm the exact frequency target, installation method, width, finish and environmental requirement before final approval. Catalog material data does not replace finished-assembly validation.

Related materials to compare

Open the conductive fabric comparison & selection guide →

BUYER FAQ

Questions Engineers Commonly Ask

What is this material best used for?

Electronic enclosure lining, panel and cabinet shielding, and related shielding assemblies where a flexible conductive textile is appropriate.

Does the fabric alone determine finished shielding performance?

No. Seams, openings, closures, bonding, grounding/contact design, penetrations and the complete enclosure construction can materially affect the final result.

What information should I provide for material selection?

Share the target frequency band, shielding requirement, required width, installation or conversion method, environmental conditions, quantity and any adhesive or surface-finish requirement.

Can I request samples or custom conversion?

Yes. OneThinktec supports sample evaluation and can discuss width, finish, adhesive backing and conversion requirements based on the project.