Conductive Fabric

X00721 260T Ripstop Weave Conductive EMI/RFI Shielding Fabric 1.1m Width

Name: 260T Ripstop Weave Conductive EMI/RFI Shielding Fabric 1.1m Width
Brand: OneThinktec
SKU: X00721

X00721 is a ripstop (grid) copper-nickel plated polyester conductive fabric for flexible EMI/RFI shielding and conductive textile assemblies. It can be evaluated for enclosure lining, cable wrapping, grounding/contact layers and converted shielding parts according to the project construction.

X00721 260T Ripstop Weave Conductive EMI/RFI Shielding Fabric 1.1m Width

KEY DATA

MaterialCopper + Nickel + Polyester

Width1.1 m

Thickness0.078 mm

Surface Resistance< 0.05 Ω

Shielding Effectiveness80-60 dB

Frequency Range10 MHz - 38 GHz

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ENGINEERING VIEW

Where This Fabric Fits

Choose the construction by balancing shielding requirement, surface resistance, width, thickness, flexibility, finish, environmental exposure and conversion method. The material datasheet is a starting point; validate the finished assembly for critical designs.

Typical applications to evaluate

Electronic enclosure liners
Cable and harness wrapping
Grounding/contact layers
Flexible parts where a grid/ripstop construction is preferred

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

Complete Specifications

Pattern	Ripstop (Grid)
Color	Grey
Width	1.1 m
Thickness	0.078 mm
Surface Resistance	< 0.05 Ω
Material	Copper + Nickel + Polyester
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
Density	260T
Roll Specs	1.1 × 100 m
Packing	2 rolls/carton.120x23x23 cm
G.W. / N.W.	17/15 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 X00721

Good starting point when

Projects evaluating a grid/ripstop textile construction while retaining flexible conductive shielding behavior.

Compare another construction when

Use plain or diamond weave when the project specification, converting method or appearance calls for those constructions instead.

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 liners, cable and harness wrapping, 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.