Mission Darkness TitanRF TechWeave Faraday Fabric
Mission Darkness TitanRF TechWeave Faraday Fabric delivers outstanding shielding, providing robust protection against radio frequency (RF) signals, electromagnetic fields (EMF), electromagnetic interference (EMI), high-altitude electromagnetic pulses (HEMPs), and similar threats. This fabric features TechWeave technology, which weaves polyester, copper, and nickel fibers together, effectively blocking radio signals across a wide frequency range from low MHz up to 40GHz. Trusted by military and law enforcement forensic investigators, it ensures complete wireless signal isolation, including cell phone, Wi-Fi, Bluetooth, and GPS. Civilians also rely on this fabric for shielding and grounding applications, medical equipment applications, EMP protection, personal data and identity security, signal isolation in secure facilities, RF isolation for hardware and software testing, EMF radiation reduction, digital privacy, and more.
TitanRF TechWeave Faraday Fabric is easy to work with, allowing it to be cut, sewn, or taped to surfaces for creating DIY faraday cages, RF shielding rooms and enclosures, EMI blocking covers, and other industrial applications. Compared to non-woven faraday fabrics, it offers superior strength, durability, and consistent shielding, making it the go-to choice for demanding, long-term applications where maximum protection is required. The material can be used with TitanRF Faraday Tape for connecting multiple fabric panels and DIY faraday projects. Read the FAQ for faraday cage construction tips.
Please note: This product is a 10-14 day lead time.
Technical Details
TitanRF TechWeave Faraday Fabric is available in multiple variations. View the technical details for each variation to compare properties in order to select the best fabric for your need. The variations are differentiated in the drop-down menu based on the fabric's [µm] thickness. Contact us if you have questions or to request fabric swatches.
(32 UM) TitanRF TechWeave Faraday Fabric
- Fabric Type: Nickel copper conductive fabric (woven)
- Ingredients: 67% polyester, 26% copper, 7% nickel
- Surface Resistance (MΩ): ≤50
- Thickness (µm): 32±5
- Width (mm): 1,115±5
- Weight (G/㎡): 40±5
- TD Tensile Resistance (Kgf/5cm): 15±5
- MD Tensile Resistance (Kgf/5cm): 30±5
- TD Tensile Strength (MPa): 92±5
- MD Tensile Strength (MPa): 196±5
- TD Elongation (%): 25±5
- MD Elongation (%): 18±5
- Attenuation: ＞65dB
(50 um) TITANRF TechWeave FARADAY FABRIC
- Fabric Type: Nickel copper conductive fabric (woven)
- Ingredients: 58% polyester, 26% copper, 16% nickel
- Surface Resistance (MΩ): ≤50
- Thickness (µm): 50±3
- Width (mm): 1,115±5
- Weight (G/㎡): 52±8
- TD Tensile Resistance (Kgf/5cm): 15±5
- MD Tensile Resistance (Kgf/5cm): 38±5
- TD Tensile Strength (MPa): 57±5
- MD Tensile Strength (MPa): 143±5
- TD Elongation (%): 24±5
- MD Elongation (%): 17±5
- Attenuation: ＞65dB
(80 UM) TitanRF TechWeave Faraday Fabric
- Fabric Type: Nickel copper conductive fabric (woven)
- Ingredients: 62% polyester, 30% copper, 8% nickel
- Surface Resistance (MΩ): ≤50
- Thickness (µm): 80±8
- Width (mm): 1,115±5
- Weight (G/㎡): 74±8
- TD Tensile Resistance (Kgf/5cm): 25±5
- MD Tensile Resistance (Kgf/5cm): 50±5
- TD Tensile Strength (MPa): 65±5
- MD Tensile Strength (MPa): 130±5
- TD Elongation (%): 15±5
- MD Elongation (%): 20±5
- Attenuation: ＞65dB
(97 um) TITANRF TechWeave FARADAY FABRIC
- Fabric Type: Nickel copper conductive fabric (woven)
- Ingredients: 70% polyester, 24% copper, 6% nickel
- Surface Resistance (MΩ): ≤50
- Thickness (µm): 97±8
- Width (mm): 1,115±5
- Weight (G/㎡): 92±8
- TD Tensile Resistance (Kgf/5cm): 68±5
- MD Tensile Resistance (Kgf/5cm): 46±5
- TD Tensile Strength (MPa): 138±5
- MD Tensile Strength (MPa): 93±5
- TD Elongation (%): 23±5
- MD Elongation (%): 36±5
- Attenuation: ＞65dB
(115 UM) TitanRF TechWeave Faraday Fabric
- Fabric Type: Nickel copper conductive fabric (woven)
- Ingredients: 71% polyester, 24% copper, 5% nickel
- Surface Resistance (MΩ): ≤50
- Thickness (µm): 115±8
- Width (mm): 1,115±5
- Weight (G/㎡): 110±8
- TD Tensile Resistance (Kgf/5cm): 45±5
- MD Tensile Resistance (Kgf/5cm): 75±5
- TD Tensile Strength (MPa): 85±5
- MD Tensile Strength (MPa): 160±5
- TD Elongation (%): 25±5
- MD Elongation (%): 25±5
- Attenuation: ＞65dB
(170 um) TITANRF TechWeave FARADAY FABRIC
- Fabric Type: Nickel copper conductive fabric (woven)
- Ingredients: 60% polyester, 25% copper, 15% nickel
- Surface Resistance (MΩ): ≤50
- Thickness (µm): 170±10
- Width (mm): 1,115±5
- Weight (G/㎡): 118±8
- TD Tensile Resistance (Kgf/5cm): 50±5
- MD Tensile Resistance (Kgf/5cm): 65±5
- TD Tensile Strength (MPa): 56±5
- MD Tensile Strength (MPa): 73±5
- TD Elongation (%): 24±5
- MD Elongation (%): 31±5
- Attenuation: ＞65dB
Features
- Superior Shielding: High-performance, flexible nickel copper woven fabric, used for a wide range of applications
- TechWeave Technology: Engineered with TechWeave technology which weaves the fibers together, offering superior strength compared to non-woven fabrics
- Comprehensive RF Blocking: Effectively blocks wireless signals such as Wi-Fi, cell (including 5G networks), GPS, Bluetooth, RFID, NFC, and radio frequencies from low MHz up to 40GHz
- EMI, EMR, and EMF Protection: Provides robust shielding against electromagnetic interference, radiation, and fields
- Durable and Corrosion-Resistant: High-grade resistance to corrosion and tarnish ensures long-lasting protection
- User-Friendly: Easy to cut, sew, and integrate like standard fabric—ideal for industrial (military, construction, IoT development) or DIY projects
- Versatile Applications: Ideal for grounding and shielding electronic devices, defending against EMPs, protecting against EMF/EMI radiation, constructing signal-proof rooms or tents, enhancing data security, digital privacy, medical equipment applications, and other industrial applications
Dimensions
- Sold in pre-cut 91.4cm length pieces, 111.5cm width.
- (Equivalent Imperial Measurements: 36 inches length x 43.9 inches width)
- Area per piece: approximately 1.02 square meters (10.9 sq ft)
- Custom Lengths Available: Contact us for custom length sizes or full rolls of fabric
Safety
TitanRF faraday fabrics, tapes, and other products including these items are made with metals such as copper and nickel. As such, they are conductive and also flammable. Keep these items away from outlets, plugs, cables, and any sources of electricity to reduce the chance of fire. Contact us if you have questions or concerns about your project.
Woven vs. Non-Woven Faraday Fabric: Pros and Cons
This diagram simplifies the comparison between woven and non-woven faraday fabrics, highlighting the strengths and weaknesses of each to help guide selection based on project needs. TechWeave faraday fabrics are woven. See the Faraday Supplies page to view the growing list of non-woven and alternative faraday fabrics.
| Feature | Non-Woven Faraday Fabric | Woven Faraday Fabric |
|---|---|---|
| Flexibility |
Pros: Highly flexible, conforms easily to shapes and surfaces. Cons: Less structured, may not hold form as well. |
Pros: Flexible but maintains structure. Cons: Less flexible, harder to conform to irregular shapes. |
| Ease of Handling |
Pros: Easy to cut and shape, no fraying. Cons: Can be less durable when manipulated frequently. |
Pros: Strong and durable. Cons: Can fray when cut, requires edge finishing. |
| Strength and Durability |
Pros: Sufficient for many applications, lightweight. Cons: Generally less durable and tear-resistant. |
Pros: Highly durable and tear-resistant, ideal for heavy-duty use. Cons: Typically heavier and bulkier. |
| Shielding Effectiveness |
Pros: Provides good shielding across broad frequencies. Cons: May offer less consistent shielding than woven fabric. |
Pros: Excellent and consistent shielding performance. Cons: Typically more rigid, may limit some applications. |
| Applications |
Pros: Ideal for flexible, temporary, or custom solutions. Cons: May not be suitable for heavy-duty or long-term use. |
Pros: Best for high-security, permanent installations. Cons: May be overkill for simple or temporary solutions. |
Safety Information: The Faraday material in this product is highly conductive and flammable. Please keep it away from exposed electrical outlets, wiring, and open flames to ensure safe use.
