Mission Darkness™ TitanRF TechWeave Faraday Fabric

µm] thickness. Contact us if you have questions or to request fabric swatches. (32 UM) TitanRF TechWeave Faraday Fabric SKU: MDFF-TRF-TW-32UM 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 IMAGES OF THE 32 UM FABRIC VARIATION (50 um) TITANRF TechWeave FARADAY FABRIC SKU: MDFF-TRF-TW-50UM 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 IMAGES OF THE 50 UM FABRIC VARIATION (80 UM) TitanRF TechWeave Faraday Fabric SKU: MDFF-TRF-TW-80UM 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 IMAGES OF THE 80 UM FABRIC VARIATION (97 um) TITANRF TechWeave FARADAY FABRIC SKU: MDFF-TRF-TW-97UM 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 IMAGES OF THE 97 UM FABRIC VARIATION (115 UM) TitanRF TechWeave Faraday Fabric SKU: MDFF-TRF-TW-115UM 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 IMAGES OF THE 115 UM FABRIC VARIATION (170 um) TITANRF TechWeave FARADAY FABRIC SKU: MDFF-TRF-TW-170UM 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 IMAGES OF THE 120 UM FABRIC VARIATION 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. California Proposition 65 Warning: This product contains chemicals known to the state of California to cause cancer and birth defects or other reproductive harm. EMPOWER YOUR INNOVATIONS WITH TITANRF FARADAY SOLUTIONS Mission Darkness offers a growing list of industrial TitanRF faraday fabrics, adhesive tapes, foam gaskets, vents, and additional supplies essential for building faraday enclosures, signal isolation, EMF reduction, and related applications. These products are designed to work together seamlessly to provide optimal shielding performance and durability. Whether you are constructing a secure facility, an RF shielding enclosure, or custom faraday gear, our comprehensive range of materials ensures you have everything you need for effective and reliable protection. FARADAY SUPPLIES 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. See our Faraday Supplies page to view the growing list of non-woven and alternative faraday fabrics. Feature Non-Woven Faraday Fabric Woven Faraday Fabric (TechWeave Fabrics) 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. </div