Cat 6 F/UTP PVC Ethernet Cable

Product Code: Cat 6 F/UTP PVC

1 – Conductor:Electrolytic solid copper conductor
2 – Insulation:Solid polyethylene insulation
3 – Stranding:Insulations are stranded into pairs
4 – Seperator:Pairs are stranded together with star shaped separator
5 – Screen:Tinned copper earthing wire, Al/PET tape
6 – Outer Jacket:UV resistant PVC outer jacket
Conductor Resistance
Ω/km
(20 °C)
Insulation Resistance
MΩ/km
(20 °C)
Mutual Capacitance

nF/km
Resistance
Unbalance
Propagation
Velocity
Characteristic
Impedance
Ω
(1-250 MHz)
Operating Voltage
V DC
Test
Voltage
V
(DC. 1 minute)
Max. 945000Max. 56%2%67-69100 ±%52501200
ManufacturingFlame Retardancy Test
ANSI/TIA-568-C.2,
IEC-61156-5,
IEC-11801
IEC 60332-1-2,
VDE 0482-332-1-2,
BS EN 60332-1-2

Cat 6 F-UTP PVC (Pair)

Part NumberPair CountConductor Diameter (mm)Approx. Cable Diameter (mm)Copper Weight (kg/km)Approx. Weight (kg/km)Packing Lengths (m)
3.426.2.1.2.0057.0.000440,576,621,153100/500/1000
Bending RadiusTemperature Range
Operating
8.0xD mm-20°C ~ +60°C
Frequency

MHz
Insertion Loss
dB/100m
(Max.)
Near-end
Crosstalk (NEXT)
dB
(Min.)
Power-sum Near-end
Crosstalk (PSNEXT)
dB
(Min.)
Equal-level Far-end
Crosstalk (ELFEXT)
dB/100m
(Min.)
Power-sum Equal Level Far-
end Crosstalk (PSELFEXT)
dB/100m
(Min.)
Return
Loss (RL)
dB
(Min.)
1274.372.367.864.820
43.865.363.355.852.823
85.360.858.849.746.724.5
10659.357.347.844.825
167.656.254.243.740.725
208.554.852.841.838.824.3
259.553.351.339.836.823.6
31.2510.751.949.937.934.921.5
62.515.447.445.431.928.920.1
10019.844.342.327.824.818
2002939.837.821.818.817.3
25032.838.336.319.816.816.8

CAT 6 F/UTP PVC Ethernet Cable | Shielded Data & Network Cable

ETK Kablo’s CAT 6 F/UTP PVC Ethernet Cable is a high-performance shielded data cable designed for structured indoor LAN systems that demand stable and interference-free signal transmission. Supporting up to 1 Gbps (1000BASE-T) data transfer and operating at 250 MHz, it provides reliable network connectivity across offices, residential complexes, and commercial buildings.

Shielded Construction for EMI Protection

The F/UTP (Foil over Unshielded Twisted Pairs) structure offers superior electromagnetic interference (EMI) protection, ideal for installations where Ethernet cables are routed near power lines or electronic devices. A full-coverage aluminium foil shield reduces crosstalk and signal distortion, ensuring stable performance in noise-sensitive environments.

Durable PVC Sheath for Indoor Use

Its flexible PVC outer sheath provides mechanical protection and easy handling during installation, making it perfect for in-wall cabling, patch panels, trunking, or cable tray routing. This CAT 6 shielded cable combines durability with cost efficiency, ideal for structured cabling networks that don’t require halogen-free materials.

Reliable Performance for Structured Networks

With solid copper conductors minimizing attenuation and maintaining consistent signal integrity, the CAT 6 F/UTP cable ensures smooth performance for high-speed Ethernet, VoIP, CCTV, and data transmission systems. It meets ISO/IEC 11801 Class E and TIA/EIA-568-C.2 standards for global interoperability.

Comparison: CAT 6 Ethernet Cable Types

ETK Kablo offers a complete range of CAT 6 network cables designed to meet varying installation and performance needs. Below is a quick comparison to help select the right type:

Cable TypeShielding StructureEMI ProtectionTypical UseOuter Sheath
CAT 6 U/UTPUnshielded twisted pairs (no foil or braid)BasicStandard LAN and office networks in low-EMI areasPVC, LSZH, PE
CAT 6 F/UTPOverall aluminium foil screen over pairsEnhancedOffices, commercial buildings, near power cablesPVC, LSZH, PE
CAT 6 S/UTPOverall tinned copper braid (no individual pair foil)HighIndustrial networks with strong EMI presencePVC, LSZH, PE
CAT 6 SF/UTPCombination of foil and braided overall shieldsVery HighData centers and heavy industrial environmentsPVC, LSZH, PE

Why Choose ETK Kablo’s CAT 6 F/UTP PVC Cable?

Choose ETK Kablo’s CAT 6 F/UTP PVC Ethernet Cable for structured cabling systems that demand shielding, stable 1 Gbps performance, and cost-effective durability. It’s the ideal balance between protection, performance, and practical installation efficiency in indoor network environments.