TFCA - home 1

  • TFKable Group

    TFKable is a global leader in the production of high and extra-high voltage cables, specializing in the energy sector, with documented deliveries to power grid operators and positive results from production process audits.

  • Bydgoszcz Load Out

    TFKable supplies land cables and accessories for key Polish offshore wind farms in the Baltic Sea: Bałtyk 2, Bałtyk 3, Baltica 2, and Baltic Power.

  • Quality Connects Us

    The Quality Control Department Laboratory at the Bydgoszcz plant holds accreditation from the Polish Centre for Accreditation (PCA) in accordance with the PN-EN ISO/IEC 17025:2018-02 standard.

Ultimate Mining Cable Solution

SHD-GC

Insulated Power Conductors: Soft drawn extra flexible stranded tinned copper power conductors, conductor shield and EPR insulation.

Grounding Conductor: Soft drawn flexible stranded tinned copper wires.

Reinforced Jacket: Braid of polyamide threads between inner and outer jacket layer.

Ground Check Conductor: Yellow Polypropylene (PP) or Thermoplastic Elastomer (TPE-E) insulated soft drawn flexible stranded tinned copper wires.

Insulation Shield: Semi-conductive tape and composite tinned copper/polyamide braid.

Separator: Single-faced rubber-filled binder tape over the core.

SHD_GC_5kV zdjęcie str główna TFCA.jpg

Ultimate Mining Cable Solution

R-(N)TSCGEWOU

Reinforced Sheath: Braid of polyamide threads between inner and outer sheath layers.

Earth Core: Bare or coated copper core covered by semi-conductive layer.

Fiber Optic Module: Identified by color code and covered with buffering tube with filling compound.

Insulation Screen: Extruded semiconductive layer, composite tinned copper/polyamide braid.

Control Element: Cores - bare or coated copper, EPR insulated conductors, white or
black with numbers. Screen - braid or wrap.

Insulated Power Cores: Bare or coated copper power cores covered by separator and conductor screen, under EPDM rubber insulation.

kabel 1_Obszar roboczy 1.jpg
kable las vegas-05.jpg

MP-GC

Mine Power Feeder Cable
5000V-25000V
ICEA S-75-381 / NEMA WC58

kable las vegas-03.jpg

SHD-GC

8kV TPU BRT

kable las vegas-02.jpg

MP-GC FOM

8kV-25kV SWA/LSOH

kable las vegas-01.jpg

G-GC

JUMBOFLEX
2000V

kable las vegas-07.jpg

SOOW

600V

kable las vegas-08.jpg

G-GC

2000V

kable las vegas-04.jpg

FLEXTREME

TC POWER

TFCA - home 3

Modern Technologies in Testing

At TFKable, we have modern test applications that are carried out in the Extra-High Speed ​​Laboratory at the Research and Development Center in Krakow. This is where we conduct advanced research that focuses on the flexibility, durability and reliability of cables. Thanks to these tests, we are able to verify the strength of cables in various, extreme operating conditions.

Our innovative test applications, such as Monospiral Wheel, Festoon and Drag Chain, enable the assessment of the strength of cables during repeated winding, unwinding, bending and subjecting them to other dynamic loads. Thanks to these advanced tests, we can guarantee that our products meet the highest standards of quality and reliability, ensuring their safe operation in demanding industrial conditions.

LinkedIn
12.06.2025
From 11 to 13 June 2025, the TFKable team will participate in the 6th National Scientific and Technical Conference, this year dedicated to the theme “Modern Tools and Methods for the Operation of Transmission and Distribution Equipment in the Power Industry.” This event brings together experts and practitioners from the power sector, focusing on effective diagnostics, reliability, and optimal management of power infrastructure, including transformers, MV/HV cables, switchgear, and protection systems.
@Daniel Walas and @Szymon L. will be present on site, available for discussions and to share their experience in the delivery and operation of cable systems for both conventional and renewable energy sectors.

#HV #MV #assetmanagement #cabledesign #cablesystems #TFKable #JDR #TFKGroup #PowerInfrastructure #ElectricalEngineering #EnergyReliability
Go to our LinkedIn profile
Contact