Professional & Meticulous!

Formable Coax

  • These cables are a perfect balance of performance and flexibility thanks to their tin-dipped braid technology!
  • These are the best cables for easy installation and multiple repositioning on site.
  • The high-performance level (low loss and high shielding efficiency) ensures that your sound quality is preserved.
  • These cables are a cost-effective alternative to semi-rigid ones!

The performance of these cables is similar to Semi-Rigid Cables.

Easily bent and formed for installation without any tooling needed.

The shielding efficiency of this product is excellent.

Compatible with standard SMA connectors and will work well for semi-rigid cables.

Excellent memory properties.

Know

About CLOOM Formable Coax

CLOOM Formable Coax are designed to replace semi-rigid cables and offer easy installation. 

The optimized tin soaked shield protects the cable from any damage while still retaining similar electrical performance up to 18 GHz, with no need for specialised tools during use. 

CLOOM hand formable coaxial cabling can be delivered fitted with SMA connectors and used in antennas systems or base stations among other things.

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Applications

  • Telecommunications.
  • Base transceiver stations.
  • Antenna systems.
  • The connection between the antennae and active elements, for example repeaters in a satellite payload.

Our Products

Formable Coax is a flexible coaxial cable that can be easily molded and shaped to fit any desired installation.

Hand-formable .047 (1.2mm)

Hand-formable .047 (1.2mm)

Electrical:
Impedance (Ω): 50 Ohms
Effective Frequency: DC-65 GHz
Velocity of Propagation: 70%
Shielding Effectiveness: >100 dB
Capacitance: 29 pF/ft

Hand-formable .047 (1.2mm) 75 Ohm

Hand-formable .047 (1.2mm) 75 Ohm

Electrical:
Impedance (Ω): 75 Ohms
Effective Frequency: DC-6 GHz
Velocity of Propagation: 70%
Shielding Effectiveness: >100 dB
Capacitance: 19.3 pF/ft

Hand-formable .047 (1.2mm)Non-magnetic

Hand-formable .047 (1.2mm) Non-magnetic

Electrical:
Impedance (Ω): 50 Ohms
Effective Frequency: DC-65 GHz
Velocity of Propagation: 70%
Shielding Effectiveness: >100 dB
Capacitance: 29 pF/ft

Hand-formable .047 (1.2mm) Non-magnetic FEP Jacket

Hand-formable .047 (1.2mm) Non-magnetic FEP Jacket

Electrical:
Impedance (Ω): 50 Ohms
Effective Frequency: DC-65 GHz
Velocity of Propagation: 70%
Shielding Effectiveness: >100 dB
Capacitance: 29 pF/ft

Hand-formable .047 (1.2mm) Non-magnetic FEP Jacket

Hand-formable .047 (1.2mm) FEP Jacket

Electrical:
Impedance (Ω): 50 Ohms
Effective Frequency: DC-65 GHz
Velocity of Propagation: 70%
Shielding Effectiveness: >100 dB
Capacitance: 29 pF/ft

Hand-formable .086 (2.2mm)

Hand-formable .086 (2.2mm)

Electrical:
Impedance (Ω): 50 Ohms
Effective Frequency: DC-65 GHz
Velocity of Propagation: 70%
Shielding Effectiveness: <100 dB
Capacitance: 29 pF/ft

Hand Formable .086 (2.2mm) 75 Ohm

Hand Formable .086 (2.2mm) 75 Ohm

Electrical:
Impedance (Ω): 75 Ohms
Effective Frequency: DC-3 GHz
Velocity of Propagation: 70%
Shielding Effectiveness: >100 dB
Capacitance: 19.3 pF/ft

Hand Formable .086 (2.2mm) 75 Ohm

Hand-formable .086 (2.2mm) Non-magnetic

Electrical:
Impedance (Ω): 50 Ohms
Effective Frequency: DC-65 GHz
Velocity of Propagation: 70%
Shielding Effectiveness: >100 dB
Capacitance: 29 pF/ft

Hand-formable .086 (2.2mm) Non-magnetic FEP Jacket

Hand-formable .086 (2.2mm) Non-magnetic FEP Jacket

Electrical:
Impedance (Ω): 50 Ohms
Effective Frequency: DC-20 GHz
VSWR: max @20 GHz
Insertion Loss: dB max @20 GHz Formula: IL = 0.03*√F[GHz]

Hand Formable .086 (2.2mm) FEP Jacket 75 Ohm

Hand Formable .086 (2.2mm) FEP Jacket 75 Ohm

Electrical:
Impedance (Ω): 75 Ohms
Effective Frequency: DC-3 GHz
Velocity of Propagation: 70%
Shielding Effectiveness: >100 dB
Capacitance: 19.3 pF/ft

Hand-formable .086 (2.2mm) Low-loss

Hand-formable .086 (2.2mm) Low-loss

Electrical:
Impedance (Ω): 50 Ohms
Effective Frequency: DC-65 GHz
Velocity of Propagation: 77%
Shielding Effectiveness: >100 dB
Capacitance: 27 pF/ft

Hand-formable .086 (2.2mm) Low-loss FEP Jacket

Hand-formable .086 (2.2mm) Low-loss FEP Jacket

Electrical:
Impedance (Ω): 50 Ohms
Effective Frequency: DC-65 GHz
Velocity of Propagation: 77%
Shielding Effectiveness: >100 dB
Capacitance: 27 pF/ft

Hand-formable .141 (3.6mm)

Hand-formable .086 (2.2mm) FEP Jacket

Electrical:
Impedance (Ω): 50 Ohms
Effective Frequency: DC-65 GHz
Velocity of Propagation: 70%
Shielding Effectiveness: <100 dB
Capacitance: 29 pF/ft

Hand-formable .141 (3.6mm)

Hand-formable .141 (3.6mm)

Electrical:
Impedance (Ω): 50 Ohms
Effective Frequency: DC-20 GHz
Velocity of Propagation: 70%
Shielding Effectiveness: <100 dB
Capacitance: 29 pF/ft

Hand-formable .141 (3.6mm) Non-magnetic

Hand-formable .141 (3.6mm) Non-magnetic

Electrical:
Impedance (Ω): 50 Ohms
Effective Frequency: DC-35 GHz
Velocity of Propagation: 70%
Shielding Effectiveness: >100 dB
Capacitance: 29 pF/ft

Hand-formable .141 (3.6mm) Non-magnetic FEP Jacket

Hand-formable .141 (3.6mm) Non-magnetic FEP Jacket

Electrical:
Impedance (Ω): 50 Ohms
Effective Frequency: DC-35 GHz
Velocity of Propagation: 70%
Shielding Effectiveness: >100 dB
Capacitance: 29 pF/ft

Hand-formable .141 (3.6mm) FEP Jacket

Hand-formable .141 (3.6mm) FEP Jacket

Electrical:
Impedance (Ω): 50 Ohms
Effective Frequency: DC-20 GHz
Velocity of Propagation: 70%
Shielding Effectiveness: <100 dB
Capacitance: 29 pF/ft

Hand-formable .141 (3.6mm) Low-loss

Hand-formable .141 (3.6mm) Low-loss

Electrical:
Impedance (Ω): 50 Ohms
Effective Frequency: DC-35 GHz
Velocity of Propagation: 77%
Shielding Effectiveness: >100 dB
Capacitance: 27 pF/ft

Hand-formable .141 (3.6mm) Low-loss FEP Jacket

Hand-formable .141 (3.6mm) Low-loss FEP Jacket

Electrical:
Impedance (Ω): 50 Ohms
Effective Frequency: DC-18 GHz
Velocity of Propagation: 78%
Shielding Effectiveness: >100 dB
Capacitance: 27 pF/ft

Semi-rigid and Formable Coax Cable

Semi-rigid cable is a coaxial form with an outer copper sheath.

This type of cable offers superior screening compared to cables with braided conductors, especially at higher frequencies.

The major disadvantage is that the hardline cable isn’t very flexible and can’t be flexed after initial forming;

it’s only meant for stationary use in this way, as its name implies!

The formable cable, sometimes referred to as flexible coaxial cables, is the perfect alternative for semi-rigid assemblies.

This type of wiring is known for its flexibility and ability to be stripped by hand without needing special tools like a knife or scissors.

In addition, it’s ideal when designing pre-bent semi-rigid assemblies that need some final touch-ups before installation because you can lay out your wires with ease!

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Testimonials

Our customers are very satisfied with us
Arthur
Arthur CEO

I have received an shipment of the cables that was supplied (p/o : 5130903714 ) I would like to say thanks you , to you and your staff ( factory ) well done . I am very happy with the quality of the work, ( C ) Regards, Arthur

JK
J. K CEO

Thank you very much for your hot support and efforts for our parts supply. We received your DC cables with thanks a lot. All parts passed inspection successfully!

Martin Hrehor
Martin Hrehor Director & Lead Engineer

I just received the cables. Once again, we are very pleased with the results. We are also looking forward to further cooperation in the future. Please take care.

S. M CEO

I could not ask for anything better in terms of quality since everything arrived in perfect condition. Thank you very much and I look forward to future projects with Cloom Tech. Thanks again for Cloom Tech's hard work in making this project a success.

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