Pokaz 10–18 z 20 wyniki

  • 40W/M Transparent Silicone Rubber Constant...

    Silicone Rubber Constant Power Heating Cable is a reliable and durable heating cable providing a constant and uniform heat output suitable for various applications.

  • Electric Low Temperature Heat Tracing Self...

    Self Regulating Heating Cable is an efficient and flexible heating solution using PTC material, suitable for various industrial and commercial applications.

  • High Temperature Wire PTFE Insulation Cabl...

    High Temperature Wire PTFE Insulation Cable is a specialized wire that is designed to withstand high temperatures. It features insulation made of PTFE material that allows it to operate in temperatures up to 260°C without compromising performance.

  • Low Temperature 65 Degree Pipes Freeze Pro...

    Self Regulating Heat Tracing Cable is a heating cable with self-adjusting temperature control suitable for various industrial applications requiring precise and efficient heating.

  • Pipe Heat Trace Cable Heating Wires Silico...

    Silicone Rubber Constant Power Heating Cable is a reliable and durable heating cable providing a constant and uniform heat output suitable for various applications.

  • Heat tracing cable

    Pipe Heating Cable 220v Waterproof Insulat...

    Self Regulating Heating Cable is a reliable and efficient heating system, capable of adjusting temperatures based on the heat requirements, suitable for various industrial applications.

  • Pure Copper Mica High Temperature Fire Res...

    Mica high temperature fire resistance cable is a type of cable that can withstand extreme temperatures and resist fire. Made of mica insulation.

  • PVC Insulation TX type Thermocouple cable ...

    Kabel termopary to specjalistyczny kabel dwużyłowy, który służy do łączenia termopar z urządzeniami monitorującymi temperaturę.

  • Thermocouple Wire Fiberglass Insulation St...

    Drut termopary to specjalistyczny drut służący do pomiaru temperatury. Składa się z dwóch różnych metalowych drutów skręconych ze sobą w celu wytworzenia napięcia proporcjonalnego do temperatury.