Description

PTFE Coated Teflon Heating Element refers to spraying teflon liquid coating on the basis of stainless steel heating tube or titanium heating tube to play the role of anti-scale. PTFE Immersion heater is worth noting that the surface load of teflon anti-scale coating heating tube should not be too high. At the same time, anti-scale is not completely free from scale, but only to ease the speed of scaling.

It is typically used in industrial heating applications and is able to withstand high temperatures, corrosive atmospheres, and resist thermal shock. It is also used in many consumer products, such as toasters and space heaters.

Teflon heating elements are often more efficient than metal heating elements because of their low coefficient of friction. However, due to their relatively low thermal conductivity, their use is often limited to applications where high temperatures are not desired.

Teflon immersion heater is made of imported raw materials such as Teflon and flon. It is used in highly corrosive liquids such as strong acid and alkali.

PTFE Coated Teflon Heating Element directly extends the life of the heating tube. At the same time, teflon anti-scale coating heating pipe not only has anti-scale effect, but also anti-corrosion effect.It is used in electroplating equipment, circuit board equipment, chemical equipment, surface treatment equipment, various corrosive, gas and liquid heating (such as trioxide polishing, electroless gold plating, electroless silver plating, electroless nickel plating and heating of various high-demand chemical solutions).

If you are not sure if the PTFE Coated Teflon Heating Element is your right solution,our expert will give you suggestion according to your liquid corrosive level.

OEM specification can be accepted and we can design it according to your rough sketch of your unique chemical heater design.

We make a variety of U-shaped, W-shaped, spiral, pancake and paper clip bends to help you get the wattage you need in the space available.

A wide selection of watt densities, heating outputs, flange sizes and ratings make these heaters excellent for all tanks, vats, or irregularly shaped vessels.

When the PTFE immersion heater is connected to an electrical power source, electricity flows through the heating element. As electricity passes through the resistive heating element, it heats up. The heat generated is then transferred to the PTFE sheath surrounding the heating element. PTFE has a high melting point and is an excellent insulator, which helps to contain the heat and prevent it from dissipating into the surrounding environment.

The design of PTFE immersion heaters allows for uniform heating of the fluid, ensuring that the entire volume is heated evenly. This is important for applications where consistent temperature control is required.Some PTFE immersion heaters come with temperature control features such as thermostats or temperature sensors. These controls help regulate the temperature of the fluid by cycling the heater on and off as needed to maintain the desired temperature.

Advantages

Superior chemical resistance	Inert to most aqueous acid, anodizing and plating solutions. Check our Sheath Material Lookup to find a sheath material that will work for your process liquid.
Rugged construction	Heavy-wall PTFE-covered stainless steel sheath reduces permeation and eliminates the need for gas purge systems. Guaranteed 100% pinhole free. Rated for up to 50 PSI service. Vapor-tight metal head.
Long-lasting performance	Low watt densities of 10 W/in² (1.5 W/cm²) ensure long service life.
Safety features	Grounded internal metal heating element Thermal protection built in. P1 device standard for solutions to 180°F
Certifications	CE
Wattages	1,000 to 6,000 watts
Voltages	240 or 480 volts 120, 208, 380, 415, 600 and other voltages available Single-phase only.