Plate Type Teflon & PTFE Electric Heaters

Specifications

Voltage	Number of phase	Size	Power
380V	3P	830*185*40	4.5KW
380V	3P	750*185*40
380V	3P	690*185*40
380V	3P	620*320*40
380V	3P	500*334*40
380V	3P	500*460*40
380V	3P	770*192*40	6KW
380V	3P	830*216*50
380V	3P	700*305*50
380V	3P	950*210*40	7.5KW
380V	3P	850*230*50
380V	3P	650*300*50
380V	3P	830*316*40	9KW
380V	3P	1125*350*50	10KW
380V	3P	860*240*40
380V	3P	1150*325*40	12KW
380V	3P	800*400*40	15KW

The patent certificate

Product Introduction & Details

Our premium Plate Type Teflon Heater, meticulously crafted with the following features:

1. Constructed using superior-grade heating wire direct packaging (CPTEF) combined with imported fluoroplastics. This ensures robust corrosion resistance, non-adhesiveness, and a commitment to energy efficiency and environmental sustainability. It is adept at heating a wide range of corrosive liquids.

2. The low surface power design is implemented to guarantee an extended product lifespan.

3. For enhanced durability and equipment safety, all our electric heaters come fitted with PT100 temperature probes or temperature fuses.

4. Experience energy efficiency at its best. Our heater offers a 20% energy saving when compared to heaters of equivalent power.

5. Our product proudly holds CE certification.

Applications:

Our Plate Type Teflon Heater is ideally suited for single crystal texturing, cell texturing, and glass cleaning.

Customization:

We understand the diverse needs of our clientele. Hence, we offer customization based on various tank bodies, including voltage, power, specifications, and size.

Teflon (PTFE) Heater Material Characteristics

1. Technical Specifications:

The technical data presented is based on equipment testing is provided for reference only.

2. Precautions for Teflon (PTFE) Heaters:

- (i) Ensure the heated liquid does not become overly viscous. Prevent solid substances from adhering to the tube surface to avoid damaging the Teflon.

- (ii) It's recommended to incorporate a temperature control protector to prevent temperatures exceeding 110°C, which could damage the tube.

- (iii) Avoid disassembling the joint section on your own to prevent acid infiltration.

- (iv) Ideally, power requirements should be maintained below 1.5W/c㎡. Do not exceed 2W/c㎡.

3. Applications of Teflon (PTFE) Heaters:

Teflon heaters are the optimal choice for heating, condensation, evaporation, and concentration of corrosive liquids in industries such as electroplating, electrolysis, degreasing, acid washing, chemical nickel plating, hydrofluoric acid, anodic oxidation, aluminum parking, metallurgy, chemical, pharmaceutical, food, and more.

4. Features of Teflon (PTFE) Heaters:

- (i) Manufactured using high-quality stainless steel (either SUS316 or SUS304) for the heating tube core, and encased in a Teflon (PTFE) tube, ensuring strong corrosion resistance suitable for heating various corrosive liquids.

- (ii) Low surface power design (1.5KW/CM) ensures an extended product lifespan.

- (iii) When installing the electric heater, ensure that solid substances in the solution do not settle on the heater surface. A too viscous liquid or a low liquid level can cause poor heat dissipation, damaging the Teflon (PTFE) tube.

- (iv) Available in various configurations including upright, and bottom-heating designs such as "L" and "Z" shapes.

- (v) Can be designed in multiple structural forms, including spiral, L-shape, U-shape, W-shape, coil shape, combined, and more.

- (vi) Teflon heaters have received CE certification for the European market.

Product Advantage

Plate Type Teflon are the ideal solution for heating highly corrosive chemicals while maintaining the integrity of the equipment. Immersion heaters are used across various industries to heat different liquid solutions ranging from water to oil. However, when dealing with highly corrosive chemicals, these substances can attack any metal they come into contact with, rapidly corroding standard immersion heaters, which are unable to withstand such tasks. Plate Type Teflon utilize highly specialized PTFE tubing, capable of resisting the detrimental effects of corrosive solutions.

It is made of high-quality heating wire direct coating (CPTEF), and it is made of imported raw materials such as fluorine plastic materials such as DuPont , with strong corrosion resistance, non-sticky, energy-saving, environmentally friendly, and applicable It is suitable for heating various corrosive liquids.

Low surface power design (<1w/c m2) to ensure product service life.

Attention should be paid to the installation position of the electric heater to prevent the deposits in the solution on the surface of the electric heater. If the liquid level is too low, the (PTEF) will be burned out due to poor surface heat dissipation. Electric heaters are equipped with PT100 temperature probes or thermal fuse (105C) to ensure product life and equipment safety.

Product Applications

FAQ

Q: In which industries are Plate Type Teflon heaters widely used?

R: Plate Type Teflon heaters find extensive applications in fields such as single crystal texturing, cell texturing, and glass cleaning.

Q: Why do PTFE heaters use PT100 temperature probes or thermal fuses?

R: To ensure product life and equipment safety, electric heaters are equipped with PT100 temperature probes or thermal fuses.

Q: What are the distinctive features of the structural design of Plate Type Teflon heaters?

R: The unique design with a detachable structure ensures swift installation and multiple reuses without wear.

Q: Which high-purity materials does Plate Type Teflon heater use?

R: The housing contact portion is made of high-purity PTFE material (Grade: Daikin 231SH) to prevent chemical corrosion and provide secondary safety protection.

Q: How does Plate Type Teflon heater achieve precise temperature control?

R: Users can choose between automatic constant heating or fine-tune the temperature using an external controller, providing comprehensive control over heating needs.