208V 1Phase 3KW 350mm*250mm*40mm PTFE Immersion Tank Heaters For Photovoltaics

PV or Solar Cells

Usually made of silicon, high efficiency, low-cost, long-life Photovoltaic (PV) solar cells are made by depositing PV material layers on a supporting material. Layering multiple semiconductors to create multijunction cells increases efficiency.

Markets

Semiconductor

Photovoltaics

Applications

Fluid Heating

Photovoltaics

PRODUCT OVERVIEW

Heaters For Photovoltaics are great for heating fluid baths to a constant temperature. These heaters are ideal for use in the semiconductor, pharmaceutical, and biomedical industries. First of all, these immersion heaters provide clean heat evenly and efficiently. Furthermore, they’re compact and highly customizable. They provide a maximum process work area, and consume a minimal amount of chemicals. Moreover, wetted surfaces feature all-PFA materials, and may be used in tanks made of PVDF, PFA, or quartz. Please contact us with inquiries about other tank materials.

208V 1Phase 3KW 350mm*250mm*40mm PTFE Immersion Tank Heaters For Photovoltaics

The PTFE special oxygen dragon plate electric heater is a professional heating device used in high-tech sectors.
1. Material properties.
Made of specific fluorinated materials, such as high-temperature resistant PTFE (polytetrafluoroethylene) or PFA (ethylene propylene oxide), with good corrosion resistance, insulation, and thermal stability.
Can resist high temperature process settings of 300–400 °C.

2. Heating Principle
Adopting an immersion disc-shaped heating structure.
Resistance wire heating provides homogeneous and quick heating.
Equipped with precise temperature monitoring and control system.

3. Application Fields.

• Semiconductor manufacturing: wafer drying, etching, coating and other process heating

• Photovoltaic manufacturing: Heating processes such as drying, annealing, and packaging of solar cells

• Electronic manufacturing: High temperature process heating of components such as PCB boards and display screens

4. Customization flexibility

• Customization of size, power, temperature and other parameters according to customer needs

• Provide a variety of material options, such as ceramics, metal alloys, and other special materials

• Can be used in complex process environments such as vacuum and clean rooms