Vertical Triple Metal Electric Immersion Heater

Product Detail

We offer a variety of materials to match your application (titanium, 316 and 304 stainless steel, and plain steel) in sizes up to 36KW. Standard and custom configurations for over-the-side and bottom installations in open tanks. Thermal overtemperature protection standard (except screw plug), and our certifications include CE.

 

Product Descriptions:

 

1. The heaters are made of SUS304, SUS316 or titanium tubes with the shapes classified into vertical shape, "L "shape, "Z" shape, etc.

 

2. Power of the heater is designed according to installation location, liquid chemical properties and deposition of the solid-like contents in liquid.

 

3. Heaters of different power with different hot zone length and the cold zone length is flexible basing on customers' equipment requests. For safety design principle, hot zone of the heaters should be at least 100mm below the liquid level of the chemical plating tank.

 

4. Heaters power range from 500W to 36000W, voltages from 110V to 480V, both single phase and three phases are available.

 

5. All heaters are matched with overheat protection switch or PT100 heat detector.

 

6. All heaters are CE certificated with international quality standard, which insure the service life.

 

Immersion heaters-​​also referred to as bayonet heaters-are electric-powered direct contact heating devices used to heat material inside of a container. They are available in many designs, configurations, and temperature ranges to suit different heating needs. The following article provides an overview of immersion heaters, outlining how they work, some of their key benefits, the types available, and typical industrial applications.

How Do Immersion Heaters Work?

During heating operations, the heating element of the immersion heater is immersed directly into the unprocessed material either through the top of the container or a fitting inserted into the side of the container. Once the element is in position, the heater is turned on. As the electricity runs through the device, it heats the element, which then transfers the heat to the surrounding material. The amount of time the heater takes to heat all the material in the container to the desired temperature depends on the total quantity of material in the container and the power level of the heater.

 

Benefits of Immersion Heaters

When used in the industrial facilities, immersion heaters offer a number of benefits, including:

High Heating Efficiency

Immersion heaters are an efficient and effective method of heating large amounts of material. Compared to other metallic or non-metallic heating elements, ultra-high-temperature ceramic immersion heaters offer even greater efficiency. They can heat up to 1200° C and achieve up to 98% heating efficiency in water.

Low Maintenance​ Requirements

Immersion heaters can run near-continuously with very little maintenance. This quality reduces their overall operational costs and the amount of downtime required for upkeep and repair operations.

Broad Versatility​

Immersion heaters are suitable for heating a wide variety of different materials. This versatility is particularly useful for facilities that must heat different materials as they don't need to invest in a different heater for each material.

FAQ

 

Q1 :How can I get the sample to check your quality?

A1 :After price confirmation, you can require for samples to check our product's quality. If you just need a blank sample to check the design and quality. We will provide you sample for free as long as you afford the express freight.

Q2 :What can I get the price?

A2 :We usually quote within 24 hours after we receive your inquiry. If you are very urgent to get the price, please message us in your email so that we will give your inquiry top priority.

Q3 :What is your term of delivery?

A3:We accept EXW, FOB or C&F DDU etc. You can choose the one which is the most convenient or cost effective for you.

Q4: What about the lead time for the mass production?

A4: Our production time is 10-20 days depends on the order quantity and the season you place the order.

Q5: What is the lead time for heat products?

A: Samples - within 3 working days with materials in stock Mass production - usually 7-14 days (depends on quantity and raw material situation, please further discuss with our team. )