High Watt Density Cartridge Heaters with Thermocouple

Product description

Extremely adaptable and long-lasting, High Watt Density Cartridge Heaters with Thermocouple is used to heat a variety of processes, including those in heavy industry, plastics and packaging, critical care medical devices, and analytical test equipment. They are also used on aircraft, rail cars, and trucks. With watt densities of up to 30 watts per square centimeter, High Watt Density Cartridge Heaters with Thermocouple can operate at temperatures of up to 800℃, they have a wide range of imperial and metric diameters, lengths, wattage, and voltage ratings, and can be ordered off the shelf or specially made to meet your specific application needs.

High Watt Density Cartridge Heaters with Thermocouple are an excellent choice to use as a conductive source for heating solid metal plates, blocks and dies or as a convective heat source for use in a variety of liquids and gases. High Watt Density Cartridge Heaters with Thermocouple can be used in a vacuum atmosphere with proper design guidelines. 

Advantages

1: Fast heating and long service life

2: Mgo holder and Mgo head with a peak temperature of 1800°C, sea water Mgo Rod

3: Nickel lead wire and Cr20Ni80 resistance wire at 500°C

4: Strict production procedures are used to ensure the highest levels of safety and quality.

Product Application

1: Manufacturing Plant, Food & Beverage Factory 

2: Machinery Repair Shops, Manufacturing Plant 

3: Hotels, Garment Shops, Building Material Shops

FAQ

Q1:Are you a factory or trading company?

A: We are the factory and have 10 production lines.

Q2:Does the product have CE/ROHS certificate?

A: Yes, other certifications also can be sent.

Q3:What's the shipping method?

A: International express and sea transportation, According to your requirement

Q4:Can I use my own forwarder to transport the products for me?

A:Yes, you can let your forwarder ship the products for you.

Q5:What's the Payment method?

A: T/T, 30% deposit before production, the balance before delivery. We suggest you transfer the full price at one time, because there will be a big bank fee if you pay twice.

Q6: What is our payment term?

A: We can accept the payment by T/T, Paypal, Credit card and W/U.

Q7:Can we print our own brand?

A: Yes, Of course.we are so honor to be one of your good OEM manufacturers in China, hope to meet your OEM requirements.

Q8:How to Place an order?

A: Please kindly send us your order online or by email. Hope you can provide the information as follows: your details address, phone/fax number, destination, transportation way; Product information: item number, size, quantity, logo, etc.

Q9: How do I work a cartridge heater temperature controller (thermostat)?

Cartridge heaters are employed in heating applications, such as the heating of molds or solid metal blocks. Cartridge heaters are mostly used for process heating in the laboratory, food equipment, automotive, or industrial industries.

The best cartridge heater to choose will rely on a number of variables, including the required wattage, the voltage utilized, the heated length, the lead lengths and diameter, the maximum and ambient temperatures, and the time required to attain the maximum temperature.

Your application will determine your maximum wattage. Use only watt densities that are appropriate for your application and that adhere to safety margin limitations. When heating a metal block, a highly tight fit allows for effective heat transmission but makes installation and removal challenging.

For the heater to be removed, a hole that extends through the whole metal block is preferred. For medium watt densities, a straightforward drilling is adequate. However, drilling and reaming are both required for the hole in the metal block for applications requiring high watt densities.

Temperature must be sensed using a temperature sensor in order to be controlled. For applications using cartridge heaters, surface mount temperature sensors are an option. Place the sensor between the heater and the metal block's working surface.

The maximum permitted watt density is determined by a certain gap or distance. You must employ a power control for applications requiring high watt densities. On-off control and Thyristor-based power control are the two forms of power control accessible.