Low Density Cartridge Heater

Get a Price/Quote

Low Density Cartridge Heater Specification

Usage & Applications
Heating of dies, plates, molds, sealing bars, packaging equipment, injection molding, plastic processing

Type
Low Density Cartridge Heater

Material
Stainless Steel

Capacity
Standard / Custom as per design

Voltage
110 V or 230 V (as required)

Power
100 W to 3000 W (varies as per design)

Power Source
Electric

Input Voltage
110 V / 230 V AC

Installation Type
Insert/Immersion

Color
Silver / Metallic

About Low Density Cartridge Heater

We are an eminent entity, engaged in offering high quality Low Density Cartridge Heater that is used in various electrical and electronic applications. The offered heater is manufactured by our dexterous professionals using premium quality raw material as per the set industry standards. Offered heater is available in various specifications to meet the diverse needs of the clients. We are offering this Low Density Cartridge Heater at industry leading prices.

Features:

Low power consumption
Long working life
High performance
Compact design

Superior Construction & Materials

The cartridge heater features robust stainless steel 304/316 sheath and high purity magnesium oxide (MgO) insulation, offering enhanced resistance to corrosion and thermal shock. It houses a nickel-chromium heating element, ensuring consistent heat output. These materials make the heater highly reliable and suitable for demanding industrial environments.

Flexible Design & Customization

Available in standard or custom capacities, these cartridge heaters allow flexibility in lead wire length and power ratings to match specific design requirements. Precision manufacturing ensures tight diameter and length tolerances, making them ideal for applications requiring exact fit and consistent performance.

Versatile Industrial Applications

Low Density Cartridge Heaters are widely used in heating dies, molds, sealing bars, packaging machines, and injection molding processes. Their insert or immersion installation type provides versatility in diverse industrial settings, catering to manufacturers, exporters, importers, suppliers, and traders across India.

FAQs of Low Density Cartridge Heater:

Q: How is the Low Density Cartridge Heater installed in industrial equipment?

A: The heater is designed for insert or immersion installation, allowing it to be easily integrated into dies, molds, plates, or sealing bars. Its precise tolerances ensure a secure and efficient fit within designated slots or holes.

Q: What are the benefits of using stainless steel 304/316 sheath material for these heaters?

A: Stainless steel 304/316 provides superior resistance to corrosion, oxidation, and mechanical stress, enhancing the heaters durability in high-temperature and demanding industrial conditions.

Q: When should I choose a custom cartridge heater over a standard one?

A: Custom cartridge heaters are ideal for specific dimensional, power, or lead wire length requirements that standard models cannot accommodate. They provide tailored solutions for unique heating applications.

Q: Where can Low Density Cartridge Heaters be used in industrial processes?

A: They are suitable for heating elements in dies, plates, molds, sealing bars, packaging machines, injection molding equipment, and plastic processing setups, offering flexibility for various industrial sectors.

Q: What is the process of selecting the correct power and voltage for my application?

A: Determine the required heating load and operational voltage in your system, then choose a heater with a power rating between 100 W and 3000 W and either 110 V or 230 V AC input, ensuring compatibility and safety.

Q: How does high grade magnesium oxide insulation benefit the performance of the heater?

A: High grade MgO insulation offers excellent thermal conductivity and electrical insulation, ensuring efficient heat transfer and uniform temperature distribution while maintaining safety.

Q: What advantages do nickel-chromium (NiCr) resistance wires provide?

A: Nickel-chromium wires deliver efficient heating, resistance to oxidation, and longevity under repeated heating cycles, making them a reliable choice for continuous industrial operations.

Tell us about your requirement