Micro Tubular Coiled Heater

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MOQ : 50 Units

Micro Tubular Coiled Heater Specification

Usage & Applications
Nozzle heating, hot runner systems, packaging machinery, die head heating, medical devices

Type
Micro Tubular Coiled Heater

Material
High Grade Stainless Steel (SS316/SS304)

Capacity
Suitable for localized heating

Voltage
230 VAC / 110 VAC (customizable)

Power
100 W to 1500 W (customizable)

Power Source
Electric

Input Voltage
110 V / 230 V

Output Voltage
As rated

Installation Type
Insert or Clamp Mounting

Weight (kg)
Approximately 0.040 to 0.350 kg

Color
Metallic Silver

Micro Tubular Coiled Heater Trade Information

Minimum Order Quantity
50 Units

Payment Terms
Others

Main Export Market(s)
Asia

Main Domestic Market
All India

About Micro Tubular Coiled Heater

We are a prominent manufacturer, exporter and supplier of optimum quality Micro Tubular Coiled Heater that is highly demanded in various industries for numerous heating applications. Available product is manufactured as per the set industry standards using premium quality components and modern technology. The offered product is available in different technical specifications to meet the diverse needs of the clients. Offered Micro Tubular Coiled Heater can be bought at industry leading prices.

Features:

Long working life
Smooth operation
High performance
Robust design

Precision Heating for Demanding Environments

With high temperature ceramic insulation and stainless steel construction, the Micro Tubular Coiled Heater delivers reliable performance even in challenging industrial settings. Its sheath temperature reaches up to 650C (1220F), making it suitable for intensive applications like hot runner systems, die head heating, and packaging equipment.

Customizable and Compact Design

Engineering flexibility is paramount. This heater provides multiple cross section sizes and optional lead types, ensuring compatibility for diverse mounting needs. Whether your application demands specific power, voltage, or cold lead lengths, customization options enable the perfect fit for both new and retrofitted systems.

Easy Installation and Durable Construction

Supplied with standard accessories such as brass bushings, clamps, or adapters on request, installation is straightforward. The products robust design, flexible nickel wire or fiber glass-insulated leads, and minimum bending radius of 8 mm assure longevity and consistent operation in localized heating applications.

FAQs of Micro Tubular Coiled Heater:

Q: How is the Micro Tubular Coiled Heater installed in various applications?

A: The heater can be inserted directly into the equipment or mounted using clamps, brass bushings, or adapters. Flexible installation options are available to suit specific requirements and accessories can be provided upon request.

Q: What types of industries benefit from using this heater?

A: Industries including plastics, packaging machinery, medical device manufacturing, and die casting commonly use this heater for localized, precise heatingespecially in nozzle, die head, and hot runner system applications.

Q: When is ceramic insulation necessary for a coiled heater?

A: High temperature ceramic insulation is essential when your application requires stable heating at elevated temperatures up to 650C and enhanced safety, particularly in demanding environments where overheating risks must be minimized.

Q: Where can the Micro Tubular Coiled Heater be sourced from?

A: The heater is available from manufacturers, suppliers, exporters, and traders throughout India. Customization and technical support are usually provided to match specific project needs.

Q: What is the process for customizing power, size, or cold lead length?

A: Customization requests can be submitted directly to the supplier or manufacturer. Options include power ratings from 100 W to 1500 W, different cross-sectional sizes, and cold lead lengths beyond the standard 1000 mm.

Q: How does the heaters design benefit localized heating applications?

A: Its compact dimensions, high surface load capacity, and precision temperature control ensure efficient heat transfer to designated areas, benefiting processes like nozzle heating and die head temperature regulation.

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