About Industrial Coil Heater
Product Description
Coil Heaters are high-efficiency compact heating elements designed for hot runner systems and precision industrial heating applications. They provide rapid heat transfer, uniform temperature distribution, and long operational life in high-temperature environments.
Construction Details
| Component | Specification |
| Sheath Material | SS 310 / SS 304 / Nickel Alloy |
| Heating Conductor | Nickel-Chromium (Ni-Cr 80/20) |
| Insulation | High Purity Magnesium Oxide (MgO) Micro Mesh |
| Construction Type | Precision wound compact coil heater |
| Cold Zone | 35 + 28 mm adaptor section |
Electrical Specifications
| Parameter | Specification |
| Operating Voltage | 230 V (+5%) |
| Resistance Tolerance | -10.00% |
| High Voltage Test | 0 mA @ 800 V |
| Insulation Resistance | > 20 M |
| Frequency | 50-60 Hz |
Thermal Performance
| Parameter | Specification |
| Maximum Sheath Temperature | Up to 750oC |
| Heat Transfer Mode | Conduction |
| Efficiency | 90% - 95% |
| Heating Response | Fast response high efficiency design |
Lead & Termination Details
| Type | Specification |
| Lead Wire | Pure Nickel PTFE insulated wire |
| Thermocouple (T/C) | J or K Type (Optional, Ungrounded) |
| Lead Exit | Standard / customized exit |
| Cold Zone Protection | Extended insulated cold zone provided |
Mechanical Specifications
| Parameter | Specification |
| Available Sizes | 3.2 mm, 3.8 mm, 3x3 mm, 3.3x3.3 mm, 2.2x4.2 mm, 1.3x2.6 mm, 1.8x3.2 mm, 3x5.5 mm |
| Fit Type | Precision fit for hot runner applications |
| Tolerance | As per industrial standard |
Applications
- Hot runner systems
- Plastic injection molding machines
- Packaging machinery
- Die heating applications
- Medical & laboratory equipment
- Precision industrial heating systems
Quality Standards
- 100% electrical testing before dispatch
- High voltage test: 0 mA @ 800 V
- Resistance tolerance verification (-10%)
- ISO 9001:2015 manufacturing compliance
- Test certificate available on request
Environmental Conditions
| Parameter | Specification |
| Ambient Temperature | -10oC to 80oC |
| Operating Environment | Industrial applications |
| Humidity | Up to 90% RH (non-condensing) |
Packaging & Export Standards
- Individual protective packing
- Moisture-proof sealing
- Export-grade carton packaging
- Proper labeling with specifications
Customization Options
- Special sheath materials (SS 310 / Nickel Alloy variants)
- Different cold zone lengths
- Built-in thermocouple (J/K type)
- Custom watt density design
- Heavy-duty industrial versions
Access the sought-after Industrial Coil Heater, a laureate in efficiency and reliability-engineered for prodigious performance in demanding environments. Featuring a high-grade Nicr 80/20 heating element and compressed MgO insulation, it achieves rapid heating up to 750C, with outstanding precision and minimal power tolerance (+/- 10%). Benefit from robust corrosion-resistant stainless steel or nickel alloy, flexible configuration, and precision fitment. Jump on this opportunity and order today for customizable lengths, secure connection leads, and easy mounting-ideal for plastics, packaging, and more across India.
Performance-Driven Material & Versatile Applications
The Industrial Coil Heater boasts a prodigious combination of stainless steel or nickel alloy construction and compressed MgO insulation, ensuring excellent thermal transfer and corrosion resistance. Its rapid heating response, flexibility in configuration, and customizable dimensions make it indispensable for plastic processing, packaging, mould heating, and injection moulding. With features such as direct surface contact for precision fitment and compatibility with varying voltages, this heater adapts effortlessly to diverse industrial environments and application places.
Domestic Market Reach, Professional Packaging & Trusted Supply
Renowned for its reliability, the Industrial Coil Heater maintains a solid presence in the Indian market. Each product is meticulously packaged for safe handling and transit, preserving quality during delivery. With an adaptable sale price structure and a rate optimized for bulk requirements, the supply ability caters to ongoing industrial demand. Secure your order today-our prompt, efficient supply process ensures minimal wait, guaranteeing your operations never face downtime.
FAQ's of Industrial Coil Heater:
Q: How does the Industrial Coil Heater ensure high efficiency and reliability in industrial applications?
A: The Industrial Coil Heater utilizes a Nicr 80/20 heating element, compressed MgO insulation, and corrosion-resistant stainless steel or nickel alloy sheaths, ensuring rapid heating, high thermal transfer, and long-lasting durability for various demanding applications.
Q: What types of usage and applications are best suited for this coil heater?
A: This heater is engineered for plastic processing, mould heating, packaging machinery, and injection moulding. Its flexible configuration and precision fitment make it ideal for both new and retrofit industrial setups.
Q: When should I choose a customizable length or specific voltage option for my coil heater?
A: Opt for customized lengths and voltage (48V, 110V, 230V, or 380V) when your application requires a precision fit or integration with existing electrical systems, enhancing efficiency and operational compatibility.
Q: Where is the Industrial Coil Heater primarily supplied and used?
A: It is primarily manufactured, supplied, and used in India, catering to a broad spectrum of domestic industries, including plastics, rubber, and packaging sectors requiring reliable and efficient heating solutions.
Q: What is the process for ordering and mounting this coil heater?
A: Ordering is straightforward-simply specify your dimensions, voltage, and other requirements. The heater arrives ready for easy mounting, ensuring swift installation and minimal interruption to your production line.
Q: What are the key benefits of using this coil heater over conventional heating elements?
A: Key advantages include rapid heating, high corrosion resistance, customizable sizes, precision direct surface contact, reliable insulation, and a decreased risk of leakage current, all of which enhance process efficiency and operational safety.