We are a trusted manufacturer and supplier of Sealed Nozzle Heaters, offering highly durable and efficient heating solutions for industries that demand precision temperature control. Designed with high-quality stainless steel sheathing and advanced insulation technology, these heaters provide leak-proof, uniform, and controlled heating for nozzles used in injection molding, blow molding, extrusion machinery, hot runner systems, and 3D printing.

Unlike standard heaters, the Sealed Nozzle Heater is built with a fully enclosed stainless steel body that prevents resin leakage and protects the heating element from wear, contamination, or corrosion. This design makes it a long-lasting and reliable heating solution, especially in high-demand plastic processing environments.

With their compact, robust build and high-energy efficiency, our Sealed Nozzle Heaters ensure smooth material flow, preventing premature cooling or solidification of plastic raw materials. As a result, industries experience fewer production issues, better product quality, and higher machine efficiency.

Key Features of Sealed Nozzle Heaters

• Leak-Proof Design – Fully sealed body prevents resin or plastic leakage into the heating element.
• High-Temperature Capability – Handles intensive industrial processing without loss of performance.
• Uniform Heat Distribution – Minimizes hot spots and ensures even melting and extrusion.
• Fast Heat-Up & Cool-Down – Saves startup time and reduces production delays.
• Durable Build – Stainless steel sheath resists corrosion, abrasion, and high mechanical stress.
• Precise Temperature Control – Compatible with thermocouples, thermostats, and PID controllers.
• Custom Design Options – Available in multiple sizes, voltages, wattages, diameters, and mounting styles to fit different machine nozzles.

Applications of Sealed Nozzle Heaters

Our Sealed Nozzle Heaters are widely used in industries where leak-proof, reliable, and efficient heating performance is essential:

• Plastic Injection Molding Machines – For nozzle heating to maintain precise flow.
• 3D Printing Equipment – Ensures consistent extrusion of filaments.
• Blow Molding & Extrusion Machinery – Facilitates proper melting and material flow.
• Hot Runner Systems – Maintains stable temperatures in multi-cavity molds.
• Packaging & Sealing Machines – Provides dependable sealing and forming heat.

By delivering consistent heating with minimal maintenance, our heaters allow manufacturers to achieve improved product consistency, shorter cycle times, and reduced downtime.

Product Specifications

Why Choose Our Sealed Nozzle Heaters?

• Proven durability in high-demand industries such as plastics and packaging.
• Energy-efficient heating reduces operational costs.
• Leak-proof design ensures longer working life of both the heater and machine parts.
• Custom sizes & specifications available to fit multiple nozzle and machine types.
• Easy installation & low maintenance for better production efficiency.

We are a trusted manufacturer and supplier of Paper Cup Heaters, delivering high-quality heating solutions designed specifically for paper cup making machines. Our heaters are widely recognized for their consistent performance, durability, and precision heating that ensures smooth cup forming, side sealing, and bottom sealing during production.

In the fast-growing disposable packaging industry, especially in food and beverage sectors, Paper Cup Heaters play a crucial role. They provide the exact heating energy required to seal cup seams strongly without damaging the paper or coating. By offering uniform heating, energy efficiency, and long service life, our heaters have become a preferred choice for paper cup manufacturers across multiple industries.

How Paper Cup Heaters Work

Paper Cup Heaters are integrated directly into paper cup forming and sealing machines. During the manufacturing process, the sides and bottoms of the paper cups need proper sealing to ensure they are leak-proof and durable. Our heaters Provides precise, uniform heat to seal the laminated surfaces of paper cups. 

These heating methods guarantee that every cup produced is leak-resistant, durable, and safe for customer use.

Key Features of Our Paper Cup Heaters

• Efficient Heat Transfer – Ensures strong sealing with minimal energy use.
• Durable Construction – Built from industrial-grade materials to withstand heavy daily use.
• Uniform Heating – Eliminates weak joints by distributing heat consistently.
• Custom Options – Available in different sizes, wattages, and configurations for various paper cup machine models.
• Low Maintenance – Long service life and easy to replace when needed.
• Fast Heat-Up Time – Reduces downtime and improves production output.

Applications of Paper Cup Heaters

Our Paper Cup Heaters are widely used in:

• Paper Cup Manufacturing Units – For sealing side walls and bottoms.
• Disposable Food & Beverage Packaging – Smooth production of coffee, tea, juice, and water cups.
• Industrial Sealing Machines – Integration with automatic cup forming setups.
• High-Volume Production Lines – Where fast heat-up and long operating cycles are required.

By using our Paper Cup Heaters, businesses save energy, improve product quality, and reduce machine downtime, resulting in higher production efficiency.

Why Choose Us for Paper Cup Heaters?

With years of expertise in industrial heating solutions, we aim to deliver products that stand for quality, reliability, and efficiency. Our Paper Cup Heaters are manufactured with precision technology and undergo strict quality checks to ensure error-free performance.

We also provide custom-engineered solutions to match the exact requirements of different cup forming machines. Combined with competitive pricing and on-time delivery, we pride ourselves on offering heaters that add real value to the paper products industry.

Product Specifications – Paper Cup Heater

As a leading manufacturer and exporter of Ceramic IR Heaters, our company provides advanced heating solutions tailored for industries that need energy-efficient and reliable infrared heating. Over the years, we have built a reputation for designing and supplying heaters that combine cutting-edge technology, durability, and precision heating performance.

A Ceramic IR Heater (Ceramic Infrared Heater) works on the principle of infrared radiation, a highly efficient method of transferring heat. Unlike convection heaters that warm the surrounding air, Ceramic IR Heaters emit infrared waves, which are directly absorbed by objects and surfaces. This makes them incredibly effective for applications where fast heat-up times, focused heating, and uniform temperature control are critical.

Understanding Ceramic IR Heating Technology

Ceramic IR Heaters typically operate in the 2–10 micron wavelength range, which falls in the medium and far-infrared spectrum. This range is ideal for heating because materials and objects naturally absorb these wavelengths efficiently, ensuring better heat penetration and energy savings.

• Near Infrared (0.78 – 2 microns): Shorter wavelength, intense heat, used for applications needing rapid surface heating.
• Medium Infrared (2 – 4 microns): Balanced heating, suitable for plastics, curing, and packaging processes.
• Far Infrared (4 – 10 microns): Gentle, deep heating ideal for drying, food processing, and surface warming applications.

The wavelength and heating power of a Ceramic IR Heater depend on factors such as its design, material composition, and operating temperature. Our heaters are designed to match the specific needs of industries, ensuring consistent performance.

Key Features of Ceramic IR Heaters

• High Energy Efficiency – Direct heat transfer reduces heat loss and lowers energy costs.
• Fast Heat Response – Rapid heat-up and cool-down times improve production efficiency.
• Uniform Heat Distribution – Ensures even heating with no hot or cold spots.
• Durability – Ceramic construction withstands high operating temperatures and mechanical stress.
• Low Maintenance – Long service life with minimal upkeep required.
• Customizable Design – Available in various shapes, sizes, wattages, and voltage ranges.

Applications of Ceramic IR Heaters

Our Ceramic IR Heaters are widely used across industries for:

• Plastics Industry: Pre-heating, thermoforming, injection molding, and blow molding.
• Packaging Industry: Shrinking, sealing, and lamination.
• Textile Industry: Heat-setting and drying fabrics.
• Food & Beverage: Infrared baking, drying, and warming processes.
• Paint & Coatings: Curing, drying, and surface finishing.
• Electronics: Controlled heating for PCB drying and component processing.

By using Ceramic IR Heaters, industries benefit from reduced energy usage, faster processing times, and improved product quality.

Our Manufacturing Expertise

Since our establishment, we have consistently invested in world-class technology and quality control systems to deliver products that exceed international standards. Our expertise spans a wide range of heating solutions including:

• Ceramic IR Heaters
• Band Heaters
• Tubular Heaters
• Cartridge Heaters
• Casting Heaters
• Air and Finned Heaters

Exporting to countries such as South Africa, Saudi Arabia, UK, and Sri Lanka, we are recognized globally for our commitment to quality, competitive pricing, and on-time deliveries.

FAQ – Ceramic IR Heater

Q1: What is a Ceramic IR Heater?
A Ceramic IR Heater is an infrared heating element made of ceramic that emits heat in the 2–10 micron range, ideal for efficient industrial heating.

Q2: How do Ceramic IR Heaters work?
They emit infrared radiation that is directly absorbed by objects and surfaces, providing efficient and uniform heating without relying on air as a medium.

Q3: What industries use Ceramic IR Heaters?
They are commonly used in plastics, packaging, food processing, textiles, electronics, and coating industries.

Q4: What are the benefits of Ceramic IR Heaters?
They offer quick heating, energy savings, longevity, and customizable designs, making them suitable for a wide range of applications.

Q5: Can Ceramic IR Heaters be customized?
Yes, heaters can be built in different lengths, diameters, wattages, and configurations to match the specific needs of any industrial process.

Our Alkaline Heaters are designed for reliable and efficient heating in chemical storage tanks, alkaline cleaning solutions, and other industrial applications. Built from high-quality, corrosion-resistant materials, these heaters operate smoothly even in harsh alkaline environments.

Each unit is manufactured with precision engineering using the latest technology and undergoes strict quality checks to ensure excellent performance, durability, and ease of maintenance. The robust construction ensures long service life, making them a dependable choice for industries that require consistent heat output in challenging chemical processes.

Premium Alkaline Heaters designed for chemical and alkaline tanks. Corrosion-resistant construction, up to 10kW power, and precision engineering for smooth, long-lasting performance in industrial environments.

Key Features

• Corrosion-Resistant Design – Specifically made for alkaline and chemical environments.
• High Durability – Solid build for long-term heavy-duty use.
• Efficient Heat Transfer – Rapid and uniform heating performance.
• Precision Manufacturing – Built with the latest technology for consistent results.
• Easy Maintenance – Simple to clean and service.
• Industrial Grade – Suitable for demanding chemical applications.

Applications of Alkaline Heaters

• Alkaline cleaning tanks
• Chemical storage and process tanks
• Electroplating, degreasing, and stripping tanks
• Surface treatment plants
• Industrial machine cleaning systems

Product Specifications

Why Choose Our Alkaline Heaters?

• Tailor-made for alkaline & chemical applications
• Proven long-term performance in harsh environments
• High precision manufacturing for reliability
• Easy installation and low maintenance

FAQ – Alkaline Heaters

Q1: What is an Alkaline Heater?
An Alkaline Heater is a specialized industrial heating element designed to operate in alkaline cleaning tanks and chemical storage systems without corrosion.

Q2: Where are Alkaline Heaters used?
They are used in alkaline cleaning, electroplating, chemical processing, degreasing tanks, and industrial washing systems.

Q3: What are they made from?
They are typically made from high-grade, corrosion-resistant alloys that can withstand harsh chemical environments.

Q4: What power options are available?
We offer Alkaline Heaters with power ratings up to 30kW, with customizable sizes based on tank capacity.

Q5: Are Alkaline Heaters easy to maintain?
Yes, they are designed with smooth surfaces and durable materials for easy cleaning and minimal service requirements.

Our Porcelain Heaters are high-quality heating elements designed for efficient and precise heating in industrial applications. Made using high-temperature refractory ceramic insulators and premium nichrome heating wire, these heaters deliver long-lasting performance and excellent heat transfer.

The unique design of the Porcelain Heater allows part of the heating element to be exposed to air, enhancing heat dissipation. Multiple ceramic blocks are assembled to the desired length, with a terminal block attached to one end of the heating element. For liquid and gas heating, the assembly can be inserted into a protective tube. They are also suitable for direct air heating where required.

Porcelain Heaters are ideal for tanks or ovens where draining for maintenance is not possible, making them a reliable choice for both air and immersion heating applications.

Key Features

• High-Temperature Ceramic Build – Withstands extreme heat without degradation.

• Excellent Heat Transfer – Partially exposed heating elements improve efficiency.

• Durable & Long-Lasting – Designed for continuous industrial use.

• Low Maintenance – Reliable performance with minimal servicing required.

• Versatile Applications – Suitable for air, liquid, and gas heating.

• Customizable – Available in multiple lengths, wattages, and configurations.

Applications of Porcelain Heaters

• Liquid Heating – Used inside protective pockets within process tanks.

• Gas Heating – Immersion in gas systems for controlled heating.

• Oven Heating – Effective in ovens where disassembly is difficult.

• Space Heating – Industrial or commercial area heating.

• Direct Air Heating – For ventilation, drying, and process heating systems.

Product Specifications

Why Choose Our Porcelain Heaters?

• Exceptional heat efficiency

• Strong mechanical strength

• Reliable in continuous operation

• Tailored to application needs

• Backed by strict quality control

FAQ – Porcelain Heater

Q1: What is a Porcelain Heater?
A Porcelain Heater is an electric heating element made from ceramic blocks with a nichrome wire core, used for high-temperature heating of air, liquids, or gases.

Q2: Where are Porcelain Heaters commonly used?
They are used in process tanks, industrial ovens, drying systems, and heating applications where draining or disassembly is impractical.

Q3: Can Porcelain Heaters be used for both air and immersion heating?
Yes, they can be installed in protective tubes for liquid immersion or directly for air heating.

Q4: What power options are available?
They are available from 100W to 4000W, with custom sizes and configurations available.

Q5: What are the key benefits of Porcelain Heaters?
They offer excellent heat transfer, long service life, low maintenance, and resistance to high temperatures.

Our Double Immersion Heater is a powerful and versatile heating device, engineered for fast and efficient heat transfer in industrial, commercial, and domestic applications. Designed with two separate heating elements, it offers greater heating capacity, faster heating times, and built-in redundancy—ensuring uninterrupted performance even if one element fails.

Made from premium Incoloy or SS 304/316 stainless steel, and equipped with nickel-chromium heating elements, it is built to withstand high operating temperatures up to 500°C. A hexagonal, square, or round flange ensures secure mounting, while high-grade magnesium oxide insulation ensures excellent heat transfer and long service life.

Compact, durable, and easy to maintain—the Double Immersion Heater is the perfect choice for heating water, oils, chemicals, and other liquids in tanks, boilers, and industrial systems.

Key Features

• Dual Heating Elements – Operate independently or together for flexible heat control.
• Fast & Efficient Heating – Shorter heat-up times and higher temperature capacity.
• Durable Build – Premium stainless steel or Incoloy construction.
• High Capacity – Ideal for large volume heating.
• Easy Installation & Maintenance – Flange options for quick fitting.

Applications of Double Immersion Heater

• Industrial storage tanks
• Boilers and water heating systems
• Plastic and chemical processing plants
• Oil heating systems
• Food & beverage manufacturing
• Large-scale commercial heating setups
• Papper Cup Machine

Product Specifications

Why Choose Our Double Immersion Heaters?

• Increased heat capacity with dual-element design.
• Energy efficiency with independent element operation.
• Long service life due to premium corrosion-resistant materials.
• Flexible mounting options for different tank and boiler designs.

FAQ – Double Immersion Heater

Q1: What is a Double Immersion Heater?
A Double Immersion Heater is a heating device with two independent heating elements, designed to provide flexible, powerful, and reliable heating for liquids.

Q2: How is it different from a single immersion heater?
It has two heating elements compared to one in single immersion heaters, allowing for faster heating, larger volume heating, and redundancy in case one element fails.

Q3: What materials are used in Double Immersion Heaters?
They are commonly made from stainless steel (SS 304/316) or Incoloy, with nickel-chromium heating coils and magnesium oxide insulation.

Q4: Where can Double Immersion Heaters be used?
They are suitable for industrial tanks, boilers, oil systems, chemical processing, and large-scale water heating.

Q5: Can I control each element separately?
Yes, each heating element can be operated independently or together, depending on the application’s heating requirements.

Our Pencil Heaters are premium-quality electric heating elements known for their high heat transfer efficiency and compact design. Built from top-grade stainless steel and engineered with advanced technology, they deliver excellent performance in plastic moulding, packaging machinery, food processing, hot stamping, lab equipment, and other industrial applications.

Slim and cylindrical—shaped like a pencil—they are ideal for situations that require precise, localized, and rapid heating in tight spaces. With their durable structure and ability to withstand harsh environments, Pencil Heaters are widely trusted for long-term, high-intensity use.

Key Features

• High Heat Transfer Rate – Rapid and efficient heating.
• Durable Construction – Stainless steel sheath for corrosion resistance.
• Compact & Slim Design – Ideal for use in tight or restricted spaces.
• Custom Options Available – Sizes, diameters, watt density, and voltage as per requirement.
• Temperature Control – Compatible with thermostats & PID controllers for precise heating.
• Versatile Applications – Suitable for plastics, packaging, food industry, and labs.

Applications of Pencil Heaters

• Plastic Moulding Industry – Heating moulds for better product finish.
• Packaging Machinery – Heat sealing and cutting.
• Food Processing Equipment – Warming liquids, sauces, and other food items.
• Hot Stamping Machines – Decorative stamping applications.
• Laboratories – Controlled sample heating.
• General Industrial Heating – Liquids, gases, and small solid objects.

Product Specifications

Why Choose Our Pencil Heaters?

• Proven reliability in multiple industries.
• Energy-efficient with high heat output.
• Tough build to withstand high temperatures and harsh environments.
• Customizable to fit your machinery and process needs.

Efficient Pencil Heaters for fast, precise heating in plastics, packaging, and food industries. Slim stainless steel design, high durability, and customized sizes for your application.

FAQ – Pencil Heaters

Q1: What is a Pencil Heater?
A Pencil Heater is a slim, cylindrical heating element designed for quick, targeted heating in industrial and commercial applications.

Q2: What are Pencil Heaters used for?
They are used in plastic moulding, packaging machinery, hot stamping, food processing, and laboratory applications.

Q3: Can Pencil Heaters be customized?
Yes, they can be made to specific diameters, lengths, voltage ratings, and watt densities.

Q4: How is temperature controlled in a Pencil Heater?
They can be connected to thermostats or PID controllers for accurate temperature regulation.

Q5: Are Pencil Heaters durable?
Yes, they are made from corrosion-resistant stainless steel and are built to perform in harsh, high-temperature environments.

Our Disc Heaters are designed to deliver even and efficient heat distribution for a wide range of industrial and commercial processes. Built from premium materials like copper and mild steel with a polished finish, these heaters ensure a long service life and reliable performance even in demanding conditions.

The flat, round disc-shaped design allows for excellent heat transfer efficiency and makes them ideal for applications requiring localized heating and precise temperature control. Fitted with flexible, easy-to-install mounting arrangements, these heaters are tested by our quality assurance team to ensure they are error-free and high-performing.

Key Features

• Uniform Heat Distribution – Eliminates hot spots and ensures consistent heating.
• Durable Construction – Made from copper or mild steel for long-lasting service.
• Fast & Accurate Heating – Quick thermal response for precise temperature control.
• Compact & Space-Saving – Ideal for tight installation spaces.
• Customizable Design – Can be made in various sizes, voltages, and wattages.
• Easy Installation – Flexible fittings for hassle-free setup.

Applications of Disk Heaters

• Packaging Machine
• Horizontal Flow Wrap Machine
• Biscuit Packaging Machine
• Rusk Packaging Machine 

Product Specifications

Why Choose Our Disk Heaters?

• Superior heat transfer efficiency
• Long-lasting, industrial-grade materials
• Precision engineered for consistent temperature control
• Designed for ease of installation and maintenance

FAQ – Disc Heater

Q1: What is a Disc Heater?
A Disk Heater is a flat, circular heating element designed for uniform and efficient heating in industrial and commercial applications.

Q2: Where are Disc Heaters used?
They are commonly used in extrusion die heads, tank heating, sealing, laminating, commercial drink warmers, and filter assemblies.

Q3: What materials are used in manufacturing Disk Heaters?
They are typically made from high-quality copper or mild steel with a polished finish.

Q4: Are Disc Heaters customizable?
Yes, they can be customized in terms of size, wattage, voltage, and mounting options.

Q5: How do Disk Heaters ensure uniform heating?
Their spiral-wound resistance coil on a ceramic or mica disc ensures quick, even heat distribution across the entire heated surface.

Our Rod Heaters are built for high-performance heating in both industrial and commercial applications. Known for their excellent efficiency at high temperatures, these heaters are made from premium-grade stainless steel, providing corrosion resistance and long service life. Their robust construction ensures they can withstand high vibration environments while delivering uniform heat distribution.

Designed for durability and consistent performance, Rod Heaters can be customized to meet specific requirements for size, power rating, and temperature range. Every unit is thoroughly checked during manufacturing to ensure it is error-free and meets safety as well as operational standards.

Key Features

• High-Temperature Capability – Performs efficiently under extreme heat.
• Corrosion-Resistant Stainless Steel – Long-lasting and rustproof.
• Uniform Heat Distribution – Ensures consistent temperature across surfaces.
• Vibration Proof – Ideal for high-vibration industrial environments.
• Custom Options Available – Size, wattage, and shape tailored to need.
• Durable Build – Withstands mechanical stress and heavy-duty usage.

Applications of Rod Heaters

• Industrial Ovens – Baking, drying, and curing processes
• Heat Treatment Procedures – Controlled and consistent heating cycles
• Manufacturing – For plastics, packaging, and chemical processing
• Laboratory & R&D Equipment – Precision heating for experiments
• HVAC Systems – Air and duct heating

Product Specifications

Why Choose Our Rod Heaters?

• Made from high-grade materials for long life and reliability.
• Suitable for a wide range of industries and applications.
• Capability to custom manufacture as per specific needs.
• Tested to ensure safety and compliance with ISO/CE requirements.

FAQ – Rod Heaters

Q1: What are Rod Heaters used for?
Rod Heaters are used for heating in industrial ovens, manufacturing processes, household appliances, and laboratory equipment.

Q2: What materials are used in Rod Heaters?
They are typically made from stainless steel with a nichrome or Kanthal resistance wire for excellent heat transfer and durability.

Q3: Can I customize a Rod Heater to my specifications?
Yes, we offer custom sizes, wattages, and voltage options to match your application.

Q4: How is the temperature controlled in Rod Heaters?
Rod heaters can be paired with thermostats, temperature controllers, or sensors to maintain precise heat levels.

Q5: Are Rod Heaters safe to use?
Yes, when installed correctly and operated according to safety guidelines, Rod Heaters are highly reliable. Models can include safety features like thermal fuses and overheat protection.

Our Space Heaters are designed to provide quick, safe, and efficient heating for small to medium-sized areas. These portable heaters are perfect for homes, offices, garages, workshops, or any enclosed space that needs little warmth.

We manufacture electric space heaters to meet different heating requirements. Whether it’s convection heating for evenly warming a room or infrared heating for instant spot warmth, our heaters are built for comfort, safety, and energy efficiency.

Electric models are equipped with thermostats for automatic temperature control, while gas-powered versions are ideal for well-ventilated spaces. Safety features such as tip-over protection and overheat cut-off ensure peace of mind.

Key Features

• Fast & Efficient Heating – Heats up control panel within minutes.
• Energy Efficient – Focused heating helps lower electricity costs.
• Safe to Use – No exposed heating elements; safe-to-touch design.
• Quiet Operation – Works silently without disturbing the environment.
• Multiple Options – Available in electric heating
• Portability – Lightweight & easy to move from one place to another place.

Product Specifications

Why Choose Our Space Heaters?

• Designed with safety-first engineering.
• Energy-saving options for cost-effective heating.
• Multiple designs to suit different control panel sizes and needs.
• Reliable performance with low maintenance requirements.

FAQ – Space Heaters

Q1: What is a Space Heater used for?
A space heater is designed to warm a single control panel or small area quickly and efficiently, without heating the entire building.

Q2: What types of Space Heaters are available?
We offer electric space heaters to suit different needs.

Q3: Are Space Heaters safe to use?
Yes, when used according to the manufacturer’s instructions. Our models come with safety features like overheat cut-off and tip-over protection.

Q4: Can a Space Heater reduce energy costs?
Yes. By heating only the control panel you use, space heaters can help reduce your overall heating expenses.