Home market · Made in GhaziabadIndustrial Heaters in India
MaxVolt Heaters manufactures industrial heaters at our factory in Ghaziabad and supplies manufacturers across India, with a focus on automotive, plastic industry and pharmaceutical. Every heater is built to order for the local 230 V/415 V, 50 Hz supply and your exact dimensions, wattage and terminations.
Heaters we supply to India
Component Heaters12
Component Heaters
Cartridge Heater
Cartridge Heaters represent the pinnacle of precision heating technology, engineered as high-performance tubular heating elements specifically designed to deliver efficient, precise, and controlled heating in demanding industrial applications. These sophisticated heating devices consist of premium-quality resistance coils manufactured from advanced NiCr (Nickel-Chromium) alloys, meticulously insulated with high-grade compacted materials, and enclosed within robust metal sheaths to ensure exceptional thermal conductivity, electrical safety, and long-term operational reliability.
- Up to 800°C
- 50W to 5kW
- Custom Sizes
Component Heaters
Flameproof Drum Heater
Flameproof Drum Heaters represent the pinnacle of safety-engineered heating technology specifically designed for hazardous industrial environments where explosive vapors, gases, or combustible dusts may be present. These advanced heating systems are meticulously engineered to meet the stringent requirements of ATEX (Atmosphères Explosibles) and IECEx (International Electrotechnical Commission Explosive) safety standards, ensuring completely safe operation in Zone 1 and Zone 2 classified areas without risk of ignition or explosion.
- Up to 200°C
- ATEX & IECEx Certified
- 0.5 kW to 4 kW
Component Heaters
Bobbin & Pipe Heater
Bobbin & Pipe Heaters represent advanced industrial heating technology specifically engineered for efficient indirect heating of fluids, gases, and semi-solid materials in demanding industrial applications. These sophisticated heating elements utilize premium high-temperature refractory ceramic insulators available in various diameters and lengths, providing exceptional thermal stability and electrical insulation properties. The precision-engineered ceramic bobbin cores support high-quality NiCr or FeCrAl resistance wire coils, ensuring optimal heat transfer characteristics and long-term operational reliability in diverse industrial environments.
- Operate up to 800 °C
- Standard and custom bobbin diameters
- 100% immersion heat transfer efficiency
Component Heaters
Coil & Hot Runner Heater
Coil & Hot Runner Heaters represent the pinnacle of precision-engineered heating technology specifically designed for high-performance plastic processing equipment and injection molding systems. These advanced heating elements are meticulously optimized for hot-runner injection molding systems, extrusion heads, dies, and specialized industrial applications requiring uniform, concentrated heat transfer with exceptional temperature control and reliability. The sophisticated engineering ensures optimal thermal performance in demanding production environments where precision heating is critical for product quality and operational efficiency.
- High-temp operation >250 °C
- Leak-proof fit around nozzle OD
- Rapid heat-up & tight temperature tolerance
Component Heaters
Silicone Rubber Heater
Silicone Rubber Heaters represent cutting-edge flexible heating technology engineered to provide uniform, reliable thermal solutions for complex geometries and demanding environmental conditions. These sophisticated heating elements are available in both wire-wound and etched-foil constructions, each optimized for specific application requirements and performance characteristics.
- Superior freeze protection capability down to –40°F
- Uniform heating performance up to 450°F continuous
- Exceptional flexibility and conformability to complex shapes
FeaturedComponent Heaters
Hose Pipe Heater
Hose Pipe Heaters represent cutting-edge thermal management technology featuring pre-heated, pre-insulated flexible hose assemblies engineered for demanding industrial process applications requiring temperature maintenance during fluid transfer. These sophisticated heating solutions incorporate high-performance PTFE or stainless steel inner cores integrated with advanced self-regulating or constant-wattage heating elements for precise temperature control.
- Precise temperature control up to 200°C continuous
- Available in continuous lengths up to 300 meters
- Certified for hazardous area and explosive environment use
FeaturedComponent Heaters
Ceramic Band Heater
Ceramic Band Heaters represent the pinnacle of high-temperature heating technology, specifically engineered for demanding industrial applications requiring superior thermal performance and exceptional energy efficiency. These advanced heating elements feature premium-grade steatite ceramic insulation precisely molded into interlocking halves, providing unparalleled dielectric strength, thermal stability, and mechanical durability under extreme operating conditions. The sophisticated construction methodology ensures optimal heat distribution and consistent performance in the most challenging industrial environments.
- Max operating temp 800 °C
- Watt density up to 50 W/in²
- Optional cooling fins for air cooling
FeaturedComponent Heaters
Nano IR Heater
Nano IR Heaters represent cutting-edge infrared heating technology specifically engineered to achieve unprecedented thermal efficiency and precision heating performance in demanding industrial applications. These revolutionary heating systems combine advanced quartz infrared tubes with sophisticated diffusive reflective metal plates to concentrate radiant energy directly onto target processes, achieving extraordinary thermal efficiency levels of 95-99.8% while maintaining remarkably low external surface temperatures of just 40-80°C. This innovative design represents a paradigm shift in industrial heating technology, delivering superior performance while minimizing energy consumption and operational costs.
- Ultra-high efficiency (95–99.8%)
- Rapid heat-up in seconds
- Low external surface temps (40–80°C)
Component Heaters
Strip & Finned Strip Heater
Strip and Finned Strip Heaters represent versatile heating technology engineered for efficient surface contact heating and enhanced convection air heating applications. These sophisticated heating elements feature precision-wound NiCr resistance wire embedded in compact high-purity ceramic cores, enclosed in robust sheaths manufactured from stainless steel, iron, aluminum, or zinc-coated steel for optimal thermal performance and environmental resistance.
- Exceptional uniform surface temperature distribution
- Enhanced convection performance with precision-brazed fins
- Comprehensive custom lengths and mounting configurations
Component Heaters
Finned Tubular Heater
Finned Tubular Heaters represent advanced convective heating technology specifically engineered to maximize heat transfer efficiency through dramatically increased surface area contact with air and gas streams. These sophisticated heating elements feature precision-manufactured metallic fins that are mechanically bonded to high-quality tubular heating elements, delivering exceptional convective heat transfer performance that can achieve up to 50% faster heating rates compared to conventional smooth tubular heaters. The innovative fin design creates turbulent air flow patterns that enhance heat exchange coefficients while maintaining optimal thermal uniformity across the entire heated air stream.
- Up to 50% faster heat transfer
- Lower sheath temperatures for extended life
- Custom fin spacing & material options
Component Heaters
Mica Band Heater
Mica Band Heaters represent a sophisticated and economical heating solution specifically engineered for efficient heating of cylindrical surfaces in diverse industrial applications. These advanced heating elements utilize premium nickel-chromium resistance strips that are precision-wound on high-strength mica cores, providing exceptional thermal performance and electrical insulation properties. The innovative construction methodology ensures optimal heat transfer characteristics while maintaining superior electrical safety and long-term operational reliability in demanding industrial environments.
- Rapid heat-up times
- High watt density up to 30 W/in²
- Custom dimensions, holes & cutouts
FeaturedComponent Heaters
Tubular Heater
Tubular Heaters represent the pinnacle of versatile industrial heating technology, renowned for exceptional ruggedness, dependability, and comprehensive adaptability across diverse industrial heating applications. These sophisticated heating elements feature advanced construction utilizing precision-wound NiCr resistance coils accurately centered within robust metal sheaths and surrounded by high-purity magnesium oxide insulation to deliver superior heat transfer efficiency and electrical isolation.
- Ultra-high temperature capability up to 980°C
- Unlimited custom bendable shapes and configurations
- Superior high watt density up to 65 W/in²
Process Heaters6
Process Heaters
Duct Heater
Duct Heaters represent advanced air heating technology specifically engineered for direct installation in air handling units, HVAC systems, and industrial ductwork to efficiently heat non-pressurized air streams. These sophisticated heating assemblies are designed to provide rapid thermal response, uniform airflow heating, and exceptional energy efficiency in demanding air treatment applications. The innovative design enables seamless integration into existing ductwork while delivering precise temperature control and optimal heating performance for diverse industrial and commercial air heating requirements.
- Fast thermal response
- Low pressure drop designs
- High watt density up to 40 W/in²
Process Heaters
Circulation Heater
Circulation Heaters represent advanced inline fluid heating technology specifically engineered for continuous heating of process fluids, oils, chemicals, and other industrial liquids in pipeline systems. These sophisticated heating assemblies feature compact design integration with robust, corrosion-resistant pressure vessels and precision-engineered inlet/outlet flanges for seamless integration into existing pipework and fluid handling systems. The innovative inline configuration enables efficient continuous flow heating while maintaining optimal fluid velocity and minimizing pressure drop throughout the heating process.
- Inline design for continuous flow heating
- Fast heat-up and tight temperature tolerances
- Hazardous-area certified options
Process Heaters
Casted Heater
Casted Heaters represent the pinnacle of precision heating technology, specifically engineered for demanding industrial applications requiring superior thermal conductivity, exceptional temperature uniformity, and robust mechanical durability. These advanced heating elements feature dense, porosity-free metal castings manufactured from premium aluminum, brass, bronze, or iron alloys, providing unparalleled heat transfer characteristics and long-term operational reliability. The sophisticated casting process ensures optimal material density and structural integrity, eliminating voids and inconsistencies that could compromise thermal performance or mechanical strength.
- Porosity-free die-cast for maximum conductivity
- Tight temperature control ±2°C
- Liquid or forced-air cooling options
Process Heaters
Over the Side Immersion Heater
Over the Side Immersion Heaters represent innovative portable heating technology specifically engineered for flexible tank and vessel heating applications where permanent installation is impractical or undesirable. These advanced heating systems are designed for quick top-mounting installation in drums, open tanks, and process vessels, enabling efficient heating of oils, degreasers, acids, plating baths, and various process fluids without the need for vessel drainage, modification, or welding. The portable design provides unparalleled flexibility for multi-tank operations and temporary heating requirements in diverse industrial environments.
- Shapes: L, O, vertical loops (customizable)
- Quick install & removal—no draining
- Explosion-proof options for hazardous areas
FeaturedProcess Heaters
Flanged Immersion Heater
Flanged Immersion Heaters represent advanced tank and vessel heating technology specifically engineered for direct heating of industrial fluids, chemicals, oils, and process liquids in large-capacity storage tanks and pressure vessels. These sophisticated heating assemblies feature precision-manufactured MgO-packed hairpin or bulge tubular heating elements that are expertly welded or brazed into ANSI or DIN standard flanges, providing secure, leak-proof mounting solutions for demanding industrial applications. The robust flange-mounted design ensures reliable operation under high-pressure conditions while enabling easy installation and maintenance without vessel drainage.
- High watt density up to 65 W/in²
- Operates to 650 °C
- Replaceable elements without vessel drainage
Process Heaters
Screw Plug Heater
Screw Plug Heaters represent advanced compact immersion heating technology featuring precision-engineered hairpin tubular heating elements permanently welded or brazed into NPT/BSP threaded hex plugs for direct installation in tanks, vessels, and process systems. These sophisticated heating solutions are specifically designed for efficient direct immersion heating of oils, water, chemicals, and diverse process fluids where space constraints and installation simplicity are critical requirements.
- High watt density up to 100 W/in² for intensive heating
- Universal NPT/BSP thread installation (½″ to 4″)
- Replaceable elements without tank drainage
Furnace Heaters6
Furnace Heaters
Silicon Carbide Heater
Silicon Carbide Heating Elements represent the pinnacle of high-temperature ceramic heating technology, manufactured from ultra-high purity recrystallized α-SiC (alpha silicon carbide) utilizing advanced powder metallurgy and high-temperature sintering processes. These sophisticated non-metallic heating elements are specifically engineered for demanding industrial and laboratory furnace applications requiring reliable operation at extreme temperatures up to 1600°C in diverse atmospheric conditions including oxidizing, reducing, and inert environments.
- Ultra-high temperature operation up to 1600°C
- Exceptional service life in harsh oxidizing and corrosive atmospheres
- Replaceable during operation eliminating furnace shutdowns
Furnace Heaters
Radiant Tube
Radiant Tubes represent advanced high-temperature heating technology specifically engineered for indirect heating applications in demanding industrial furnace environments. These sophisticated heating elements are manufactured from premium recrystallized FeCrAl (Iron-Chromium-Aluminum) or wrought NiCr (Nickel-Chromium) alloys using state-of-the-art powder-metallurgy processes or seamless mandrel extrusion techniques, ensuring exceptional material density, structural integrity, and thermal performance. The precision manufacturing process eliminates porosity and defects, creating seamless tubes capable of withstanding extreme thermal cycling and aggressive furnace atmospheres.
- Operate up to 1,400 °C
- Superior thermal shock & corrosion resistance
- Custom straight or complex profiles
Furnace Heaters
Furnace Strip Heater
Furnace Strip Heaters represent advanced open-circuit heating technology featuring precision-engineered FeCrAl Super, SAPM, FeCrAl HTM, NiCr 80/20 & NiCr 70/30 resistance wire configured in sophisticated zig-zag patterns and permanently bonded onto high-density ceramic substrates for superior direct infrared radiation heating performance. These innovative heating elements are specifically designed for applications requiring rapid thermal response, precise temperature control, and uniform heat distribution across extended heating zones.
- Ultra-fast response enabling heat-up in seconds
- Uniform infrared radiation across entire heating zone
- Unlimited custom lengths and watt density configurations
FeaturedFurnace Heaters
Bundle Rod Heater
Bundle Rod Heaters are premium industrial heating elements specifically engineered for high-temperature furnaces and heavy-duty thermal processing applications. These advanced rod type heating elements feature a sophisticated construction comprising multiple terminal rods, a central support rod, and precision-engineered ceramic discs that form an efficient heating bundle capable of withstanding extreme operational demands.
- Up to 1250°C
- 1 kW to 75 kW
- Customizable
FeaturedFurnace Heaters
Edge Wound Heater
Edge Wound Heaters, also known as bayonet heaters, represent the pinnacle of high-performance industrial heating technology specifically engineered for demanding furnace applications requiring superior heat transfer efficiency and compact design solutions. These advanced ribbon heating elements feature a sophisticated construction methodology where premium NiCr (Nickel-Chromium) or FeCrAl (Iron-Chromium-Aluminum) alloy strips are precision wound on edge and strategically mounted on high-grade ceramic supports to deliver exceptional surface watt density and uniform heat distribution throughout the heating zone.
- Up to 1050°C
- Up to 65 kW
- Custom sizes & shapes
Furnace Heaters
Open Coil Heater | Furnace Coil Heater
Open Coil Heaters represent the pinnacle of direct air heating technology, specifically engineered for applications requiring ultra-fast thermal response and maximum heat transfer efficiency in forced-air systems. These advanced heating elements feature exposed NiCr (Nickel-Chromium) or FeCrAl (Iron-Chromium-Aluminum) resistance coils that are precision-strung across high-strength ceramic insulators, creating minimal thermal inertia for instantaneous heat-up response measured in seconds rather than minutes. This innovative exposed coil design eliminates the thermal barriers inherent in sheathed heating elements, delivering direct energy transfer to air streams with exceptional efficiency and rapid temperature response.
- Heat-up in seconds for rapid cycle times
- Low pressure drop—efficient airflow
- Custom coil spacing & lengths
Temperature Sensors2
Temperature Sensors
RTD Temperature Sensor
RTD (Resistance Temperature Detector) sensors represent the pinnacle of precision temperature measurement technology, utilizing the predictable and linear relationship between platinum resistance and temperature to deliver unmatched accuracy and stability across extreme temperature ranges from –200°C to 850°C. These sophisticated temperature sensors are manufactured using high-purity platinum wire wound on ceramic substrates or thin-film deposition techniques, ensuring exceptional repeatability, long-term stability, and minimal drift characteristics essential for critical industrial and laboratory applications.
- Ultra-fast response times with thin-walled sheaths (0.5-5 seconds)
- Superior accuracy ±0.1°C (Class A) with long-term stability
- Rugged, corrosion-resistant construction for harsh environments
FeaturedTemperature Sensors
Thermocouple
Thermocouples represent proven temperature measurement technology utilizing the Seebeck effect to generate precise millivolt signals from two dissimilar metal junctions exposed to temperature differences. These sophisticated temperature sensors are manufactured in comprehensive J, K, T, E, N, R, and S type configurations, covering extraordinary temperature ranges from –200°C to 1300°C with Class 1 and Class 2 accuracy grades conforming to international IEC and ANSI standards.
- Ultra-fast response times with optimized junction designs
- Exceptional temperature range –200°C to 1300°C coverage
- Rugged, durable construction for harsh industrial environments
Industries we support in India
India's manufacturing base covers automotive and components, plastics, pharmaceuticals, steel, chemicals and food processing.
Industrial heating for India
India's manufacturing base covers automotive and components, plastics, pharmaceuticals, steel, chemicals and food processing. MaxVolt Heaters supports these industries with heaters and temperature sensors manufactured at our facility in Ghaziabad (Delhi NCR) and dispatched to customers across India.
Major industrial centres in India include Delhi NCR, Maharashtra, Gujarat, Tamil Nadu and Karnataka, and we ship to sites anywhere in the country. Heaters are made to your drawing or sample, so replacements fit existing equipment without modification.
Built for India's power supply
Mains supply in India is 230 V single-phase / 415 V three-phase at 50 Hz. We wind each heater for the voltage, phase and wattage on your specification and can split higher ratings across several elements or three-phase connections for balanced loading.
Automotive
For automotive applications in India, we usually recommend bundle rod heaters, radiant tubes, edge wound heaters and cartridge heaters. See how we support automotive.
Plastic Industry
For plastic industry applications in India, we usually recommend mica band heaters, ceramic band heaters, cartridge heaters and coil & hot runner heaters. See how we support plastic industry.
Pharmaceutical
For pharmaceutical applications in India, we usually recommend flanged immersion heaters, duct heaters, circulation heaters and RTD temperature sensors. See how we support pharmaceutical.
Steel & Metals
For steel & metals applications in India, we usually recommend bundle rod heaters, radiant tubes, silicon carbide heaters and edge wound heaters. See how we support steel & metals.
Operating conditions
Our factory is in Ghaziabad (Delhi NCR), so Indian customers can review drawings and work directly with our engineers on custom builds.
Standards and documentation
Tell us if your plant or customer requires specific BIS or third-party inspection documentation. Share these requirements with your enquiry so they are reflected in the quotation.
How ordering works
- Send your drawing, sample photo or the nameplate data — voltage, wattage, dimensions and operating temperature.
- Our engineers confirm the design and send a quotation with price and lead time.
- After approval, the heaters are manufactured and checked at our facility.
- We pack and dispatch them to your site anywhere in India.
Our product range for India
The full catalogue of 26 heater and sensor types is available for India, grouped into component heaters, process heaters, furnace heaters and temperature sensors. Each product page below has specifications, applications and a quote form for India.
Why buyers in India choose MaxVolt Heaters
Superior Heat Transfer
Engineered to direct heat where it's needed, not into the surrounding air.
Extended Service Life
Reduced hot-spot stress means heaters that last significantly longer.
Energy Efficient
More usable heat delivered for every watt consumed.
Maintenance-Free
Durable-by-design builds that minimize breakdowns and servicing.
Buying industrial heaters for India
Yes. Our factory is in Ghaziabad (Delhi NCR) and we dispatch to customers across India. Send your specification for a quotation with price and lead time.
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ThailandSourcing industrial heaters for India?
Send your drawing or nameplate details — our engineers reply with a design and quotation.
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