About Heating Machines, Appliances, & Tools:

To strictly maintain optimal fluid viscosity and prevent thermal degradation, our portable IBC Heaters, Drum Heaters, and precision Hotplates & Heated Tables provide highly uniform conductive surface heating. For highly explosive environments, our ATEX/IECEx-certified Hazardous Area Drum & IBC Heaters and Hazardous Area Space & Comfort Heating units ensure critical freeze protection and uncompromised operational safety without auto-ignition risks.

Completing the portfolio, our high-velocity Hot Air Tools & Blowers and Industrial Space Heaters deliver rigorous convective thermal energy for precision plastics fabrication and large-scale facility conditioning. Manufactured to exact specifications and in accordance with global safety standards, Indelex thermal equipment permanently maximises process efficiency and accelerates manufacturing throughput across the petrochemical, aerospace, and heavy manufacturing sectors.

It is not possible to show all types and variations of Heating Machines, Appliances, & Tools here. If you don’t immediately see what you’re looking for, please give us a call. We’ll know about it, how to make it, or where to get it!

Drum & Process Ovens

Drum & Process Ovens

At Indelex, our Drum & Process Ovens are highly insulated, forced-air thermal chambers constructed from heavy-gauge mild steel or 304/316 stainless steel, integrating precision tubular heating elements and high-velocity circulation fans, available in capacities ranging from single-drum units to multi-pallet enclosures. Internal chamber dimensions, overall structural footprint, operating voltage, and total heating wattage are tailored to the client’s exact requirements. We offer single-phase, three-phase, or complex multi-zone circuit options, with various heavy-duty termination types, fully integrated digital control panels, and telemetry connection heads. Floor-standing, batch-loading, and continuous conveyor mounting types are available, each with distinct internal airflow configurations and premium components engineered to ensure precise temperature uniformity, minimal heat loss, and rigorous compliance with global industrial safety standards.

Product Application

Indelex Drum & Process Ovens are used to safely preheat, melt, cure, or reduce the viscosity of industrial liquids, resins, and waxes by fully enclosing standard 200-litre drums, IBCs, or manufactured components within a controlled, convective thermal environment. The main benefit is that they deliver highly uniform, enveloping heat transfer that eliminates localised cold spots and strictly prevents the thermal degradation of sensitive process media. In addition, these bespoke ovens drastically accelerate material prep times and can be engineered with ATEX-certified components for deployment in hazardous environments.

Drum Heaters

Drum Heaters

At Indelex, our Drum Heaters are ruggedised, highly efficient surface heating assemblies engineered from moisture-resistant silicone rubber, heavy-duty insulated fibreglass jackets, or robust metal bands. These units integrate precision-wound nickel-chromium (Ni-Cr) resistance wire or advanced etched foil elements to deliver continuous, uniform thermal energy, available in standard capacities for 25-litre to 200-litre drums. Heated surface area, overall dimensions, operating voltage, and continuous wattage are specifically designed according to the client’s exact requirements. We offer single-phase, plug-and-play, or complex multi-zone circuit options, with various termination types, integrated capillary thermostats, and digital connection heads. Flexible wrap-around, rigid metal band, and heavy-duty baseplate mounting types are available, each with distinct structural configurations and premium components designed to ensure rapid deployment via quick-release buckles or tension springs, exceptional heat-transfer performance, and rigorous compliance with global safety standards, including ATEX/IECEx-certified configurations.

Product Application

Indelex Drum Heaters are used to safely heat, melt, and strictly maintain the optimal viscosity of industrial chemicals, oils, food-grade syrups, and waxes by direct thermal contact with the exterior of steel or plastic vessels. The main benefit is that they rapidly deliver targeted, uniform conductive heat, drastically reducing fluid viscosity for efficient pumping and pouring while strictly preventing the scorching or thermal degradation of sensitive process media. In addition, these bespoke, portable components permanently eliminate the need for expensive, energy-intensive hot rooms, providing immediate localised freeze protection and process readiness directly at the point of use.

Hazardous Area Drum & IBC Heaters

Hazardous Area Drum & IBC Heaters

At Indelex, our Hazardous Area Drum and IBC Heaters are rigorously certified, explosion-proof surface heating assemblies engineered from patented anti-static, carbon-loaded elastomer or heavy-duty fluoropolymer-insulated fabrics. These units integrate intrinsically safe, ATEX/IECEx-certified self-regulating heating cables or strictly encapsulated nickel-chromium (Ni-Cr) resistance elements, available in standard capacities for 200-litre drums and 1000-litre IBCs. Heated surface area, operating voltage (110V to 240V), and maximum continuous wattage are specifically designed according to the client’s exact requirements for deployment in Zone 1 and Zone 2 explosive environments. We offer single-phase, fully earth-braided circuit options with various ATEX-rated termination types, Ex-e increased-safety junction boxes, and integrated Ex-d connection heads. Flexible wrap-around jackets and insulated full-coverage mounting types are available, each with different structural constructions and premium components engineered to ensure continuous equipotential bonding, strict adherence to T3 or T4 temperature classification limits, and unparalleled thermal uniformity without the risk of auto-ignition.

Product Application

Indelex Hazardous Area Drum and IBC Heaters are used to safely heat, melt, and reduce the viscosity of highly volatile chemicals, solvents, and heavy oils directly within potentially explosive industrial atmospheres. The main benefit is that they deliver highly targeted, uniform conductive heat while permanently eliminating any potential electrical ignition source, strictly preventing catastrophic deflagration. In addition, these bespoke ATEX-certified components guarantee vital freeze protection and optimal fluid flow rates for critical process media across demanding petrochemical, pharmaceutical, and offshore oil and gas sectors.

Hazardous Area Space & Comfort Heaters

Hazardous Area Space & Comfort Heaters

At Indelex, our Hazardous Area Space and Comfort Heaters are rigorously certified, explosion-proof convective and radiant thermal units. They feature precision-engineered finned tubular heating elements securely housed within heavy-duty, IP66-rated flameproof (Ex-d) or increased safety (Ex-e) enclosures constructed from 316L stainless steel or epoxy-coated mild steel. Overall dimensions, operating voltage (110V to 690V), and continuous wattage (typically ranging from 1kW to 50kW) are specifically designed according to the client’s exact requirements for deployment in Zone 1, Zone 2, Zone 21, and Zone 22 environments. We offer single-phase, three-phase, or multi-circuit options, with various ATEX/IECEx-rated termination types, integrated capillary thermostats, and secure Ex-d connection heads. Wall-mounted, floor-standing, and portable mounting types are available, each with different internal airflow constructions and premium components engineered to ensure strict adherence to T2, T3, or T4 temperature classifications, optimal ambient heat dissipation, and the absolute elimination of auto-ignition risks.

Product Application

Indelex Hazardous Area Space Heaters are used to safely elevate ambient air temperatures by continuous convection within explosive industrial environments, including offshore oil platforms, petrochemical refineries, chemical storage facilities, and battery rooms. The main benefit is that they deliver reliable comfort heating for personnel and vital freeze protection for critical equipment while strictly permanently eliminating any electrical ignition source. In addition, these bespoke ATEX-certified solutions prevent hazardous moisture condensation, ensuring uncompromised operational safety and regulatory compliance in the world’s most volatile industrial sectors.

Hot Air Tools & Blowers

Hot Air Tools & Blowers

At Indelex, our Hot Air Tools and Blowers are premium, high-velocity thermal air generation instruments, encompassing both ergonomic hand-held welding devices and heavy-duty, inline industrial process blowers, engineered to perform flawlessly in many industry sectors and applications. The core construction features precision-wound nickel-chromium (Ni-Cr) resistance wire elements seamlessly integrated within highly durable ceramic honeycomb formers or advanced open-coil configurations. Volumetric airflow capacity, operational voltage (120V to 480V), and maximum thermal wattage (ranging from 500W to over 40kW) are specifically designed according to the client’s exact requirements. We offer single-phase or three-phase options, equipped with various specialised nozzle termination types, integrated PID closed-loop temperature controllers, and digital telemetry connection heads. Ergonomic pistol-grip, compact inline ducted, and rigid automated machine mounting types are available, each with different internal aerodynamics, high-performance brushless blower motors, and premium components engineered to deliver ultra-fast heat-up times up to 900°C and unyielding continuous-duty reliability.

Product Application

Indelex Hot Air Tools and Blowers are used to precisely direct high-velocity, temperature-controlled air for critical thermoplastic welding, commercial heat shrinking, accelerated drying, and localised thermal curing. The main benefit is that they deliver instantaneous, strictly regulated convective heat, permanently eliminating material scorching while ensuring ultra-strong, homogeneous molecular bonds in plastic fabrication and heavy-duty roofing membranes. In addition, these bespoke high-performance blowers seamlessly integrate into continuous automated packaging lines and extrusion processes, drastically accelerating manufacturing throughput across the automotive, medical device, and heavy construction sectors.

Hotplates & Heated Tables

Hotplates & Heated Tables

At Indelex, our Hotplates and Heated Tables are heavy-duty, precision-machined thermal platforms constructed from high-grade aluminium, cast iron, or 304/316 stainless steel platens, integrating densely packed cartridge heaters, silicone mats, or robust tubular heating elements. Surface area dimensions, structural load capacity, operating voltage, and maximum continuous wattage are specifically designed according to the client’s exact requirements. We offer single-phase, three-phase, or complex multi-zone thermal control options, with various heavy-duty termination types, integrated PID microprocessors, and digital telemetry connection heads. Compact benchtop, heavy-duty floor-standing, and bespoke automated assembly line mounting types are available, each with different high-density insulation constructions and premium components engineered to ensure exact surface temperature uniformity, rapid thermal recovery, and rigorous compliance with global industrial safety standards.

Product Application

Indelex Hotplates and Heated Tables are used to precisely preheat, cure, laminate, and strictly maintain the temperature of flat industrial substrates, composite moulds, and delicate microelectronics through direct, uniform conductive surface heating. The main benefit is that they deliver absolute thermal consistency across expansive flat interfaces, permanently eliminating localised cold spots and strictly preventing the thermal warping or degradation of sensitive materials. In addition, these bespoke heated platforms seamlessly integrate into complex manufacturing cells, ensuring exact process repeatability across the semiconductor, aerospace composite, and automotive manufacturing sectors.

IBC Heaters

IBC Heaters

At Indelex, our IBC Heaters are robust, highly efficient surface heating jackets and base plates meticulously engineered to perfectly encapsulate standard 1000-litre Intermediate Bulk Containers. The construction features heavy-duty, moisture-resistant polyurethane-coated nylon or insulated silicone fibreglass jackets, firmly enclosing precision-wound nickel-chromium (Ni-Cr) resistance wire or advanced etched foil elements. Overall dimensions, operating voltage (110V to 240V), and continuous wattage (typically ranging from 1000W to 3000W) are specifically designed according to the client’s exact requirements. We offer single-phase, plug-and-play, or complex multi-zone control options—such as dual independent heating circuits—with various heavy-duty termination types, integrated 0-90°C capillary thermostats, and digital PID connection heads. Full-coverage wrap-around, insulated lid, and rigid base-pad mounting types are available, each with different high-density thermal insulation constructions and premium components engineered to ensure rapid deployment via quick-release buckles, maximum conductive heat transfer, and rigorous compliance with global electrical safety standards.

Product Application

Indelex IBC Heaters are used to safely heat, melt, and strictly maintain the optimal pumping viscosity of bulk industrial liquids, food-grade syrups, heavy oils, and aggressive chemicals. The main benefit is that they deliver highly uniform, enveloping conductive heat, permanently eliminating localised cold spots and strictly preventing the thermal degradation of sensitive 1000-litre bulk media. In addition, these bespoke, portable heating components provide vital winter freeze protection and eliminate the need for expensive, energy-intensive hot rooms, ensuring immediate, localised fluid readiness across the food processing, pharmaceutical, and petrochemical sectors.

Industrial Space & Comfort Heaters

Industrial Space & Comfort Heaters

At Indelex, our Industrial Space and Comfort Heaters are ruggedised, high-capacity convective and radiant thermal units. The core construction features precision-engineered finned tubular heating elements or high-density ceramic core emitters, securely housed within heavy-duty, IP-rated (IP24 to IP66) enclosures constructed from epoxy-coated mild steel or 304/316 stainless steel. Volumetric airflow capacities, operating voltage (110V to 480V), and continuous thermal wattage (typically ranging from 1kW to over 50kW) are specifically designed according to the client’s exact requirements. We offer single-phase, three-phase, or complex multi-circuit options, with various heavy-duty termination types, integrated capillary thermostats, and digital telemetry connection heads. Wall-mounted, ceiling-suspended, high-bay, and portable mounting types are available, each with different internal aerodynamics, high-performance axial fans, and premium components engineered to ensure rapid ambient heat dissipation, extreme mechanical durability, and rigorous compliance with global industrial safety standards.

Product Application

Indelex Industrial Space and Comfort Heaters are used to rapidly elevate and strictly maintain ambient air temperatures by continuous high-velocity convection or targeted infrared radiation within expansive warehouses, heavy manufacturing floors, and damp industrial facilities. The main benefit is that they deliver highly efficient, large-scale environmental heating, permanently ensuring optimal personnel comfort and productivity in harsh climates. In addition, these bespoke robust heaters provide vital facility-wide frost protection, strictly preventing moisture condensation and safeguarding high-value capital equipment from cold-weather degradation.

Infra Red Heating Assemblies

Infra-Red Heating Assemblies

At Indelex, our Infra-Red Heating Assemblies are highly efficient, directional radiant thermal systems, meticulously engineered utilising advanced ceramic platens, quartz glass cassettes, or short-wave tungsten halogen emitters. These high-intensity elements are securely housed within precision-polished aluminised or 304/316 stainless steel parabolic reflectors to maximise forward heat projection. Wavelength profiles (short, medium, or long wave), overall cassette dimensions, operating voltage (110V to 480V), and continuous thermal wattage (ranging from 250W standalone units to over 50kW multi-emitter panels) are specifically designed according to the client’s exact requirements. We offer single-phase, three-phase, or complex multi-zone rapid-response options, with various high-temperature ceramic termination types, internally integrated Type-K thermocouples, and digital PLC connection heads. Modular panel, overhead gantry, and continuous conveyor-tunnel mounting types are available, each with different structural constructions and premium components engineered to ensure maximum electromagnetic radiant energy transfer, minimal convective heat loss, and rigorous compliance with global industrial safety standards.

Product Application

Indelex Infra-Red Heating Assemblies are used to rapidly heat, dry, cure, and thermoform industrial substrates by transferring targeted electromagnetic radiant energy directly to the product surface without continuously heating the surrounding ambient air. The main benefit is that they deliver ultra-fast, highly uniform non-contact heating, permanently eliminating convective air turbulence and strictly preventing the cross-contamination of sensitive wet coatings or web materials. In addition, these bespoke radiant components instantly synchronise with high-speed automated production lines, drastically accelerating curing times across the plastics thermoforming, automotive paint drying, and advanced textile manufacturing sectors.

Load Banks & Power Resistor Assemblies

Load Banks & Power Resistor Assemblies

At Indelex, our Load Banks and Resistor Assemblies are heavy-duty, precision-engineered power dissipation units featuring high-grade nickel-chromium (Ni-Cr) or iron-chromium-aluminium (Fe-Cr-Al) wire and rigid grid elements, securely mounted on high-temperature ceramic insulators. These resistor matrices are meticulously housed within robust, IP-rated (IP20 to IP55) enclosures constructed from galvanised or 304/316 stainless steel. Total ohmic resistance, operating voltage (AC or DC), and power capacities (ranging from fractional kilowatts to multi-megawatt configurations) are specifically designed according to the client’s exact requirements. We offer single-phase, three-phase, and complex multi-step load increment options, equipped with various heavy-duty termination types, integrated axial fans for forced-air thermal management, and digital telemetry connection heads. Rack-mounted, heavy-duty floor-standing, and portable towable mounting types are available, each with different high-temperature structural constructions and premium components engineered to ensure highly stable power absorption, optimised heat dissipation, and rigorous compliance with global electrical safety standards.

Product Application

Indelex Load Banks and Resistor Assemblies are used to safely absorb, dissipate, and measure active heavy electrical loads during the rigorous commissioning and testing of standby generators, UPS systems, and battery banks. The main benefit is that they deliver highly stable, non-inductive dummy loads, permanently ensuring accurate performance validation and strictly preventing wet-stacking in diesel generators. In addition, these bespoke assemblies serve as critical dynamic braking resistors for Variable Frequency Drives (VFDs), safely dissipating regenerative kinetic energy to prevent overvoltage faults in heavy crane and automated manufacturing operations.

Mini Inline Air & Gas Heaters

Mini Inline Air & Gas Heaters

At Indelex, our Mini Inline Air and Gas Heaters are ultra-compact, high-watt-density thermal fluid heating assemblies. The core construction features precision-wound nickel-chromium (Ni-Cr) open-coil resistance wire or advanced ceramic-encapsulated elements, securely housed within heavy-duty, threaded cylindrical tubes of 304/316L stainless steel or high-purity quartz. Internal chamber dimensions, specific NPT/BSP threading configurations, operating voltage (120V to 480V), and continuous thermal wattage (ranging from 100W to over 8kW) are tailored to the client’s exact requirements. We offer single-phase, ultra-fast-response, closed-loop options, equipped with various high-temperature termination types, internally integrated Type-K or Type-J thermocouples for precise PID control, and robust power connection leads. Inline threaded pipe, compact manifold, and direct OEM machine integration mounting types are available, each with different high-purity internal constructions and premium components engineered to ensure maximum convective heat-transfer efficiency, minimal pressure drop, and the ability to safely generate clean process air or gas at temperatures exceeding 750°C under strict industrial tolerances.

Product Application

Indelex Mini Inline Air and Gas Heaters are used to precisely heat compressed air, inert shielding gases, and sterile medical gases directly within high-velocity pipeline streams. The main benefit is that their ultra-compact, threaded footprint delivers instantaneous, pinpoint convective heat exactly at the point of use, permanently eliminating the need for bulky centralized heating vessels. In addition, these bespoke, high-purity components seamlessly integrate into semiconductor manufacturing, medical packaging, and precision analytical instrumentation, ensuring strictly controlled, contaminant-free thermal environments for highly sensitive micro-processes

Skid Mounted Heating Systems

At Indelex, our Skid Mounted Process Heating Systems are fully integrated, turnkey thermal fluid heating plants, meticulously engineered on heavy-duty structural steel base frames. The core construction features high-capacity flanged circulation heaters, heavy-duty insulated pressure vessels (constructed from carbon steel, 316L stainless steel, or high-alloy materials), industrial process pumps, and precision valving. Volumetric flow rates, maximum operating pressures (up to ANSI 2500), operating voltage (380V to 690V), and continuous thermal wattage (ranging from 10kW to complex multi-megawatt capacities) are tailored to the client’s exact requirements. We offer three-phase, complex, multi-zone thyristor-controlled options, equipped with various heavy-duty termination types, fully integrated ATEX/IECEx-certified PLC control panels, and digital SCADA telemetry connection heads. Modular lift-ready and bespoke drop-in mounting types are available, each with different high-pressure internal constructions and premium components engineered to ensure exact thermodynamic efficiency, optimised fluid dynamics, and rigorous compliance with global ASME, PED, and industrial safety standards

Product Application

Indelex Skid Mounted Process Heating Systems are used to safely heat, circulate, and strictly maintain the temperature of high-volume industrial liquids, thermal oils, and pressurized hydrocarbons by integrating all thermal and fluid-handling components into a single centralized hub. The main benefit is that these bespoke turnkey assemblies arrive pre-piped, pre-wired, and fully factory-tested, permanently eliminating complex on-site fabrication and drastically reducing facility downtime during installation. In addition, these robust modular plants provide highly localised, ultra-efficient thermal processing across demanding offshore oil and gas, petrochemical refining, and heavy power generation environments.