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    Applications

    Selecting an appropriate electric heater could be a very difficult task.
    We further approach every industries that might involve heating process,
    in order to bring our expertise to assist our customers better.

     
    Food Service

    FOOD SERVICES


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    OFFSHORE DRILLING


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    Offshore Drilling
    Metal Foundry

    METAL FOUNDRY


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    CHEMICAL PROCESSING


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    Chemical Processing
    Metal Plating

    METAL PLATING


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    OIL & GAS


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    Oil & Gas
    Semi Conductor

    SEMI CONDUCTOR


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    PLASTIC PROCESSING


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    Plastic Processing
    Pharmaceutical

    PHARMACEUTICAL


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    CONSTRUCTION


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    Construction
    HVAC

    HVAC


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    CHANGING ENERGY


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    Changing Energy
     
    Food Service  

    Food Service

    The food service industry relies on heating for food preparation, presentation, and sanitation.

    For food preparation, heaters should be able to achieve and maintain temperatures quickly and with minimal wasted energy. This results in more efficient and profitable industrial food prep operations. Some of the most common uses of electric heaters for this purpose are in:
    • Fryers
    • Grills
    • Ovens

    In the food service industry, there is often an intermediary stage between preparation and consumption. In buffets or locations with precooked food, temperature control is often necessary to maintain quality and/or safety.
    To meet this need, electric heaters are often employed in:
    • Warming Cabinets
    • Cold Buffet Tables
    • Radiant Heating

    Keeping food storage, preparation, and presentation stations clean and safe is an essential role in the foodservice industry. Sanitation is heavily monitored and only the most reliable equipment should be considered for industrial use.
    These heaters need to be capable of achieving the high temperatures necessary to meet sanitation requirements. Some of the common uses for electric heaters in sanitation include:
    • Dishwashers
    • Steam Cleaning
    • Food Processing

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    Offshore Drilling  

    Offshore Drilling

    The main heating solution in the industry often stems from the use of immersion heaters in order to heat up natural gas or crude oil. The use of flanged immersion heaters is particularly desirable in offshore drilling for the separation of gas, oil, and water during extraction from the well. There are many uses for offshore drilling heaters such as drilling platform cellar, emergency thawing, pre-warming of equipment and motors, rig floor, work-over rigs, offshore drilling rigs, and many more.

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    Metal Foundry  

    Metal Foundry

    One of the most interesting ways that electric heating is finding new applications is in melting metal. Machine makers are exploring immersion heaters as an energy-efficient way of melting zinc and aluminium, which both have a relatively low melting point compared to other metals. With special internal constructions, our heating elements are able to heat up an enclosed furnace atmosphere up to 800 °C.

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    Chemical Processing  

    Chemical Processing

    The chemical manufacturing industry has unique challenges in the production, storage, and transportation of materials. Corrosion, costs, and controls effect quality and efficiency. Electric immersion heaters are the best heating solution for the chemical industry.

    Electric immersion heaters are not only efficient with their energy use, they also offer a more efficient operation. Electricity is capable of achieving temperatures quickly and predictably, allowing for faster, more consistent heat transfer.

    PMJ industrial immersion heaters are custom-manufactured, using designs and materials intended for your specific process. Depending on the chemical make-up of the medium and the process itself, different sheath material protects the heater from damage:
    • Copper: A copper sheath can heat water with a PH between 6 & 8.
    • Steel: Steel sheaths are common for degreasing solutions, solvents oils, and medium weight oils.
    • Stainless Steel: Stainless steel heaters provide further protection over steel. For example, in heating electrified alkaline cleaners, wash tanks, and caustic fluids.
    • Teflon-Coated: Teflon is a popular choice for more caustic solutions. For example, hydrochloric acid, sulfuric acid, and ammonium bi-fluoride.
    • Titanium: Titanium sheaths are a good solution for heating corrosive materials in chemical manufacturing. They are corrosion-resistant, and the rights coatings can make them resistant to most chemical mediums.

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    Metal Plating  

    Metal Plating

    For bonding and coating metals or plastics, the plating process occurs in tanks. The two types of heaters for plating tanks are electric element heaters and heat exchangers. Electric is the more reliable, efficient, and precise option. In particular, over-the-side heaters are the ideal solution for controlling the temperature in plating tanks.

    Generally, plating tanks are designed with an open-top design. Over-the-side heaters are an ideal match for this design, as they are designed to hang over the top side of the tank. The elements go down into the tank from the top, while the unit sits outside, safe from the chemicals and out of the way process.

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    Oil & Gas  

    Oil & Gas

    Petrochemicals require precision heating. Heaters maintain product viscosity in-process applications and in harsh external environments. Immersion heaters play an essential role in the oil and gas industry. Downstream and upstream processes fill roles with different types of industrial heaters, including:

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    Semi Conductor  

    Semi Conductor

    Ever since the first diode, temperature has played an important role in semiconductor manufacturing processes. Thermal solutions can be applied for semiconductor applications ranging from crystal growth through front-end wafer process to back-end assembly.

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    Plastic Processing  

    Plastic Processing

    Manufacturing plastics allows companies to craft materials for almost every industry. Creating and casting polymer materials is used for everything from packaging to aeronautics.
    Along with the dynamic use of plastics, there are a variety of ways to manufacture it. Some of the most common include:

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    • Injection Moulding
    • Extrusion Moulding
    • Blow Moulding
    • Rotational Moulding
    • Thermoforming

    Regardless of which method is used, they all have one constant. Heat is an essential part of the process. The plastics industry relies on industrial heaters to mold, melt, mix, and prep plastics. Without an adequate heating solution, no polymer manufacturing process is complete.
     
     
    Pharmaceutical  

    Pharmaceutical

    Electric process heaters are essential to pharmaceutical industries. From generating steam for sterilization, water treatment to sanitation, they have a high degree of customizability, making them efficient and reliable for most heating needs in pharmaceutical industries.

    Some of the most common include
    • Boiler Heater
    • Feedwater
    • Deionized Water

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    Construction  

    Construction

    Bitumen processing is one of the key building blocks in our infrastructure. It provides us with the materials for everything from roads to roofing through a variety of bitumen heating applications.

    Bitumen, commonly referred to as tar or asphalt, is a blend of organic liquids which are black, sticky and very viscous. There are two main types of bitumen; crude or naturally occurring and refined bitumen.
    This substance is mainly used in the construction industry when paving roads.

    Through heating bitumen, you will be optimizing its performance. That is why if you are going to use it as an adhesive, you must minimize the period during which the hot substance is exposed to air. In other words, it must not be exposed for more than the minimum time. The reason for this is that it hardens and it will not work effectively when you expose it to air an excessive heat.

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    HVAC  

    HVAC

    The HVAC industry mainly deals with air conditioning, heating and ventilation within large buildings and systems. The architectural designs of more modern buildings include the operation and maintenance of heating systems. This includes HVAC equipment such as:
    • Duct Heating
    • Boilers
    • Flanged Heaters
    • Sophisticated Controls

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    Changing Energy  

    Changing Energy

    Load banks are essential for applications in a variety of industrial applications, especially for testing power sources. A load bank provides a contained and fully controllable load for predictable and measurable use. They mimic average and peak loads allowing for testing and measurement of how a power source will perform in operation.

    They are especially important in applications using generators, batteries, and other power sources.
    • Testing
    • Reducing wet stacking problems
    • Exercising engine generators
    • Ground power testing
    • Load rejection test
    • Load optimization
    • Removal of carbon build-up

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