We are Ignis Trace, We Create Build Develop Heat Trace Solutions

At Ignis Trace, we take pride in being a leading provider of industrial and commercial heattracing solutions. With a strong focus on excellence and expertise, we specialize in offering state-of-the-art products, including Ex Heating Jackets and Ex Heat Tracing systems, to our valued business partners around the world.

Heat Trace Services

Discover our comprehensive services designed to meet your various industrial heating needs.


Freeze Protection

In cold weathers, prevent freezing and bursting of pipework with our efficient and reliable electric heat tracing solutions.

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Temperature Maintenance

Ensure uninterrupted flow of oil and chemicals by maintaining optimal temperatures in pipework with our customized heat tracing systems.

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Roof Tracing

Protect your property from winter's grip with our Roof Tracing solution. Our advanced heat trace cables prevent ice buildup, ensuring water drainage and leak prevention. Customizable, energy-efficient, and effective against winter hazards.

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Concrete Curing

Accelerate concrete curing with our Heat Trace cables. Ensure optimal temperature for enhanced strength and durability in construction. Your reliable choice for efficient concrete projects.

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Heat Trace

Our projects designed with Heat Trace technology provide efficient heating solutions.

As pioneers in Heat Trace technology, our projects incorporate the latest solutions in the field. With customized heating and monitoring technology, we empower you to effectively tackle your industrial challenges.Explore our projects and discover tailored heating solutions to meet your needs.

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What is Heat Trace? Applications of Heat Trace

Heat Trace is a thermal monitoring technology used in various industrial applications to ensure that pipelines, tanks, and other equipment remain at the desired temperature. This technology uses components such as electric heating cables or hot water lines to regulate and maintain the temperature in areas requiring heating.

Heat Trace systems are widely used, especially in cold weather conditions, to reduce the risk of freezing and ensure the efficient operation of systems. The primary applications of this technology include industrial facilities, petrochemical plants, power plants, and water treatment facilities. It also plays a crucial role in areas requiring precise temperature control, such as the food industry and pharmaceutical manufacturing facilities.

Another advantage of Heat Trace systems is that they provide energy savings. These systems, which are more efficient compared to traditional heating methods, help reduce energy costs. Additionally, these systems are relatively easy to install and maintain, enhancing the operational efficiency of businesses.

What is Heat Trace?

Heat Trace is a thermal monitoring and control system used in various industrial applications. This system uses electric heating cables or other heating elements to ensure that pipelines, tanks, and equipment remain at the desired temperature. In response to the question, what is heat trace, the primary purpose of this system is to prevent freezing, condensation, or the reduction of the viscosity of liquids.

Thermal monitoring systems are generally categorized into two main types: electric heat trace and hot water-based thermal monitoring. Electric heat trace systems generate heat using electrical current and transfer this heat to the pipes or equipment to regulate the temperature. These systems are widely used, especially in cold climates, to prevent the freezing of pipelines. Hot water-based thermal monitoring circulates hot water around the pipelines to maintain the desired temperature. Both methods are frequently preferred in industrial facilities, power plants, and petrochemical plants.

How is Heat Trace Applied?

Heat trace application is conducted on pipelines, tanks, or equipment that need to be maintained at a specific temperature. Heat trace Turkey market also has a wide range of applications, and this method is ideal for preventing freezing or maintaining process temperatures. The general steps for application are as follows:

  1. Planning and Design: The first step involves determining the requirements of the heat trace system and creating a suitable design. This process includes identifying the areas that need heating, calculating the temperature requirements, and selecting the appropriate type of cable. For electric heat trace systems, self-regulating heating cables are generally preferred.
  2. Cable Installation: Once the design is complete, heating cables are installed on the pipeline or equipment. The cables are usually wound or secured to the pipe surface. The most critical aspect at this stage is to ensure the cables are placed at equal intervals and have full contact with the pipe surface.
  3. Insulation and Protection: To minimize heat loss, the pipelines or equipment are covered with appropriate insulation materials. The insulation material increases the efficiency of the system and reduces energy costs. Additionally, the insulation protects the heating cables from physical damage.
  4. Electrical Connections and Control Systems: Electrical connections for the heating cables are made, and control systems are installed. Control systems include components such as temperature sensors and thermostats, which ensure the system operates at the desired temperature. These systems also save energy and guarantee the safe operation of the system.

What are the Benefits of a Heat Trace System?

Heat trace systems provide several significant benefits in industrial facilities and various applications. Here are the main advantages of this system:

  1. Prevention of Freezing: Especially in cold climates, it prevents pipelines and equipment from freezing, ensuring uninterrupted operation of the systems. This prevents disruptions in production processes and reduces the need for costly repairs.
  2. Temperature Control: Heat trace application is ideal for processes that require maintaining a specific temperature. For example, it ensures the necessary temperature levels to prevent chemicals or liquids from reducing their viscosity. This increases process efficiency.
  3. Energy Savings: Electric heat trace systems provide energy efficiency, reducing operational costs. Self-regulating heating cables consume only the necessary amount of energy, preventing unnecessary energy use.
  4. Easy Installation and Maintenance: Heat trace systems are relatively easy to install and maintain. Their modular structure allows for easy integration into existing systems. Additionally, insulation and cable arrangements allow maintenance operations to be carried out quickly and efficiently.
  5. Safety and Durability: These systems are designed and manufactured to meet high safety standards. ATEX and IECEx certified products can be safely used even in environments with explosion risks. Furthermore, heat trace cables manufactured from high-quality materials are long-lasting.
  6. Various Application Areas: Heat trace systems are used in a wide range of applications, from petrochemical plants to power plants, from water treatment facilities to food processing plants. They can be customized for all kinds of industrial and commercial applications.

In Which Areas Are Heat Trace Systems Used?

Heat trace systems have a wide range of applications in various industrial and commercial settings. Here are the main areas where these systems are commonly used:

  1. Petrochemical Plants: In these facilities, maintaining certain temperatures for chemical substances is crucial. Widely used in the heat trace Turkey market, these systems prevent chemicals from freezing or reducing their viscosity in pipelines and tanks. This ensures that chemical reactions occur correctly.
  2. Power Plants: In energy production processes, maintaining specific temperatures for water and other fluids is essential. Electric heat trace systems ensure that these temperatures are maintained, allowing power plants to operate efficiently and uninterruptedly. They also eliminate the risk of pipeline freezing, enhancing operational safety.
  3. Water Treatment Facilities: In these facilities, processing water and other fluids at specific temperatures is necessary. Heat trace systems enhance the effectiveness of treatment processes by maintaining the temperature in pipelines and tanks. They also guarantee continuous operation by preventing freezing risks.
  4. Food Processing Plants: Maintaining certain temperatures in food production processes is of critical importance. Heat trace systems ensure that the desired temperature levels are maintained during the processing and storage of food materials. This improves food safety and quality.
  5. Pharmaceutical Manufacturing Facilities: Temperature control is crucial in pharmaceutical production. Heat trace systems ensure that pharmaceutical materials and chemicals are maintained at specific temperatures. This guarantees the accuracy of production processes and product quality.
  6. Storage and Transportation Facilities: Temperature control is essential during the storage and transportation of liquids and chemicals. Heat trace systems maintain the desired temperature in storage tanks and transport pipelines, preserving the quality and safety of the products.