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INDUSTRIAL THERMAL PROCESSES & CUSTOM OVENS

Industrial ovens support thermal processing applications that heat, dry, cure, clean, harden, or condition materials during manufacturing. Horizon designs custom industrial ovens and thermal processing equipment around each process's temperature range, airflow needs, material handling method, control requirements, and production goals.

Depending on the application, these systems may support heat treating, industrial drying, preheating, coating, bonding, or other processes, and can be engineered with industrial control systems, combustion gas trains, or integration into larger industrial finishing systems.

Other Thermal Processes and Oven Applications

  1. Burn off or Clean Out

    Also referred to as "thermal cleaning" or "pyrolysis" cleaning, removes contaminants like grease, paint, or organic materials through high-temperature incineration. For gas-fired thermal cleaning application, combustion gas trains can help regulate safe and reliable fuel delivery to the burner system.

  2. Carbonization

    Sometimes called "pyrolysis", converts organic materials to carbon by heating in a low-oxygen environment.

  3. Chemical Processing

    Refers to the use of controlled heating environments to facilitate chemical reactions, alter material properties, or process substances in industries such as pharmaceuticals, petrochemicals, electronics, and advanced materials. For applications that require repeatable heating conditions,custom oven design and industrial control systems can help maintain process consistency, safety, and production efficiency.

  4. Dehydrating

    More commonly termed "drying", this thermal processing removes moisture from products like textiles, pharmaceuticals, ceramics, and food products. This process can be supported by industrial drying ovens when the application requires controlled airflow, tmperature uniformity, and reapeatable drying cycles.

  1. Descaling

    Sometimes called "scale removal" or "oxide removal", breaks down hazardous organic compounds into harmless byproducts.

  2. Foam Expansion

    Also called "foaming" or "polymer expansion", processes materials like polyurethane to achieve desired shapes and densities.

  3. Gas or Vapor Phase Coating

    Process used to deposit thin layers of material onto a substrate using chemical or physical vapor techniques. It includes processes like "chemical vapor deposition (CVD)" or "physical vapor deposition (PVD)."

  4. Hardening

    Also referred to as a "heat treating" or "case hardening" process, increases the hardness and wear resistance of metals through heat and quenching.

  5. Heat Shrinking

    Refers to a process also known as "thermal contraction" where heat is applied to a material, causing it to shrink in size and conform tightly to the shape of the object it covers.

Metal hardening performed on these robust gears improves wear resistance, fatigue strength, and overall durability.

  1. Hot Forming

    Process where metals or other materials are heated to a specific temperature to become malleable, enabling them to be shaped or formed into desired structures. Sometimes it's called "hot working" or "thermal forming". For processes that require controlled heating before forming, industrial preheating ovens can help bring materials to the right working temperature before the next production step.

  2. Material Testing

    The process of subjecting materials to controlled heating conditions to assess their properties, performance, and behavior. Depending on the test, this may include "thermal analysis" or "stress testing."

  3. Normalizing

    Normalizing or "thermal normalizing" refines the grain structure of steel and other alloys to enhance mechanical properties.

  4. Quenching

    Process, occasionally called "rapid cooling", used in metalworking to rapidly cool a material, typically metal or alloy, after it has been heated to a specific temperature.

  5. Reflow Soldering

    Melts solder paste to create electrical connections on circuit boards.

Components are reflow soldered to create a RAM module

Industrial ovens are used to bond components (SMT) onto printed circuit boards (PCBs) to create computer hardware.

  1. Sintering

    Bonds powder materials into a solid mass using heat. When metals are involved in the sintering process, it is also known as "powder metallurgy".

  2. Sterilization & Heat Sanitization

    Uses high heat to kill bacteria and microorganisms, often for medical or food applications.

  3. Thermal Oxidation

    Also known as "oxidative degradation" or simply "oxidation", this thermal process breaks down hazardous organic compounds into harmless byproducts.

  4. Thermal Shock Testing

    Known as "thermal cycling" in some testing environments, this process subjects materials or components to specific temperatures for testing their durability.

  5. Vulcanization

    Also called a "rubber curing process", strengthens rubber materials through controlled heat application.

Ready to Optimize Your Manufacturing Process?

Ready to optimize your thermal processing application? Horizon designs custom industrial ovens for heating, drying, curing, cleaning, testing, and material conditioning processes. Contact us to discuss your process requirements and find the right oven configuration for your manufacturing environment.

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