Ensures Uniform Heating and Rapid Recovery

The Fan Convection Laboratory Oven PF Series from Carbolite Gero is designed for precise thermal processing in laboratory and industrial settings. These ovens offer remarkable temperature uniformity and rapid recovery, vital for applications such as material testing, heat treatment, and quality assurance. Utilizing a fan convection system, they ensure consistent heating and moisture extraction, making them suitable for drying, curing, and controlled heating processes. With chamber volumes ranging from 28 to 910 liters and operating temperatures of up to 300°C, these ovens support various end-products like ceramic samples, metal alloys, and electronic components. Equipped with digital PID temperature control and options for sophisticated multisegment programmers, these ovens integrate seamlessly into bench-top, manual, or batch operations. Constructed with a chemically resistant stainless steel liner and nickel-chrome wire shelves, the PF Series ovens are designed to withstand intensive use in pharmaceutical, biotech, and electronic industries. Customizable options, such as over-temperature protection and variable speed fan control, enhance operational safety and flexibility, while compliance with BS EN 61010-2-010:2003 ensures adherence to safety standards.

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Heats and Analyzes Coal for Coke Testing

The SHO – Single Sole Heated Oven by Carbolite Gero is specifically engineered for precise coke analysis in the coal and metallurgical industries. It features a robust construction that ensures uniform heating, essential for reliable and repeatable results in coke testing. The oven operates by applying consistent heat across a single large surface, ideal for replicating industrial coking processes on a pilot scale. Common applications include the production of metallurgical coke and ancillary materials such as coal tar and gas.

With options for manual or automated operations, the SHO integrates seamlessly into various research and pilot plant environments, providing flexibility in testing methodologies. The unit’s design complies with relevant ISO and ASTM standards, guaranteeing alignment with industry best practices. For added usability, the oven is available with advanced control options, allowing for precise temperature modulation and enhanced process oversight. Constructed from durable materials, the oven is built to withstand the rigors of continuous use, ensuring longevity and consistent performance. Customization options are available, enabling modifications to meet specific operational needs.

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Enables Rapid Cooling After Heat Treatment

The Fast Cooling Furnace from Carbolite Gero is designed to address the critical need for rapid temperature transitions in high-temperature processes. Utilizing a combination of inert gas cycling and water-cooled heat exchangers, this furnace significantly reduces cooling time, which is essential for applications such as soldering, brazing, debinding, and calibration in industries like aerospace, automotive, and electronics. The furnace can be quickly integrated into your production line, offering PLC controls and automatic operations to streamline processes and ensure precise temperature management. With options for custom builds, it accommodates specific requirements, including material compatibility with stainless steel and the ability to maintain inert atmospheres when cooling semiconductor components, advanced ceramics, and protective glass coatings. Its energy-efficient design not only minimizes thermal stress on materials but also optimizes gas consumption, reducing operational costs. Additionally, Carbolite Gero provides comprehensive engineering support for customization requirements, ensuring that your fast cooling solution meets all industry standards and process demands.

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Facilitates Heat Treatment and Containment in Inert Atmospheres

Carbolite Gero’s glove box furnace systems are engineered for precision and safety in industries requiring strict containment and inert atmospheres. Featuring models like the HTR 18/100/600 and HTRV-A 16/100/4000, these systems are tailored for applications in nuclear waste containment, advanced fibers production, and material testing. They facilitate heat treatment processes with temperatures up to 3000°C, leveraging high vacuum capabilities and inert gas environments to prevent oxidation and ensure sample integrity. Available in manual, semi-automatic, and fully automated PLC control versions, these furnaces integrate seamlessly into production lines, offering options for horizontal and vertical loading to suit diverse operational needs. Built to accommodate specific materials and processes, they provide customizable atmospheres and pressures, making them ideal for research and development, aerospace, and energy sectors.

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Ensures Complete Sample Ashing and Combustion

The AAF 11/3 and 11/7 from Carbolite Gero are designed to meet the rigorous demands of precise ashing and combustion processes in chemical, food, plastics, and mining industries. These furnaces ensure compliance with ISO 1171:2010 and ASTM standards, making them ideal for reliable material testing. Featuring a continuous flow of preheated air, they achieve excellent combustion uniformity across a large sample area. Operating at a maximum temperature of 1100 °C, the units are equipped with Carbolite Gero’s 301 controller for precise temperature management. Their robust construction includes an alumina-lined chamber for protection against chemical and mechanical wear, and a tall chimney facilitates efficient airflow regulation. The furnaces are particularly suited for processing solid and powdered materials such as charcoal briquettes, polyethylene pellets, and coal ash, offering integration flexibility with manual and continuous operations. Customizable with sophisticated digital controllers and over-temperature protection, the AAF 11/3 and 11/7 provide reliable, efficient, and safe performance for laboratory and processing applications.

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Processes Biomass and Industrial Waste into Ash

The Afterburner Ashing Furnace ABF 8/28 from Carbolite Gero is engineered to efficiently handle smoke-generating materials, offering a robust solution for biomass processing, environmental testing, and more. Featuring an advanced dual-chamber design, it ensures complete combustion of fumes through a high-temperature afterburner, optimizing smoke processing. The unit’s two-tier sample baskets and a spacious 28-liter chamber accommodate varying sample sizes, making it suitable for diverse applications such as turning biomass into charcoal or calcining minerals. The programmable EPC3016P1 controller allows precise operation, while the independent afterburner control reaches temperatures up to 950°C, ensuring thorough processing of even challenging materials. With an option for sophisticated digital controllers and over-temperature protection, the furnace can be seamlessly integrated into existing production lines with Ethernet communications. Built with silicon carbide shielded wire wound elements and supplied with a standard 3-phase power supply, the ABF 8/28 efficiently processes solid, powder, and granulated materials, making it an invaluable asset across chemical, material testing, and research laboratory environments.

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Contains Corrosive Vapours and Processes Diverse Samples

The GSM 11/8 from Carbolite Gero is an ashing furnace designed to tackle the challenges of mineral and elemental analysis with its unique fused quartz chamber. This construction minimizes contamination from alumina or silica dust, making it ideal for testing geological, metal, and chemical samples. The furnace excels in containing aggressive and corrosive vapours such as sulphuric, nitric, and hydrochloric acids, maintaining sample integrity during high-temperature processes up to 1100°C.

Working on a batch operation mode, the GSM 11/8 uses a single ramp and process timer controlled by the Carbolite Gero 301 controller, allowing for precise temperature management. The furnace integrates seamlessly into laboratories and industrial research operations, especially in chemical and environmental testing facilities. Optional features, including a gas inlet for modified atmospheres and advanced digital controllers, enhance its versatility.

Additionally, the furnace supports a range of applications from ashing to heat treatment of various solid, liquid, and gaseous samples. It is constructed for easy integration into both manual and automated production lines, with customizable configurations available to meet specific industry standards and operational needs.

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Conducts Precise Thermogravimetric Analysis

The CWF Laboratory Chamber Furnace from Carbolite Gero is engineered for precise thermogravimetric analysis in research laboratories and industrial settings. Featuring a vertical lift door design, this furnace prevents heat exposure to users while optimizing safety and accessibility. Operating at a maximum temperature of 1300°C, it is suitable for applications including the assessment of inorganic materials such as cement, lime, and refractories, as well as organic materials like biochar and activated charcoal.

The CWF range integrates advanced temperature control with the Carbolite Gero 301 or 3216CC controller, offering single-ramp to set-point with process timers for precise thermal processing. Enhanced with an efficient airflow system via a tall chimney and air inlets, the furnace ensures rapid fume extraction and effective sample combustion.

Able to accommodate chamber volumes from 5 to 65 litres, and equipped with free-radiating wire-wound elements, this furnace achieves superior heating uniformity while minimizing energy consumption due to its low thermal mass insulation. The CWF-BAL variation additionally integrates a balance for real-time weight monitoring, crucial for applications like loss on ignition (LOI) studies, with logging capabilities via proprietary software.

Customization is supported with options such as modified atmosphere operation using metallic retorts and multiple balance capacity options. Designed to comply with standards like AMS2750F (Nadcap), the CWF series facilitates integration into existing lab setups, ensuring robust and reliable operation for rigorous materials testing and analysis.

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