Carbolite Furnace 11/23 Laboratory Chamber Furnace, 23 Liters

Carbolite Furnace 11/23 Laboratory Chamber Furnace, 23 Liters

The ELF laboratory furnaces are three bench mounted models for light duty and general use up to 1100°C. Carbolite Gero offers extensive ranges of laboratory and industrial furnaces that can operate from 30°C to 3000°C, with various models supporting specific maximum operating temperatures, making them suitable for research labs, pilot plants, and industrial manufacturing environments.

They have a drop down door and a top mounted ceramic chimney. Low thermal mass insulation and free radiating wire elements in the chamber sides give efficient heating. Some models have a cylindrical ceramic fiber chamber for uniform heat distribution and thermal performance.

Modified atmosphere vacuum options available to suit your requirements.

Standard Features

• 1100°C maximum temperature

• Carbolite Gero 301 controller with single ramp to set point and process timer

• 6, 14 or 23 liter chamber volume

• Drop down door with air gap to reduce external temperature

• Delayed start / process timer as standard

• Vacuum formed, low thermal mass insulation

• Hard ceramic hearth as standard

• Ventilated via top mounted ceramic chimney

• Benefit of dealing direct with the leading manufacturer for custom solutions

• Especially a leading manufacturer like Carbolite Gero for custom solutions

Electrical: 220 - 240 V single phase

Product Description

Carbolite Gero laboratory and industrial furnaces are designed to give precise temperature control and uniform heating for a wide range of heat treatment applications. With many models to choose from these furnaces cover different industries and research labs, up to 3000°C maximum temperature. Built with the latest heating technology and thermal engineering Carbolite Gero furnaces are efficient and reliable for the demands of modern science and industry. Carbolite Gero can also customize furnaces to meet the user's precise requirements.

Features

• Latest Heating Technology and Thermal Engineering: For efficient and reliable performance across all applications.

• Maximum Temperature: Up to 3000°C for a wide range of heat treatment applications.

• Ceramic Fiber Insulation: Fast heat up times and good thermal efficiency.

• Lightweight Ceramic Fiber Insulation: Enhances thermal efficiency and rapid heating, reducing heat-up times.

• Silicon Carbide Elements: Better uniformity along the hot zone of the furnace.

• Wire Elements: For precise temperature control for consistent results.

• Integral Ceramic Work Tube: Built in for durability and reliability at high temperature, contributing to uniform heating and overall thermal efficiency.

• Modified Atmosphere and Vacuum Options: Available for custom applications for more flexibility and control.

Optional Features

Carbolite Gero offers a range of optional features designed to enhance the performance and functionality of their furnaces. For specialized heat treatment applications, modified atmosphere and vacuum options are available, providing greater flexibility and control. Radiation shields can be added to improve thermal efficiency and reduce heat loss, ensuring optimal performance.

For those with space constraints or specific application needs, vertical models offer increased flexibility and a space-saving design. One of the significant advantages of dealing directly with Carbolite Gero is the ability to customize solutions to meet the user’s precise requirements. This direct interaction ensures that each furnace is tailored to the specific needs of the customer.

Additionally, Carbolite Gero provides an extensive range of accessories, including work tubes, seals, and data loggers, to further enhance the functionality of their furnaces. For a comprehensive overview of their products and services, a corporate company video is available, showcasing the breadth and depth of Carbolite Gero’s offerings.

Applications and Industries for Vacuum Furnaces

Carbolite Gero laboratory and industrial furnaces are used in many applications and industries:

• Research labs

• Pilot plants

• Manufacturing sites

• Additive manufacturing

• Vacuum soldering and brazing

• Heat treatment applications

• Materials research

• Quality control

• Process development

• Tube furnaces for various laboratory processes such as annealing, coating, and drying

• Vacuum furnaces for processes requiring controlled atmospheres like brazing, sintering, and metallization

Technical Data and Maximum Operating Temperatures

• Maximum Temperature: 3000°C

• Heated Length: Various

• Max Tubing Outer Diameter: Various

• Power: 240 volts, 50/60Hz (208V available on request)

• Controller: Carbolite Model 201 digital controller with self-tuning and ramp-to-setpoint

• Thermocouple: Type N (1200°C), Type R (1500°C and 1600°C) for temperature measurement

• Furnace Hot Zone: Designed with silicon carbide heating elements to ensure exceptional temperature uniformity over the length of the furnace hot zone, enhancing performance and efficiency in high-temperature applications

Safety and Control

Carbolite Gero laboratory and industrial furnaces have safety and control:

• Control System: In the front of the furnace support base for easy access and visibility.

• Power On Indication: So you know the furnace is on.

• Instrumentation On/Off Switch: Simple on/off control of instrumentation.

• Heater On Light: Runs in parallel with the elements to show when heating is on.

• Over-Temperature Protection: Available as an option to prevent over temperature.

• Radiation Shields: Options for safety and performance.

Warranty and Support

Carbolite Gero is committed to providing exceptional warranty and support for their furnaces, ensuring peace of mind for their customers. Their comprehensive warranty covers parts and labor for a specified period, reflecting their confidence in the reliability and durability of their products.

A dedicated customer support team is available to provide technical assistance and troubleshooting, ensuring that any issues are promptly addressed. Regular maintenance and servicing options are also offered to ensure optimal performance and extend the lifespan of the furnace.

Customers have access to extensive documentation and resources, including user manuals and technical guides, to assist with the operation and maintenance of their furnaces. Carbolite Gero possesses a strong reputation for reliability and durability, making them a trusted choice for laboratory and industrial furnace solutions.

Ordering and Delivery

Carbolite Gero offers a streamlined ordering and delivery process, ensuring that customers receive their furnaces promptly and efficiently. The ordering process is clear and concise, with options for customization and modification to meet specific requirements.

Competitive lead times and delivery schedules are designed to meet customer needs, ensuring that products are delivered on time. Comprehensive packaging and shipping procedures are in place to ensure safe and secure transportation of the furnaces.

For added convenience, optional installation and commissioning services are available, allowing customers to have their furnaces set up and ready for use with minimal hassle. With Carbolite Gero’s extensive experience in thermal engineering and heating technology, customers can be confident that they are receiving high-quality products that meet their specific requirements.

Custom Solutions for User's Precise Requirements

Carbolite Gero has many custom options to suit your needs:

• Modified Atmosphere and Vacuum Options: Custom solutions for your application.

• Vertical Models: Available on request.

• No Middlemen: Custom solutions and direct support.

• Many Furnaces and Ovens: For all applications, more options.

• Radiation Shields and Insulation Plugs: Options.

• Wire Heating Elements: Ensuring uniform heating distribution and thermal efficiency by being wound around the exterior of integral ceramic work tube or integrated within cylindrical ceramic fiber chambers.

• Vacuum Furnace: Versatile and customizable for various industrial and laboratory processes like brazing, sintering, and annealing, operating under controlled atmospheres with different insulation materials.